your guide to sciences at auckland 2020 - massey.ac.nz€¦ · your guide to sciences at auckland...

YOUR GUIDE TO SCIENCES AT

AUCKLAND 2020

GENERAL INFORMATION DEGREES CONTACT MASSEY

CONTENTSSCIENCES AT AUCKLAND

02 WELCOME

03 AUCKLAND CAMPUS

04 WHAT IS A DEGREE?

42 POSTGRADUATE STUDY

43 YOUR ROAD TO SUCCESS AT MASSEY

06 BACHELOR OF SCIENCE

22 BACHELOR OF INFORMATION SCIENCES

28 VETERINARY PRE-SELECTION PHASE

30 BACHELOR OF ENGINEERING WITH HONOURS

34 BACHELOR OF FOOD TECHNOLOGY WITH HONOURS

38 BACHELOR OF CONSTRUCTION

44 CONTACT MASSEY FOR MORE INFORMATION

UPDATED JUNE 2019

Please note: The information contained in this publication is indicative of the offerings available in 2020 and subsequent years. This information may be subject to change. While all reasonable efforts will be made to ensure listed programmes are offered and regulations are up to date, the University reserves the right to change the content or method of presentation, or to withdraw any qualification or part thereof, or impose limitations on enrolments. For the most up-to-date information please go to massey.ac.nz

01

CONTENTS

WELCOME

The demand for people who understand the sciences and technology continues to grow. Now, more than ever before, the scale of economic, technological, scientific, environmental, social, cultural and political change is enormous. Massey offers an education that combines rigorous academic study and the excitement of discovery, with the support and intellectual stimulation of a diverse community in a truly unique interdisciplinary atmosphere.At our Auckland campus, you will become a student in a community of world-leading research groups. Our excellent teachers will guide you through your studies.Our degrees provide the rigorous academic study and the skill-based learning employers want. We’re flexible with our offerings so you can focus on what you are passionate about. This guide is a starting point aimed at helping you think about your options. We encourage you to explore it and to talk with our friendly staff for further guidance.Science is a great study choice and we look forward to welcoming you on our Auckland campus.

Professor Ray GeorPro Vice-Chancellor College of Sciences

02

GENERAL INFORMATION

http://massey.ac.nz

Massey’s Auckland campus is located a short drive from the heart of New Zealand's largest and most vibrant city, and is surrounded by a thriving business and retail community, which provides many opportunities for students seeking part-time employment.The campus offers a performing arts theatre for expressive arts students, a trading room creating an applied experience for finance students, and much more. There is free on-campus parking, an excellent bus service, awesome facilities including a recreation centre, science labs, modern library, funky cafés and student central, where students hang out.The award winning 292-bed student accommodation (Te Ōhanga Village) is located on the campus so that students only have a very short walk to the library, lecture theatres and the dining hall.The campus is surrounded by a wide range of amenities including numerous cafés, shopping centres, a cinema complex, libraries, extensive leisure and sport facilities including the QBE Sports Stadium.massey.ac.nz/auckland

AUCKLAND CAMPUS

UNDERGRADUATE DEGREE OPTIONS: > Accountancy > Applied Economics > Arts > Business > Communication > Construction (page 38) > Engineering (page 30) > Food Technology (page 34) > Information Sciences (page 22) > Nursing > Retail and Business Management > Science (page 06) > Social Work > Speech and Language Therapy > Sport Management > Vet Sci first phase (page 28) > Vet Tech first phase (page 28)

YOUR GUIDE TOAUCKLAND CAMPUS

OPEN DAY: SATURDAY 24 AUGUST 2019Massey’s Auckland campus is at Albany, set in the

heart of one of New Zealand’s fastest-growing regions. It is the home to the Watson Science

Laboratories. These multi-purpose labs include a dark environment for optics experiments,

and include bio-hazard showers and the latest ventilation technology.

STUDENTS 7116

QUALIFICATIONS UNDERGRADUATE TO

POSTGRADUATE 90

UNDERGRADUATE MAJORS 135

03

GENERAL INFORMATION

H E A H A T E T O H U ? WHAT IS A DEGREE?

A degree is made up from individual ‘courses’, most of which are worth 15 credits each. Massey has a large number of degrees to choose among. Students usually study eight courses per year for three years to earn a 360-credit degree like the Bachelor of Information Sciences. A four-year degree like the Bachelor of Engineering with Honours is made up of 480 credits. A five-year degree like the Bachelor of Veterinary Science requires 600 credits. You can view the structure of our degrees online: massey.ac.nz/courses

UNDERGRADUATE QUALIFICATIONSIf you don’t want to study for a degree, you can choose from a range of other undergraduate qualifications with our diplomas and certificates.

MAJORS, DOUBLE MAJORS AND MINORSWhen planning your course of study, most degrees allow you to choose a major (your speciality) and/or a minor in particular subject areas. Some degrees allow you to graduate with a double major by completing the requirements for two subject areas within one degree.

CONJOINT DEGREE PROGRAMMESWe offer conjoint Sciences degree programmes, which allow you to graduate with two degrees at the end of four years of full-time study. These programmes are: > Bachelor of Arts / Bachelor of Science > Bachelor of Business / Bachelor of Science

If you’re applying straight from school for a conjoint degree, you’ll need a high level of achievement in NCEA Level 3 (or equivalent) to gain admission. Alternatively, you may be admitted if you achieve good grades in your first year in a single degree course (ie Bachelor of Arts, Bachelor of Business or Bachelor of Science).You should seek specific planning advice from our experts for your first year if you’re considering enrolment in a conjoint degree in your second year at Massey.

I AM UNDER 20 AND DO NOT HAVE UNIVERSITY ENTRANCE (UE)

I HAVE...

> 14 NCEA Level 3 credits in an approved subject

> 10 credits each in two other subjects > Literacy and numeracy

I would like to study a...

BSc (majors other than in column to the left)

BInfScBConstBAgriScienceBAgriCommerceBHortSc

TALK TO USCertificate of University PreparationThen, progress to a Diploma in Science and Technology in preparation for one of these qualifications. Courses studied for the Diploma will count towards your Bachelor degree.

BSc majoring in: Chemistry, Maths, Statistics, Physics

BVScBVetTechBE(Hons)BFoodTech(Hons)


> Achieved NCEA Level 2 with Excellence or Merit

> Plenty of sciences standards at Excellence or Merit

> Literacy and Numeracy > I wish to progress to university soon.




TALK TO USApply for Discretionary Entrance. You may be able to enter either the Diploma in Science and Technology or Certificate in Science and TechnologyNOTE: If you have progressed more than halfway through the NCEA Level 3 year you will not be eligible for discretionary entrance before July in the following year.



TALK TO USFor these specialist qualifications, you should do Year 13. If you missed Year 13 consider the Certificate in Foundation Studies (to the left). You may be admitted to a Diploma in Science and Technology. Courses studied for the Diploma will count towards your Bachelor degree.

> Achieved at least 50 credits in approved subjects at NCEA Level 2 or above. These include at least one of:

> Literacy: 18 credits at Level 1 or higher > Mathematics: 10 credits at NCEA Level 1 or higher.




APPLY FOR THE...Certificate in Foundation StudiesTake the Science Pathway courses.



APPLY FOR THE...Certificate in Foundation StudiesWe encourage students to do Year 13.Take science-focused courses, then progress to the Diploma or Certificate in Science and Technology and then to the Bachelor degree. Courses studied for the Diploma will count towards your Bachelor degree

04

GENERAL INFORMATION

http://massey.ac.nz/auckland

I AM UNDER 20 AND HAVE UNIVERSITY ENTRANCE BUT AM MISSING (OR FEEL I WILL MISS) A FEW IMPORTANT SUBJECTS

I WOULD LIKE TO STUDY A...

BSc (majors other than in column to the left)BInfScBConstBAgriScienceBAgriCommerceBHortSc

I am finishing high school and wish to start university in February of the next year

JOIN SUMMER SCHOOLCertificate of ProficiencyTake preparatory course(s) in Summer School.See: massey.ac.nz/summerschool

I have plenty of time before I want to start university

TAKE AN INTRODUCTORY COURSECertificate of ProficiencySelect the relevant preparatory course(s)

BVScBVetTechBE(Hons)BFoodTech(Hons)BSc majoring in:

Chemistry, Statistics, Maths, Physics

ENROL IN A...Diploma in Science and Technology, orCertificate in Science and Technologywith the subjects you need.

I AM UNDER 20 AND DO NOT HAVE UNIVERSITY ENTRANCE (UE)

I HAVE...

> 14 NCEA Level 3 credits in an approved subject

> 10 credits each in two other subjects > Literacy and numeracy








> Achieved NCEA Level 2 with Excellence or Merit

> Plenty of sciences standards at Excellence or Merit

> Literacy and Numeracy > I wish to progress to university soon.




TALK TO USApply for Discretionary Entrance. You may be able to enter either the Diploma in Science and Technology or Certificate in Science and TechnologyNOTE: If you have progressed more than halfway through the NCEA Level 3 year you will not be eligible for discretionary entrance before July in the following year.



TALK TO USFor these specialist qualifications, you should do Year 13. If you missed Year 13 consider the Certificate in Foundation Studies (to the left). You may be admitted to a Diploma in Science and Technology. Courses studied for the Diploma will count towards your Bachelor degree.

> Achieved at least 50 credits in approved subjects at NCEA Level 2 or above. These include at least one of:

> Literacy: 18 credits at Level 1 or higher > Mathematics: 10 credits at NCEA Level 1 or higher.




APPLY FOR THE...Certificate in Foundation StudiesTake the Science Pathway courses.



APPLY FOR THE...Certificate in Foundation StudiesWe encourage students to do Year 13.Take science-focused courses, then progress to the Diploma or Certificate in Science and Technology and then to the Bachelor degree. Courses studied for the Diploma will count towards your Bachelor degree

AM I READY FOR STUDY?

05

GENERAL INFORMATION

http://study.massey.ac.nz

Science is increasingly interdisciplinary and there is a global need for people to help solve big issues like climate change, population explosion, obesity and pressures on resources like land and water.This requires both specialists and people with an understanding of several sciences and technologies. We encourage you to study what you want, and realise you may want to keep your options open while you learn more about the study areas. You may wish to take a traditional study path and stick to the major and minor you enrol in when you begin your degree, or re-think your choices after your first year.

MAJORS AND MINORS AT AUCKLAND > Chemistry > Computer Science > Data Science > Ecology and Sustainability > Exercise and Sport Science > Human Nutrition > Integrative Biology

> Marine Biology > Mathematics > Molecular and Cellular Biology > Physiology > Psychology > Statistics (minor only) > Zoology

BACHELOR OF SCIENCEBSc

06

STUDY A DEGREE

M A J O R SDESIRABLE NCEA SUBJECTS

KEYMajor or minor available Minor only

MAJORS AVAILABLE

Biol

ogy

Chem

istry

Mat

hs/

Stat

istic

s

Phys

ics

Auck

land

Man

awat

ū

Dist

ance

Page

Chemistry Chemistry 08Computer Science Computer Science + 09Data Science Data Science 10Ecology and Sustainability Ecology and Sustainability 11Exercise and Sport Science Exercise and Sport Science 12Human Nutrition Human Nutrition 13Integrative Biology Integrative Biology 14Marine Biology Marine Biology 15Mathematics Mathematics +± 16Molecular and Cellular Biology Molecular and Cellular Biology 17Physiology Physiology 18Psychology Psychology + 19Statistics (minor only) Statistics (minor only, at Auckland) + 20Zoology Zoology 21

If you missed out on any of these subjects, you can take courses during Massey’s Summer School or Semester Two. There are introductory courses for chemistry, biology, physics and mathematics. See page 05 for more information.

PATHWAYS TO POSTGRADUATE STUDYENROL IN...

Bachelor of Science [3 years]

BSc with Honours [1 year]

Postgraduate Diploma [1 year]

Master’s degree [1.5 to 2 years]

Doctor of Philosophy [3 years]

+ It is possible to complete these majors without attending contact courses, so they may be feasible for overseas-based students± Not every course is available every year in Distance mode

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STUDY A DEGREE

KEY FACTS AVAILABLE AT AUCKLAND

AVAILABLE AT MANAWATŪ EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

CHEMISTRYA major of the BSc

AVAILABLE FOR INTERNATIONAL STUDENTS STUDYING IN NZ

A GOOD FIT IF YOU > Enjoy the study of sciences, especially chemistry > Have a curiosity for the properties of different substances and how we

can improve them

GAIN A SOUGHT-AFTER QUALIFICATIONA chemistry degree offers excellent marketability now and well into the future. One of the exciting things about chemistry is that you begin to understand the world we live in, what everything is made of and how their properties can be changed. This could help you get involved in huge scientific breakthroughs and contribute to public debates on issues of global importance.For example Teflon, a plastic, can be used to line a frying pan while plastic food wrap will melt if you so much as put it near heat. How are the two plastics composed to allow them to have quite different properties and uses?Massey University BSc (Chemistry) major provides a full foundation in all aspects of chemistry. In addition to the fundamentals there is sufficient flexibility that you can add in additional ‘flavours’ such as chemical biology, chemical synthesis and materials/nanoscience at Manawatū or computational, environmental and biological chemistry at Auckland.

COMBINE WITH OTHER SOUGHT-AFTER SUBJECTSMatch your degree with a second major or minor (e.g. in mathematics, nutrition or genetics) to develop a unique blend of skills that will set you apart from the rest.

REAL-WORLD PROBLEM SOLVINGYou’ll carry out analytical projects applying broad-based chemistry knowledge to solve real-world problems. For example, one of our students tracked nutrients from a farm’s centralised nutrient drip to find out it they were getting to the trough they were being pumped to. Another tested the caffeine levels in sport drinks. You’ll have the opportunity to work alongside some of our world-recognised researchers on issues of international significance.

GET CONNECTEDYou’ll be well placed to gain connections and experience within industry while studying. Opportunities include summer internships with Crown Research Institutes monthly functions with New Zealand Institute of Chemistry members and employment opportunities with our chemistry department.

CAREERSAs a chemistry graduate from Massey you will be in demand – both in New Zealand and overseas. Your knowledge can be applied to an amazingly wide range of settings including industry, business, research institutes, universities, polytechnics, and schools.There is a growing role for chemical scientists as we confront major challenges. Chemical scientists, using the principles of green chemistry, will be required to help protect the environment, improve health, provide new energy sources, design new processes, and assist in food production.Over 200 companies in New Zealand employ chemical scientists in product development, quality assurance, marketing, sales, and administration. If you would like to have a career in industry you should consider combining management or occupational health and safety courses with your chemistry major.You could be employed in the: > Food industry (dairy, meat, canning) > Forest products (pulp and paper) > Chemical processing of wool, textiles, and plastics > Production of agricultural and horticultural chemicals and

pharmaceuticals

�ANUSHREE SEN GUPTA BSc (Chemistry), Graduated in 2011 In 2013 I graduated with an MSc in Forensic Science at King’s College London. At the same time, I interned at Cellmark Forensic Services – the United Kingdom’s leading pro vider of forensic science ser vices. A degree in chemistry from Massey University is held in high esteem internationally and it ensured that I was a competitive applicant for this exclusive and prestig ious course at King’s College. During my time studying chemistry at Massey I enjoyed the broad range of topics and the emphasis on real world ap plications. The rigorous practi cal classes fed my passion for chemistry and turned me into a real hands-on scientist. The teaching and laboratory facilities at Massey are first class and that makes the learning even more enjoyable. I also gained a wealth of knowledge beyond the classroom from my lectur ers who were always approachable and willing to help. My degree opened up myriad opportunities for me including summer research projects at Massey which resulted in the publication of my first scientific paper. The BSc in Chemistry has given me a solid footing in academia and the scientific industry. I moved back to New Zealand in 2014 and today I am in a senior technical position at AsureQuality in Wellington.

08

STUDY A DEGREE


AVAILABLE AT MANAWATŪ AVAILABLE VIA DISTANCE LEARNING

EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

COMPUTER SCIENCEA major of the BSc


OR VIA DISTANCE LEARNING

A GOOD FIT IF YOU > Think logically and analytically > Would like to develop new software applications > Are comfortable with rules and structures > Enjoy breaking down a complex problem down into its constituent parts > Like having everything sorted out with nothing left to chance > Are interested in areas like graphics, simulations, artificial intelligence

and programming

Would you like to develop the next computing revolution? Learn how to create computer programs? Find out more about the latest software and hardware development? Have a career doing what you love? Your computer science degree at Massey will help you turn your love of computing into a brilliant career. Massey’s Bachelor of Science (Computer Science) will give you the skills to become a sought-after ICT professional, able to take on the best of the thousands of jobs that are available.

A CAREER WITH VARIETYYou already know that computers are part of every aspect of our society, from the stock market to modelling climate change to the apps and games we use daily. It’s a varied area that is constantly growing and changing – those exciting changes are being developed by people like you!

WHAT YOU WILL LEARNDuring your study of computer science you will learn about all aspects of computer programming and computer systems, from the theoretical foundations to the very practical aspects of developing the latest software applications. No prior programming skills are required.The Bachelor of Sciences (Computer Science) degree will give you the knowledge and skills to write software for fields such as artificial intelligence, graphics, web-based systems, networks and operating systems. You’ll learn about traditional and trending topics including: > Artificial intelligence > Data structures and algorithms > Object-oriented programming > Computer graphics and image processing > Mobile applications > Logic circuits and low-level programming > Concurrent programming > A range of programming languages > Data communications, networks and web applications > Computer modelling and simulation

Most of your undergraduate courses will focus on computer programming – the design and creation of software applications that enable computers to be used in all areas of human endeavour. You’ll learn how to write these programs in various programming languages and how to use them in several application areas. Suggested supporting minor subjects for a major in computer science include information technology, mathematics, physics or statistics. Double majors are possible.

�NICOLE WILCOX BSc (Computer Science) Graduated in 2016. Coming from Rangitoto College to Massey University, I chose to study a Bachelor of Science majoring in Computer Science because I felt that it would provide me with really good job prospects. I also wanted to enjoy what I studied and the variety of courses in the BSc meant I could choose what I was interested in. I was accepted into all of the universities that I applied for but the big draw card for Massey initially was the atmosphere and the halls of residence which are the only five-star hostels in NZ. However, the main factor was the small class sizes and the fact that Massey offered more hands-on opportunities than other universities. Overall, my study experience was great. My lecturers were very skilled and extremely helpful. I found they had a deep understanding of the topics they were teaching and were very passionate. The intimacy of the classes is invaluable and you get to know your lecturers by name, as do they with their students – something you don’t get in many universities. My degree taught me the foundations of programming and how to be able to pick up any language/area efficiently. I find graduates from other universities have been taught a wide range of different skills/languages but have only skimmed over them and do not have an understanding of the fundamental principles behind programming. I find as a Massey graduate I am able to pick up things a lot faster than students from other universities. Currently, I am in my first year of full time work as a Graduate Software Engineer at ASB in the Start Me Up programme. This means I get to do a number of rotations throughout the technology division of the business. After I have finished my 18-month graduate programme I will have the opportunity to work in a permanent role at ASB. Graduates are often fast-tracked into roles it would normally take years to work towards so I would love to be able to move up in the company. I also plan on doing projects in my spare time and one day I hope to start my own business.

09

STUDY A DEGREE



DATA SCIENCEA major of the BSc


A GOOD FIT IF YOU > Want to be on the cutting-edge of technological discoveries and the ‘big

data’ movement > Think logically and analytically > Like uncovering hidden patterns, trends and associations in the world

JOIN THE DATA REVOLUTIONBecome a high-tech specialist and join this fast-paced, growing industry. Massey University’s Bachelor of Science (Data Science) will teach you how to make sense of complexities so others can easily understand them. You will learn how to apply computing to data-oriented challenges. You may have an interest in commerce, government, natural and social sciences, or you may want to learn how to apply technology to drive innovation, decision-making and research in those fields. You may want to learn how to use programming to solve potentially world-changing issues.

A FOUNDATION IN SCIENCEYou will be able to take advantage of Massey’s expertise across a broad range of sciences disciplines. If you are interested in natural and fundamental sciences, you can choose to complete a double major/minor combination including chemistry, biology, genetics or physics. These are also areas where computational and data processing skills are becoming increasingly important. Similarly, you may choose data science with a minor from any of the offerings under business, health, creative arts or humanities and social sciences. If you have a curious mind, are fascinated by data, and enjoy the thrill of making discoveries and want to join a rapidly growing industry this qualification is for you.

A BRAND NEW JOBData scientist is one of the newest job descriptions in the Information and Communication Technology (ICT) sector. This degree will give you a solid background in the sciences, with a focus on this growing industry.You will learn how to solve real-world problems using data, in combination with cutting-edge computing technologies and analytical methods.We are in the midst of a data deluge. Whether it is in the commercial world, social media, internet, sciences, healthcare or government, every sector is inundated with data. ‘Big Data’ is the hot topic in almost every industry. Hidden within all these data is knowledge and everyone has woken up to the reality that they need it to stay ahead. The industry is actively trying to recruit the professionals to fill this skills shortage.

CAREERSAccording to market research, it is estimated is a shortage of 1200 data scientists in New Zealand.Tertiary education providers around the world cannot produce data scientists quickly enough to satisfy the demand. A shortage of 190,000 data scientists is expected in the United States alone over the next five years. The average paying salary for a data scientist in the United States is $90,000 and over $100,000 for those with working experience.The skills you learn at Massey University and the qualification you will receive are recognised throughout the world and enable you to work in any industry or government sector. Some examples of careers that could lead on from this qualification include: > Data science engineer > Business analytics consultant > Data-product entrepreneur > Banking fraud detection analyst > Machine learning specialist > Government researcher > Customer insight analyst

> Government communications and security analyst

> Data management architect > Text mining analyst > Software developer > Scientific researcher

�RACHEL OWENS BSc (Data Science) Data Analyst, Datamine After spending a long time out of the workforce raising my kids I knew I needed to retrain. I wanted to do something that had really good prospects, that played to my strengths and that I liked. Massey offered the flexibility to study via distance and block learning and studying from home was a great. You won’t open up new opportunities if you don’t take a leap, but it really helps if that first leap isn’t too big. Once I had a taste, I knew data science was the right choice for me. I work with large transactional datasets and do a combination of regular reporting and new analysis projects. There are always little puzzles and I get the buzz of problem solving every day. Working with analysts, client-facing people and data engineers also keeps things really interesting. When I started the role I hit the ground running with the skills I learned from my degree. A lot of people say that going into the workforce isn’t what you expect, but this wasn’t the case for me. Everything I learnt at Massey is directly applicable to what I am doing in the workforce on a day-to-day basis, and I couldn’t do the job I am doing now without that experience.

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STUDY A DEGREE



ECOLOGY AND SUSTAINABILITY

A major of the BScAVAILABLE FOR INTERNATIONAL STUDENTS STUDYING IN NZ

A GOOD FIT IF YOU > Enjoy sciences, especially biology > Are interested in conservation and sustainability > Have a passion for the environment and nature

Join one of New Zealand’s leading universities in the study of ecology and sustainability. Taught by leading experts in this field, you will take advantage of Massey’s expertise to help you master different areas related to this field – for example – conservation biology.

WHAT IS IT LIKE?Ecology and sustainability focuses on the connections between organisms (including humans) and their natural environments.

EMBRACING THE FUTUREAs humans continue to have a dramatic impact on natural ecosystems we face pressing challenges to mitigate negative effects and attain sustainability. It is crucial for New Zealand, and much of the world for humans to both live good lives while maintaining the natural ecosystems that sustain all life.

SUSTAINABLE LIVING FOR AN IMPROVED PLANETThe Bachelor of Science (Ecology and Sustainability) will involve you in Massey’s aims to develop a sustainable path for the future by solving real-world issues such as protecting threatened species and fisheries, managing natural resources, and reducing environmental impacts. Practical labs and field trips are an important part of the program. Through these you’ll explore processes and investigate interactions between humans and the environment. From there you can help to address issues in conservation biology, ecological restoration or environmental consultancy. For example, a current international project involves students who are examining the impacts of non-native species on wildlife in the Galapagos Islands.

INTERNATIONAL EXPERTISEOur researchers and teachers have an excellent reputation. You will be taught by experts in ecology, conservation biology, biogeography, and the environmental sciences. Solutions to the challenges of the modern world involve integrating these diverse fields– we’ll show you how!

WHAT WILL I LEARN?Some of the topics taught in Ecology and Sustainability include: > Conservation ecology > Sustainability science > Environmental science > Applied environmental science > Biodiversity and biogeography > Geographic information systems > Evolutionary biology

CAREERSThere are many paths for Ecology and Sustainability graduates to work with Department of Conservation or the Ministry for the Environment. There are great opportunities for graduates in ecology and sustainability to work with researchers in the area of managed ecosystems. The interactions among scientists interested in managed and natural ecosystems is a focus at Massey University. Many of our graduates go on to positions with central and local government or their agencies (such as regional and district councils), Crown Research Institutes, environmental or conservation organisations, school teaching, or technical and advisory work. A postgraduate qualification in ecology and sustainability will allow you to approach many environmental research and management issues from a strong theoretical and practical base. You might work in: > Environmental consulting > Environmental planning and policy > Ecological restoration > Conservation > Forestry > Geographic information systems > Biodiversity management > Bio-control > Renewable energy > Education

A pass with good grades can lead to postgraduate studies, then to a career in research or tertiary teaching.

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STUDY A DEGREE


MINOR AVAILABLE AT MANAWATŪ EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

EXERCISE AND SPORT SCIENCE


A GOOD FIT IF YOU > Have a passion for sport, exercise and health > Are fascinated by how the body moves, particularly during sport > Want to learn more about how exercise influences health

GET SCIENTIFIC AND PRACTICAL SKILLSThe Exercise and Sport Science major is ideal for you if you want a broad base in science coupled with knowledge and skills related to exercise and sport performance.

WHAT IS IT LIKE?You’ll study a broad range of subjects relating to sport and exercise like biomechanics, exercise physiology, sport nutrition and sport and exercise psychology. Together, this foundation helps you understand how to enhance sport performance and improve health. Conduct your own sport performance investigation from finding the topic right through to selecting subjects, collecting data, analysing results, reporting and presenting. Students have done projects such as examining how caffeine affects performance, the connection between hydration and attention, and how things like heat and dietary interventions affect performance.You will learn theoretical material in lectures, and apply your new-found knowledge in laboratory or practical classes in a range of subjects relating to sport and exercise. You will develop critical thinking, problem-solving and communication skills relevant to this energy-fuelled and constantly progressing field. The main applications are sports performance, and the use of exercise to promote fitness and health.You can combine exercise and sport science with other sport programmes such as sport management and coaching, exercise prescription and training, or science programmes such as physiology and human nutrition.

CAREERSMassey’s exercise and sports science graduates have an excellent reputation in the health sporting industries, including:

> Sport scientist working with individual athletes, sports teams, sports coaches and regional sporting bodies

> Providing exercise and health guidelines to clients > Providing occupational health advice to companies and local

bodies > Teaching at secondary and tertiary level

�JEMMA O’DONNELL BSc (Exercise and Sport Science), MSc. Nutritionist at Sanitarium As a regional soccer player I thought my nutrition and training schedule was as good as it could be – but it wasn’t until I received a lecture in sports nutrition that I realised I could be performing better. This lecture spurred my interest in sports nutrition and now I’m a nutritionist at Sanitarium. The best part about studying at Massey was the flexibility. I finished my Bachelor of Science double majoring in Sport and Exercise Science and Human Nutrition in 2009. I then went on to complete my Masters in Science majoring in Human Nutrition. I had a really great experience at Massey, both in Palmerston North and Auckland. Massey really looks after their students in every capacity. As a nutritionist at Sanitarium, my job involves helping customers with product nutritional information and offering general nutrition advice. A large part of my job is also managing the website content, making sure the website is being regularly updated with new content, and that subscribers are sent regular emails about what is going on. I also get to work on various community projects that Sanitarium runs, and write articles for a number of different magazines and columns. Massey’s programme – throughout undergraduate and postgraduate studies – has definitely provided me with the skill set I need to do this job well. Not only did Massey give me the technical and scientific knowledge, but it also taught me invaluable skills around critical thinking, researching, and the ability to continually learn as information changes.

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STUDY A DEGREE



HUMAN NUTRITIONA major of the BSc


A GOOD FIT IF YOU > Enjoy working with people > Have a passion for nutrition > Are fascinated by the relationships between food, nutrients, health and

disease > Are curious about what makes your body tick

TURN YOUR PASSION INTO YOUR PROFESSION WITH NUTRITION AT MASSEYIf you are passionate about food and nutrition and want to learn more about the science of how what you eat affects health, then Massey’s BSc (Human Nutrition) is for you.

WHAT IS IT LIKE?Nutrition has become one of the key issues facing society. Knowledge about human nutrition and the application of this knowledge are essential elements in maintaining a healthy society.Human nutrition is a progressive, multi-disciplinary science requiring knowledge ranging from nutrient supply and metabolic processing by the body to psychosocial and behavioural factors influencing diet. The human nutrition major is designed to give you a clear understanding of basic nutritional principles.Areas covered in your Bachelor of Science (Human Nutrition) include the composition of food, human requirements for nutrients, and how the body processes food and nutrients.The programme also highlights the physiological changes that occur as a result of excesses or deficiencies of various nutrients in the diet, as well as the changes in nutritional needs from conception through birth, growth, adulthood, and ageing. You’ll gain an understanding of factors that influence food choice and awareness of practices to promote dietary change.

CAREERSQualified human nutritionists contribute to the economic viability of New Zealand as a food producing and exporting nation – they are essential in maintaining the health of our society at minimum cost. Human nutritionists can work with organisations such as Crown Research Institutes, in the dairy industry, and many other food-related companies. Graduates will also play increasingly important roles in the public health sector as the move towards health promotion continues. There is a wide range of career opportunities for human nutrition graduates, including: > Health promotion/public health agencies (eg District Health Boards,

Ministry of Health, NZ Heart Foundation)

> Sports and exercise nutrition (eg elite and recreational sports teams) > Research in universities and Crown Research Institutes > Secondary and tertiary educational institutions > Consultancy and private practice > Food companies and food industry > Government adviser on policy, education, nutrition and physical activity > Industry (eg corporate health and wellness, private consulting) > Media (eg writing publications, television, marketing) > Medical nutritional companies (eg nutrition adviser, nutritional rep) > International relief work

�KATIE SCHRADERS BSc(Human Nutrition) The Massey University campus in Palmerston North is a beautiful campus, filled with wonderful facilities and some of the best teaching ever. The reason I chose to study on the Palmerston North campus, however, is less exciting but, in my opinion, just as important. I chose to study on this campus because I didn’t want my time at university to land me in unnecessary debt. So, I chose a university with a good reputation in an affordable city. Little did I know that this would be the best decision I have ever made. I started my study at Massey enrolled in a double major in Genetics and Biochemistry. Part way through my first year I enrolled in a Physiology paper which I found fascinating. I hadn’t really known what physiology was about when I was at school. So, I changed my majors to Physiology and Human Nutrition. It’s one of the fantastic things about the Bachelor of Science programme at Massey – it’s flexible and allows you to change direction easily. I was able to make changes to my majoring subjects without my degree taking any longer and continue with a double major which is seen very positively by employers. Studying these subjects has given me the opportunity to meet and be taught by some of the most inspiring and intelligent people I have ever (and possibly will ever) meet. The teaching staff on the Palmerston North campus are wonderful and caring. They are the sort of teachers who reply to your panicked emails at 4am, or while they’re meant to be on holiday and invest time and energy into their students to help them find their own passions. My degree has given me so many opportunities and even after finishing the staff were still there, writing references and continuing to support me. I took a break from study after finishing my Bachelor of Science but returned part-time to complete my Honours study, while working as a Physiology Research Technician. This experience, along with the support and encouragement of the teaching staff, led me back to Massey to start my PhD.

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STUDY A DEGREE

A GOOD FIT IF YOU > Enjoy sciences and want a broad training in biology > Are curious about how the biological world is organized > Want to become an independent thinker who can communicate well and

pursue your own interests independently.

MODERN APPROACHES Biology – the study of the living world – is a dynamic and fascinating topic. As an Integrative Biology student you will explore the living world and contribute to the creation of new knowledge. Curiosity and persistence are key characteristics required to investigate and learn. Along with a creative and self-informing attitude, Integrative Biology students are encouraged to use these traits towards learning new things. This prepares you to contribute to a wide range of workplaces as a competent investigator in the future.

TOOLS TO EXPLOREThe Integrative Biology major is designed to give you the practical experience and tools explore and examine the biological world. As an Integrative Biology major you will receive hands-on training in experimental techniques across the molecular, microbial and ecological disciplines, this will allow you to think critically about how Biology works. Our students are trained to both formulate their own questions and have the skills to pursue independent investigation. Some of the topics taught in Integrative Biology include: > Evolution > Genetics > Gene expression > Microbiology > Bacteriophage discovery > Molecular ecology > Human ancestry and genetics > Systems and models in biology > Integrative biology

-BIG PICTURE PERSPECTIVESAs an Integrative Biology student, you will acquire a broad overview of Biological Sciences and develop the ability to see and investigate the connections between historically discrete fields of biology (ie. molecular biology and ecology or evolution and microbiology). You will be encouraged to take electives in courses that will complement your interests and further build your portfolio. Advanced courses from majors such as Ecology

and Sustainability, Zoology, Marine Biology, and Molecular and Cellular Biology will allow you to create a path that is right for you and build your investigative, critical thinking and communication skills in biological disciplines that inspire them personally.

CRITICAL THINKINGThe ability to evaluate new information critically and to communicate clearly are life skills that can be learned through practice. The assessments in the Integrative Biology major have been designed to hone and build these skills throughout the three year program using the breadth of biology as our subject.

CAREERSWhether you are considering a future in industry, business, consulting, laboratory work, pharmaceuticals, medical school, law school or academia after graduation, as an Integrative Biology major you will have mastered valuable skills and be able to offer your expertise to potential employers.

�KIRSTY MANN BSc Genetic counsellor – Royal Melbourne Hospital I’ve always had an interest in biological sciences, so I chose to study a Bachelor of Science at Massey University Auckland, specialising in molecular biology. During my second year, I came across the genetic counselling profession and knew straight away this was the career I wanted to pursue. Genetic counsellors combine their knowledge of human genetics with the interpersonal and counselling skills required to explore how a genetic condition impacts on the life of an individual and the family unit. Upon graduating in Australia with a Masters of Science majoring in Genetic Counselling, I was qualified to be employed as a genetic counsellor, and was thrilled to be offered a role at the Royal Melbourne Hospital. In the adult hospital setting, I am predominantly meeting with people with an increased chance of developing an adult onset genetic condition. In a nutshell, this involves providing genetic information to patients that is relevant to their situation and discussing how their genetic condition can best be managed. This process often involves interpreting genetic testing and it relies on my understanding of the intricacies of molecular genetics. I could not do this without the foundational knowledge that I acquired during my learning at Massey.



INTEGRATIVE BIOLOGYA major of the BSc


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MARINE BIOLOGYA major of the BSc


A GOOD FIT IF YOU > Are interested in the sea and the species that live there > Enjoy the sciences > Want to understand and learn how to manage the environmental

pressures on the marine environment

WHAT IS IT LIKE? More than 70% of the Earth’s surface is covered by seawater – this marine environment plays a crucial role in supporting life on our planet. It is diverse, complex and a valued natural resource.

WAITING FOR YOUR DISCOVERIES The Bachelor of Science (Marine Biology) will teach you about the principles and processes underpinning marine biology, the vastness of life in the seas and coasts. You’ll learn that much of the marine environment remains undiscovered.

BE SOUGHT-AFTER Imagine monitoring whale movements and their impact on fish species or providing consultancy on sustainable practices for construction near waterways. As a marine biologist your unique skills and knowledge will be in huge demand and lead to a range of jobs working independently, or for agencies like DOC, NIWA and the Ministry for Primary Industries.

EXCITING STUDY AREAS Learn about majestic creatures of the underwater world, gain skills for estimating dolphin populations, or the processes governing the stability and resilience of our marine ecosystems through our courses; Marine Biology, Marine Ecology, Marine Mammalogy and Marine Environments in the Anthropocene.

THE PRACTICAL SKILLS YOU’LL NEED Massey’s marine biology programme will introduce you to the biological principles and processes that are basic to all forms of life in the sea. You will learn about the ecology of marine organisms; how they interact with one another, with their environment, and the land. You will gain a solid grounding in marine biology history and theory. Studying at Massey will also give you practical skills in field biology and data analysis, and support you in formulating and answering complex questions about the marine environment.

�BLAIR OUTHWAITE BSc Graduated 2015 Returning from fishing near Whangarei one day, I spotted a large pod of dolphins and a mother/calf pair of whales. It was then I knew I wanted to dedicate my life to working with whales and dolphins. Massey appeared to have a good ecological department and the courses looked hands-on. As I did not graduate from high school and was enrolling as an adult student, I felt Massey provided me with the best opportunity and support for my situation. I got a solid foundation that allowed me to get to the next level of study. For almost two years during my undergraduate study I volunteered for a PhD student who was researching the common dolphins in the Hauraki Gulf. This gave me skills I could apply in the field and in the lab and eventually led to my postgraduate opportunity at Massey. For my master’s, I am looking to identify differences in behaviour between areas of high and low levels of tourism using behavioural and acoustic recordings. I am also assessing the usefulness of citizen science in cetacean research and identifying the occurrence of bottlenose dolphins around the North Shore and Whangaparaoa coast.

CAREERSMarine ecology opens the door to an exciting and dynamic career. Jobs include:

> Working in the private sector as an environmental consultant > Within government agencies such as the Ministry of Primary

Industries or the Department of Conservation > Within a Crown Research Institute, such as the National Institute

of Water and Atmospheric Research, the Institute of Geological and Nuclear Sciences

> Working for an environmental consultancy such as the Cawthorn Institute

> Researching for a university

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A GOOD FIT IF YOU > Think logically and analytically > Are a problem solver > Enjoy mathematics at school

A GROWING DEMAND FOR YOUR SKILLSMathematics will give you the skills to join a wide variety of industries.

WHAT IS IT LIKE?From securing sensitive communications using cryptography, to calculating the geostationary orbit of a satellite, mathematics is a product of human ingenuity that allows our modern world to exist. It is fundamental to our lives.

LEARN FROM THE LEADERSYou will have access to some of the world’s top mathematical minds. You will graduate well-grounded in the basic mathematical principles, but you’ll also be stimulated by your exposure to the latest research and discoveries. Our mathematics programme is taught by leading researchers encompassing the modelling of breathing and heart-rate control, geothermal processes, cell growth, dynamical systems, logic, scientific computing, combinatorics, topology, epidemiology, celestial mechanics, neuroscience, industrial mathematics, number theory, geometry and analysis. This versatility demonstrates the variety of job areas available to mathematically-skilled scientists.

REAL-WORLD SKILLSOur strength in applied mathematics means you’ll get to combine your learning with other science disciplines to gain extensive experience in a range of applications. You’ll use your knowledge to solve problems in the areas like computer programming, climate modelling, and transportation.

THE SKILLS YOU’LL NEEDThe task of the mathematician is to find ways to collect appropriate data for analysis and problem-solving. Mathematics draws much of its following and strength from its ability to solve problems in a wide variety of areas, such as the sciences, engineering, commerce and industry. These are all areas of expertise at Massey. As part of your study you will learn the ability to communicate and explain concepts effectively with non-mathematical colleagues. This is also a crucial skill, with many careers taking you into a team environment. The BSc (Mathematics) will help you build up a wide variety of skills and

techniques you will need to be part of projects like these, especially in calculus and algebra. You need to be able to formulate, solve, restate, resolve problems and interpret results. Most students achieve a mix of application courses and courses that explore mathematics. It is also increasingly important to complement your analytical skills with some knowledge of computational and simulation techniques on computers. We suggest supporting minor subjects including physics, computer science, finance or statistics.

�JAY TA’ALA BSc (Mathematics) Grade Simulation Specialist – BHP Billiton BHP Billiton mines and ships iron ore around the globe. Their products are defined by the percentages of iron, and other impurities. ‘Don’t be fooled by the chemical elements,’ says Jay, ‘my role is 99% maths!’ In his work, Jay develops simulation models to forecast, quantify, and inform his company on chemical analyte levels (Fe, P, SiO2, Al2O3, etc) in their shipping products. The simulation models he develops are generally characterised by two things: complex system dynamics (they’re made up of many sub-systems that can operate autonomously, but the system as a whole is interdependent) and being highly stochastic (eg analyte levels of ore as it’s being mined isn’t constant, they need to be represented by random distributions). Understanding and quantifying these characteristics requires mathematical techniques (mathematical modelling, numerical methods, and statistics from a numerical experimentation point of view). ‘I work alongside chemists and metallurgists but mathematics is what really brings all these disciplines together to allow the business to understand and quantify the system-wide impacts of the decisions they make.’ Jay’s first job after university was working for the New Zealand Defence Force in Wellington, developing simulations to help predict future operational requirements and any deficiencies that would likely occur in their trade and rank structures. He then moved to Australia and did some work for the Vice Chief of Defence Force Preparedness Group, again in military simulations. Later he moved to the mining industry with BHP Billiton in Perth. ‘What’s surprising is that although the military and mining industries are vastly different, many of the mathematical modelling and simulation approaches needed to solve business problems are the same.’


AVAILABLE AT MANAWATŪ AVAILABLE VIA DISTANCE LEARNING*

EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY*Subject to planning advice

MATHEMATICSA major of the BSc



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STUDY A DEGREE



MOLECULAR AND CELLULAR BIOLOGY


A GOOD FIT IF YOU > Are interested in the natural world > Want to learn how tremendous advances in molecular techniques and

DNA sequencing are changing the face of medicine, agriculture, ecology and wildlife conservation

> Are interested in what genes and genomes are, how they can help us understand life on our planet, and how they are of great help to medical and applied research

> Want to learn about how organisms are related and how evolution works at a molecular level

> Want to learn how DNA and proteins determine the makeup of a cell and how they are regulated

> Are interested in a rapidly changing field that is at the leading edge of science

WHAT IS IT LIKE?The Bachelor of Science (Molecular and Cellular Biology) will teach you how an understanding of DNA, proteins and cells helps us understand the big questions of life: > Why do diseases or disorders develop and how can we treat them? > Where did we come from? > How are we and our world changing and adapting? > How can we create better medicines, create more efficient agriculture,

and protect ourselves and our environment from disease? > How are microbes influencing our health?

Become part of the spectacular advances being made in medicine, agriculture, and environmental science through modern molecular, cellular, and genomic analyses. Molecular and Cellular Biology is a highly relevant area of study in the world today and a discipline that unifies many others, ranging from biochemistry to computer science, and from law making to basic research, medicine and food production.The explosion of information concerning the dynamic nature of our world comes from very recent and dramatic changes in DNA sequencing and new technologies in molecular biology. These discoveries are changing our understanding of the world around us and what we know about who we are as humans. At Massey University in Auckland, you will have the opportunity to engage with cutting-edge technologies. For example, current students are sequencing the genomes of an entire plant or animal, learning to analyse large biological datasets using state-of-the-art computational tools, and actively participating in ongoing research with one of our Massey researchers.

MOLECULAR AND CELLULAR BIOLOGICAL RESEARCH TODAY > Advances in DNA sequencing are helping us to understand why certain

diseases are prevalent and why genetic mutations can be ‘good’ in some situations and ‘bad’ in others. For example, the ‘lactase persistence’ genetic mutation enables many adults to consume dairy products. The mutation is thought to have spread multiple times in different human populations with the rise of dairy farming. During practical labs in the Molecular and Cellular Biology major, you will have the opportunity to test your own DNA for a specific mutation such as the lactase persistence mutation.

> We are just beginning to understand which microbes inhabit our bodies and the environment, and the roles they play in health and disease.

> We are gaining new insights into the underlying genetic causes of antibiotic resistance, and exploring new ways to fight harmful bacteria.

THE FUTURE > The emergence of new pathogens that affect water quality, our

agricultural systems, our health, and the health of our forests and wildlife is likely. Researchers at Massey are investigating the genetics of harmful viruses and bacteria and the biological systems they invade. We work to understand both the emergence of novel pathogens and the resilience of our natural and farmed ecosystems. We explore principles of evolution and how small changes can affect whole ecosystems.

> We are still far from understanding how genes make us who we are and how it can go wrong. Researchers at Massey use model organisms to decipher at the molecular level the function of gene products – the proteins – and the effect of mutations, as well as use computer modelling to predict how proteins function. This contributes to the understanding of how the human body works, why diseases or disorders may develop, and how they could be treated.

CAREERSGraduates in Molecular and Cellular Biology from Massey University are prepared for wide range of positions both in New Zealand and overseas, such as: > Biotechnology industries > Laboratory and clinical research

positions > Molecular diagnostics > Scientific sales > Plant and animal breeding > Government regulatory agencies

> Secondary and tertiary teaching > Genetic counselling > Scientific journalism > Conservation and wildlife

genetics > Patent work

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STUDY A DEGREE



PHYSIOLOGYA major of the BSc


Want to know what makes you tick? Physiology is a rapidly advancing and exciting subject area. Just how important is physiology? It’s the only biological science for which you can win a Nobel Prize!

WHAT IS IT LIKE?Physiology explains how cells, tissues and organs work together to maintain normal body function. It provides the foundation on which we build our knowledge about life, so we can recognise problems and develop new treatments for disease. Early on, you’ll get a broad understanding of the functions and integration of the major organ systems of the body. Later courses let you delve into specific topics for in-depth learning.

WHY MASSEY?LEADING IN ANIMAL PHYSIOLOGYPhysiology provides the basis of modern medicine, connecting science and health. You can combine physiology with other disciplines like nutrition, sport and exercise, biochemistry or molecular biology for a multidisciplinary approach.If you’re interested in working with animals, we have leading experts across a range of animal-based sciences, including animal science, zoology and veterinary science. You will learn how animals and their bodies function and interact with their environment.

RESEARCH-LEDEver wondered how your diet influences the skeleton, or how the stomach and intestine deal with food, or even how climate change impacts the survival ability of penguins? Our academics are at the forefront of research like this and use it in their teaching, so what you learn is relevant and engaging.As a student you’ll also have the opportunity to tap into these types of research projects and gain experience for future employment. Research in physiology at Massey focuses on nutritional and gastrointestinal physiology, the musculoskeletal, nervous, reproductive and endocrine systems, as well as animal welfare.

STUDY WHAT YOU WANTIf you’re keen on human health, you can delve into cellular physiology and also take on a second major in an area such as biochemistry or human nutrition. Alternatively, if you’re keen on animals you can focus on whole animal physiology and pair this with a second major in zoology or ecology.

�SOPHIA HOLDSWORTH BSc(Physiology) I first discovered Physiology in high school, when my Science teacher inflated some sheep lungs in class. The workings of the body and the mind fascinated me. Naturally, Massey University seemed like the ideal place to study, considering the affordability of Palmerston North, and the great reputation Massey has for scientific degrees. My studies have taught me that you don’t need to be a veterinarian to help animals. Physiology is a broad degree with many possible routes which all have a focus on improving the health of humans and animals. The Physiology programme at Massey enabled me to understand the science behind the structure and function of different organs, even down to the molecular level. The BSc programme at Massey is very flexible, allowing its students to change majors and minors without hindering their studies, and enabling me to explore all the possible pathways I could take within my degree. It was a fantastic opportunity to be able to study under some intelligent and interesting people; some of Massey’s lecturers are world leading scientists in their field with many years’ experience. Despite their impressive titles, the lecturers are genuine and supportive of their students Having the chance to study a Master of Science under world-renowned and highly respected scientists has been hugely beneficial to my studies and future career prospects. Without Massey, I would not be undertaking a rare opportunity to carry out the research portion of my master’s under scholarship in California. I’m hugely grateful for what Massey has provided to myself and other students over the years, and for all the incredible work the staff put into ensuring we excel in our chosen fields.

CAREER OPPORTUNITIESPhysiology is key if you want to work in human or animal health sciences.Can you picture yourself conducting vital research in universities, Crown Research Institutes or pharmaceutical or biotech companies? If you really want to go far, you could even be a research physiologist in outer space, discovering how the body adapts to micro-gravity. What about working in one of the world’s growth industries – healthcare? You can specialise in nutrition, toxicology, pharmacy, radiography, physiotherapy, nursing, or public and environmental health. How about teaching in schools or hospitals? Or you may fancy a career in the medical, veterinary or food industries, a job in medical writing, or in the active world of sport science, exercise and recreation.

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KEY FACTS AVAILABLE AT AUCKLAND*

AVAILABLE AT MANAWATŪ* AVAILABLE VIA DISTANCE LEARNING*

EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY *Subject to planning advice

PSYCHOLOGYA major of the BSc



Psychology covers a broad range of topics, but at its simplest level it is the systematic study of individual behaviour. It considers emotions, personality, and the way individuals interact. It also considers learning, memory, thinking and the brain.Psychology is a growing and ever-changing subject which helps us make sense of the human impact on the world in which we live.You’ll learn how people perceive, learn, think, develop, behave, and relate to one another. Courses will teach you how the structure of the brain affects our behaviour, what makes people different from one another and how being in groups affects people’s behaviour. Finally, you’ll learn how factors like culture, gender, poverty, and mental illness affect our health, our thinking, and our behaviour.

MARKET LEADING IN NEW ZEALANDWe graduate more clinical psychologists than any other university in New Zealand. Our research and teaching is unique and recognised nationally and internationally. This strength and expertise means your learning will be relevant to today’s jobs and societies and your degree will have a great reputation.

APPLIED LEARNINGDuring your degree you can take part in our broad selection of courses across areas including forensic, experimental and community psychology that demonstrate how foundational skills can be applied.

CAREERSA degree in psychology may lead to many possible career paths. Virtually any setting where knowledge of human behaviour and interactions is useful may employ someone with knowledge of psychology. Some areas in which recent graduates have gained employment are: > Human resource management > Rehabilitation psychology > Business psychology > Teaching > Scientific research > Public health > Counselling > Defence psychology > Special education

After completing a BSc, postgraduate study may allow you to practice as a registered psychologist in clinical or organisational settings.

FUTURE STUDY TOPICSSome of the topics taught in psychology courses include: > Abnormal and therapeutic psychology > Bicultural perspectives in psychology > Brain and behaviour > Community psychology > Evolution, learning and culture > Memory and cognition > Organisational psychology > Social psychology

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KEY FACTS MINOR AVAILABLE AT AUCKLAND



STATISTICSA major of the BSc



A GOOD FIT IF YOU > Want to create quantitative solutions to modern day problems > Enjoy teamwork with people from different subject areas > Are confident working with computers

WHAT IS IT LIKE?We live in an information-rich age. Vast quantities of data are collected on almost every conceivable subject. We use statistical methods to make sense of this raw data, turning it into knowledge. Statistics is the science of evidence. It allows us to quantify risk and make effective decisions even when we are uncertain about the world around us. Is this new treatment effective against breast cancer? What adverts should my website display in order to increase my revenue? How can I better interpret that weak distress signal coming from a vessel far out at sea?

SOUGHT-AFTER SKILLSIf you enjoy working with numbers, you will love studying statistics. It is a broad area of study, that involves much more than the organisation and display of data. Careful analysis of underlying questions and critical examination of the sources of data are part of the art of statistics.

LEADING IN DATA MININGMassey’s statistics programmes are ranked as some of the best globally. Out of 800 of the world’s leading universities we were ranked in the top 200 in the QS World University Rankings. In an information age, ‘big data’ plays a crucial role in helping businesses to maximise the sale and reputation of their products and services. Being able to work with large data sets to discover patterns and draw useful conclusions is a sought-after skill for many employers, and an area of expertise at Massey.

A GLOBAL IMPACTYour Bachelor of Science (Statistics) lecturers are experts in their field, leading international statistical research, with practical applications for worldwide issues. One of our lecturers has developed methods and software that scientists around the world use to monitor and analyse marine and land-based communities. During the UK foot and mouth epidemic in 2001 epidemic data was analysed to improve the efficiency of disease control with the results fed into government policy. Another of our statistics professors is developing statistical models of poverty and malnutrition in third-world countries. His work is being used by the World Bank to more effectively distribute food where it is needed.

�EMILY HENDY BSc (Statistics), Insights Analyst, Lotto NZ I have always been passionate about numbers so choosing to study a BSc that was numbers-related was an easy decision for me. ‘Big data’ is a hot topic currently, with more and more companies investing in data infrastructure and data-savvy people to gain a competitive advantage. I chose Massey in Auckland as it had an excellent reputation and it was an opportunity for me to experience a new city, having grown up in Wellington. I found the campus environment excellent for learning and the lecturers were all so knowledgeable and passionate about their subjects. I now work for Lotto NZ as an Insights Analyst in the Strategy and Analytics team. Lotto NZ exists to raise funds for the community through safe gaming. It is a unique business environment in which statistics and numbers play a pivotal role and I have the opportunity to apply my learnings from Massey regularly. My day to day tasks are always varied and might include statistical probability modelling to support game changes or providing data driven insights to senior leaders to support business decisions. I feel privileged to be able to apply my learnings from Massey to support projects that lead to generating more funding for our communities, all the while doing something I enjoy – numbers.

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STUDY A DEGREE

A GOOD FIT IF YOU > Are passionate about the natural world > Have a passion for animals > Want to understand and know everything about animals

WHAT IS IT LIKE?Massey zoology graduates are in high demand throughout New Zealand. Zoology is the animal science of the natural world. It examines animals on a variety of scales from biological knowledge at the molecular level to animals as components of systems; looks at both vertebrate and invertebrate and their impact on New Zealand plants and animals; and includes the study of animal behaviour.

THE LATEST THINKINGYou’ll learn about land-based animals and environments. You will also develop a strong foundation including the latest thinking in genetic and physiological processes, animal development, anatomy and behaviour. You’ll explore freshwater and marine systems, and our wide range of speciality fields including conservation of biodiversity.

WHAT WILL YOU STUDY?A zoology major offers you a wide range of specialisations in interest areas, as well as in mainstream zoology. The core zoology qualification looks at animals on a variety of scales. You will gain a strong foundation in zoology and the latest thinking in genetic and physiological processes, animal development, anatomy and behaviour. You will gain skills in a broad range of related sciences including ecology, conservation diversity and evolution. It is not just about land-based animals and environments, you will also explore freshwater and marine systems.

IN HIGH DEMANDFrom mapping animal migrations to driving conservational change in foreign countries, Massey’s zoology graduates are in high demand all over the world working in places like Samoa, South Africa, the Netherlands and United States. You’ll graduate ready to join them and take the best of your knowledge to the rest of the world.

WORLD-LEADING LECTURERSAt Massey, our lecturers are passionate about what they do. They have examined bird migration pathways from New Zealand to Alaska and the USA. They have investigated species interactions in the alpine and unlocked knowledge about morphology through examining fossils and lineages in rocks. They bring this knowledge and love for what they do into their teaching to help you uncover what truly inspires you.

CAREERSFrom mapping trans-hemispheric animal migrations to driving conservational change in foreign countries, Massey’s zoology graduates are in high demand all over the world working in places like Samoa, South Africa, the Netherlands and United States. You’ll graduate ready to join them and take the best of your knowledge to the rest of the world.Massey Bachelor of Science (Zoology) graduates are employed widely. You could contribute your skills to central and regional government organisations, conservation groups, teaching, private consultancy firms, or through the media (for instance making television documentaries). Places of work include:

> Department of Conservation > Regional councils > Crown Research Institutes > Ministry of Primary Industries > Biosecurity in New Zealand > Ministry for the Environment > Environmental Risk Management Authority > Fish and Game New Zealand > SCION (formerly Forest Research Institute) > Private environmental consultancy firms > Private conservation initiatives > School teachers > News media including magazines, newspapers, websites, radio,

television and documentary making



ZOOLOGYA major of the BSc


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akennard

Highlight


MOST MAJORS AVAILABLE AT MANAWATŪ MOST MAJORS AVAILABLE VIA DISTANCE LEARNING




BACHELOR OF INFORMATION SCIENCESBInfSc

A GOOD FIT IF YOU > Have some mathematical ability (NCEA Level 2 is recommended) > Think logically and analytically > Are interested in developing software applications > Are comfortable with rules and structures

BECOME AN INTERNATIONALLY-SOUGHT-AFTER EMPLOYEEThere is a huge demand around the world for people with information and communication technology skills. Massey’s Bachelor of Information Sciences will give you the skills needed to make you a sought-after employee, both in New Zealand, and internationally.

WHAT IS IT LIKE?At Massey University you can follow your interest in computing in a friendly and flexible learning environment.Massey is one of the few universities in New Zealand where your information sciences qualification covers all three disciplines of computer science, information technology and software engineering. The majors are not isolated and you can choose to have more or less of these three areas as part of your study, depending on your area of interest or career ambitions.You’ll learn a broad spectrum of skills from business management through to developing software and hardware. So you’ll emerge from your studies at Massey with a well-rounded understanding of the whole industry, as well as with the specialist skills that you’ll need to become an excellent ICT professional.

CHOOSE YOUR MAJOR LATER ONYou may be thinking about studying in this area, but are not sure what major to choose. At Massey you have the flexibility to change your major right up until the end of your first year. So you can complete the first year of study, and once you’ve experienced the different subjects, make up your mind after that.

WIDER OPTIONS FOR WHEN YOU STUDYYou can start your three-year degree at the beginning of the year, or in Semester Two (starting July). If you’d like to do your degree in a condensed period of time you can complete extra courses during our Summer School (November to February), allowing you to complete your degree in less time. Once you graduate you can move on to advanced study in the Postgraduate Diploma or Master of Information Sciences.

THE PERSONAL APPROACHWhen you study the Bachelor of Information Sciences at Massey, you’ll join small classes, where interaction with the lecturer is commonplace. You will be able to ask questions of the lecturers and get their support and advice.

BInfSc OR BSc?The Bachelor of Information Sciences includes a range of topics such as computer science, software engineering and information technology and is the perfect degree if you want to pursue a career as a computing professional. The Bachelor of Science (Computer Science) allows Computer Science to be combined with other science subjects such as mathematics, statistics and physics.

ENTRY REQUIREMENTSTo enrol in the Bachelor of Information Sciences programme you must qualify for undergraduate admission, either through Bursaries and Scholarship Examinations, NCEA Level 3, New Zealand University Entrance, Admission with Equivalent Status, Discretionary Entrance or Adult Admission.Students with excellent achievements in NCEA and prior programming experience through the successful completion of courses and participation in competitions like STAR, NCSS or the ACM SPPC will be considered for direct entry into second-year Computer Science courses and may be eligible to participate in software development projects.

CAREERSThere is huge demand for people with information sciences skills. Massey Bachelor of Information Sciences graduates continued to find employment even during the recent recession when graduates in other fields struggled.Today, there are more employment opportunities in information communication technology (ICT) than any other sector in New Zealand. The same often applies internationally. Take a look at the SEEK website – there are about 2000 New Zealand ICT jobs advertised at any time on this website.

ACCREDITATIONThe BInfSc is one of a very few degrees in New Zealand that are professionally accredited by the Institute of Information Technology Professionals (IITP). This means you get a degree with the latest training, a final year project and is a ticket to overseas employment in countries with reciprocal accreditation recognition.

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MOST MAJORS AVAILABLE AT MANAWATŪ MOST MAJORS AVAILABLE VIA DISTANCE LEARNING




BACHELOR OF INFORMATION SCIENCESBInfSc




COMPUTER SCIENCEA major of the BInfSc



A GOOD FIT IF YOU > Think logically and analytically > Would like to develop new software applications > Are comfortable with rules and structures > Enjoy breaking down a complex problem down into its constituent parts > Like having everything sorted out with nothing left to chance > Are interested in areas like graphics, simulations, artificial intelligence

and programming

WOULD YOU LIKE TO DEVELOP THE NEXT COMPUTING REVOLUTION?Your computer science degree at Massey will help you turn your love of computing into a brilliant career.

WHAT IS IT LIKE?Would you like to learn how to create computer programs? Find out more about the latest software and hardware development? Have a career doing what you love? Massey’s Bachelor of Information Sciences (Computer Science) will give you the skills to become a sought-after ICT professional, able to take on the best of the thousands of jobs that are available.

A CAREER WITH VARIETYYou already know that computers are part of every aspect of our society, from the stock market to modelling climate change to the apps and games we use daily. It’s a varied area that is constantly growing and changing – and those exciting changes are being developed by people like you!

WHAT YOU WILL LEARNDuring your study of computer science you will learn about all aspects of computer programming and computer systems, from the theoretical foundations to the very practical aspects of developing the latest software applications. No prior programming skills are required.The degree will give you the knowledge and skills to write software for fields such as artificial intelligence, graphics, web-based systems, networks and operating systems.You’ll learn about traditional and trending topics in computer science: > Artificial intelligence > Data structures and algorithms > Object-oriented programming > Computer graphics and image

processing > Mobile applications

> Logic circuits and low-level programming

> Concurrent programming > A range of programming

languages > Data communications, networks

and web applications

Most of your undergraduate courses will focus on computer programming – the design and creation of software applications that enable computers to be used in all areas of human endeavour. You’ll learn how to write these programs in various programming languages and how to use them in several application areas.Suggested supporting minor subjects for a major in computer science include information technology, mathematics, physics, or statistics. Computer science can be taken as a supporting subject, and double majors are possible.Note that you can change your major within the degree up until the end of your first year.

�JOHN-DANIEL TRASK BInfSc (Computer Science) Graduated in 2004, Co-founder and CEO, Mindscape Limited I studied because I didn’t know what I didn’t know – all I did know was that I wanted to learn about business and computer science. Since I was about nine I’d been coding and was torn between a business and a computer science degree. I ended up picking a Bachelor of Information Sciences, majoring in computer science, but loaded up every elective with courses from the Massey Business School. My family lived on Massey University’s door step in Palmerston North and I had grown up visiting the university (even being at the Massey crèche as a preschooler while my mother did her studies). They had a great computer science programme and one of the best campus experiences in New Zealand – I loved it. Having a university tucked into such a beautiful surrounding was something I always really enjoyed. I absolutely loved the experience at Massey – I learned a lot, made plenty of awesome new friends and enjoyed the great campus that Palmerston North has to offer. After graduating from Massey in 2004, I worked at Intergen in Wellington as a software developer. I left three years later to start my own company – Mindscape, specialising in software development tools. Since then I’ve grown Mindscape into a successful international business, looking to open offices in San Francisco in 2015, with rapidly growing revenues and a great team. I love mixing my interests in technology and business, helping to create the future. Mindscape enables me to do that every day, and I am proud that the world’s biggest companies use software that my company creates. In my limited spare time I am researching virtual reality as well as robotics – areas that I would like to be involved commercially in the future.

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KEY FACTS AVAILABLE AT AUCKLAND INCORPORATING

BLOCK MODE TEACHING EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

DATA SCIENCEA major of the BInfSc

AVAILABLE FOR INTERNATIONAL STUDENTS

STUDYING IN NEW ZEALAND

A GOOD FIT IF YOU > Want to be on the cutting-edge of technological discoveries and the ‘Big

Data’ movement > Think logically and analytically > Like uncovering hidden patterns, trends and associations in the world > Are interested in using programming to solve fascinating and world-

changing problems > Want to join a world-leading degree that is unique in New Zealand and

Australia

THE ONLY DEGREE OF ITS KIND IN AUSTRALASIAThis unique degree will enable you to become a high-tech specialist with the relevant skills to take you to the forefront of this fast-paced industry.

WHAT IS IT LIKE?Massey University’s Bachelor of Information Sciences (Data Science) gives you the skills to fill the rapidly growing number of jobs in the area of data science and analysis.You will learn how to make sense of complexities so others can easily understand them and how to apply computing to data-oriented challenges. You may have an interest in commerce, government, natural and social sciences, and you may want to learn to apply technology to drive innovation, decision-making and research in those fields. You may want to learn how to use programming to solve potentially world-changing issues.If you have a curious mind, are fascinated by data and enjoy the thrill of making discoveries and want to join a rapidly growing industry this qualification is for you.

A BRAND NEW JOBData Scientist is one of the newest job descriptions in the Information and Communication Technology (ICT) sector. Massey University is the first and only university in New Zealand to offer to equip undergraduate students as data scientists.You will learn how to solve real-world problems using data, in combination with cutting-edge computing technologies and analytical methods. You will gain the expertise to formulate business domain questions into series of queries that your data can answer.You will learn how to apply techniques like data mining, machine learning, statistical analysis and data visualisation to discover and extract information from data. Beyond the mechanics, you will also become skilled in communicating your findings to management as well as to wider non-technical audiences.

EXPAND YOUR SKILLSDuring your learning you will gain skills in machine learning and data mining, artificial intelligence and natural language processing. You will take an in-depth look at all aspects of data including learning how to design and query databases, data analysis, visualisation and the structures and algorithms of data and big data workflows. You will become competent in a range of programming languages and gain skills in multivariate analysis.

JOIN A GROWING INDUSTRYKnowledge is found in all this information and everyone – whether it is in the commercial world, social media, internet, sciences, healthcare or government – every sector is inundated with data. ‘Big Data’ is the hot topic in almost every industry.Knowledge is found within all this information. Businesses, governments and institutions are recognising that their future success and survival is increasingly dependent on their ability to transform their data into information, insights and novel data-products. The industry is actively trying to recruit the professionals to fill this skills shortage.

A MULTITUDE OF OPTIONSData science is a broad and multidisciplinary field. As a data scientist you will be likely to work in teams where each member has different sets of complementing interests and strengths. You can choose which area to specialise in. If you would like to become a data scientist with expert knowledge in computer science, IT, statistics or mathematics, this qualification is structured in such a way that it allows you to do that. You can pursue a double major (or minors) combinations with any of these subjects.Even more broadly than that, you will be able to take advantage of Massey’s expertise across a broad range of sciences disciplines outside of information sciences. If you are interested in natural and fundamental sciences, you can choose to complete a double major/minor combination including chemistry, biology, genetics or physics. These are also areas where computational and data processing skills are becoming increasingly central.Similarly, you may choose data science with a specialisation in the form of a minor from any of the offerings under business, health, creative arts or humanities and social sciences in order to ensure that you gain the complementary expert knowledge in the domain you are passionate about, which will give you a distinct focus and advantage in the industry.

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AVAILABLE VIA DISTANCE LEARNING EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

INFORMATION SYSTEMSA major of the BInfSc

AVAILABLE FOR INTERNATIONAL STUDENTS STUDYING IN

NEW ZEALAND

A GOOD FIT IF YOU > Have good communication skills and are a ‘people person’ > Want a career in today’s technology-driven enterprises, or in an exciting,

entrepreneurial start-up > Would like to find out more about business and systems analysis (eg is a

company making the best use of technology?) > Want to develop skills in analysing user requirements

LEARN HOW TECHNOLOGY AND ENTERPRISE CONNECTCombine your interest in business, organisations and entrepreneurship with an understanding of how information systems are a vital part of organisations.

WHAT IS IT LIKE?If you are interested in computing, but would rather work with people than machines, would rather reach out to clients than sit at a computer writing code, or prefer creativity to mathematics, then the information systems major could be the right choice for you.

INFORMATION SYSTEMS ARE EVERYWHEREInformation systems underpin all aspects of our lives, whether we are working, studying or at leisure. We spend more and more of our time online, using the Web, mobile apps and all manner of internet-connected devices (the ‘Internet of Things’).All around us our transport, manufacturing, banking and farming systems, among many others, are increasingly connected and automated. More data is being created daily (‘Big Data’) changing the way that government agencies and businesses process and apply information about their products, services, customers and citizens. Such systems are not, however, only about technology. Their success depends on their designers’ having an expert understanding not just of computer software and hardware but of the social, human and organisational contexts of these systems.

UNDERSTAND TECHNOLOGY AND ITS USERSAn information systems professional understands how information systems must be invented and designed to meet the needs of people in real-world situations. When you study information systems at Massey you will gain skills in practical technical areas, such as how to create interactive web sites or how to use databases to manage corporate data. You will also learn the essential soft skills of working with the users of IT systems, learning to understand their needs and how systems can be designed to meet them. You will understand the impact of ICT from an enterprise

perspective, seeing how information systems are part of the larger mission of an organisation. You will learn about computer systems not just from the perspective of the system developer, but from the perspective of the manager, the administrator, the salesperson and the entrepreneur.

SOUGHT-AFTER BY EMPLOYERSThere is a shortage of people with the skills that you will gain – as an information systems graduate you will be sought-after by employers around the world.

CAREERSKnowing the potential of information systems and having the ability to put this knowledge to work can result in a successful personal career, organisations that reach their goals, and a high quality of life.This qualification is well-suited to those interested in a career in management or administration in a technical environment.Some examples of professional careers that could lead on from this qualification include: > Business and systems analysts > User support specialists > Database administrators > Technology officers

> Trainers > Software quality assurance > Project managers > Independent consultants

There are a huge number of job opportunities in this area worldwide. Check out the SEEK website for the around 2000 ICT careers available in New Zealand at any one time.

�NIGEL PARKER, Director, Developer Experience, Microsoft NZ “One of the four megatrends that will shape our industry over the next decade is big data. Data is the new currency and being able to draw insight from data and predict outcomes will be the new business advantage. I am excited to see that Massey is introducing a degree in Data Science and am encouraged to see how quickly they are responding to transformation in our industry.”

�GEOFF BEYNON, Executive General Manager, SAS Institute (NZ) Ltd “SAS strongly supports the proposal by Massey University to add a major and minor in Data Science to their academic qualifications as part of the BInfSc degree program. These courses will contribute directly not only to creating a robust and cohesive program of study for New Zealand graduates, but they will also make a lasting impact on the looming analytical skills shortage we face globally.”

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INFORMATION TECHNOLOGYA major of the BInfSc



A GOOD FIT IF YOU > Have good communication skills and are a team player > Are curious about how people use technology and what they can

achieve with it > Would like to be involved in quality assurance and testing of new

software applications > Would like to find out more about business and systems analysis (eg is a

company making the best use of technology?) > Are interested in managing software development teams and processes > Want skills in analysis, security, databases, and user requirements

WHAT IS IT LIKE?Your information technology major will combine your love of problem solving, team work and technology with the core skills needed to analyse, design, build and manage a huge range of IT systems, projects and resources. Devices like smart phones and tablets are in our homes and pockets and every day they are increasing in power and complexity. Our personal lives are becoming more entwined in social networks, virtual worlds and gaming environments, while commerce and industry is increasingly dependent on new and improved information technology.

MEET THE NEEDS OF FUTURE CONSUMERSYou will examine the huge range of technology that we use and gain skills in designing and building systems that will meet the needs of consumers today and in the future. This could range from a small business needing a new technology tool, to managing the many and varied IT resources in a big hospital. There is a shortage of people with the skills that you will gain – as an information technology graduate you will be sought-after by employers around the world.

WHAT WILL I LEARN?You will learn to use the same developer tools and techniques the industry professionals use including Microsoft .NET Framework and multimedia tools. Learning how to work in a team is also an important part of this major. When you study the Bachelor of Information Sciences (Information Technology) at Massey you will gain skills in: > The analysis, design and deployment of complex information technologies > The use of professional software tools, and the administrative and

organisational aspects of IT > Topics such as computer security, the development of the Internet, user

interface design and more

Information technology can also be taken together with the major in computer science (double major), or another minor of your choice. You can change your major within the degree up until the end of your first year.

CAREERSKnowing the potential of information technology and having the ability to put this knowledge to work can result in a successful personal career, organisations that reach their goals, and a higher quality of life.Information technology graduates command some of the highest salaries of any career.There is a strong demand for qualified ICT professionals, both in New Zealand and overseas. The skills you learn at Massey University and the qualification you will receive are recognised throughout the world. Careers of previous graduates include: > Business and systems analysts > User support specialists > Data administrators > Application testers

> Trainers > Web developers > Team leaders > Project managers

�REECE HEWITT BInfSc (Information Technology). Graduated in 2014. Developer at IAG NZ. One day I found myself in a job that I did not want to be in for the long term. Every job that interested me, required a degree which I did not have, and my new family commitments meant that I could not spend time at a university campus. After some thorough research I decided to enrol in Massey University Information Sciences degree, majoring in Information Technology. In 2014, I completed the degree by distance and shared the top IT student award with an internal student. I spent time looking after my young daughter during the day and studied in the evenings or whenever I could. I was impressed by the different types of interaction available for distance students. Over the range of courses, I participated in online tutorials, active forums, recorded lectures, lots of emails and student study sessions. I really enjoyed the software courses I took and principles that I learnt I apply in my current job. I am currently a developer for one of the top insurance companies in New Zealand. They have a huge range of systems and the different courses I completed at Massey meant that when I started I was not completely overwhelmed. The top IT graduate jobs are highly competitive and I am glad that I studied with Massey. I felt it prepared me well for the workplace. I would recommend to anyone, that it’s never too late to learn – and get that dream job!

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SOFTWARE ENGINEERING

A major of the BInfScAVAILABLE FOR INTERNATIONAL STUDENTS STUDYING IN NZ


A GOOD FIT IF YOU > Are interested in the ‘big picture’ of the software industry > Are interested in both computer science and information

technology > Are interested in being involved in team projects and the

development of major applications

THE BEST OF BOTH WORLDSSoftware engineering brings together the disciplines of computer science and information technology – giving you a highly-practical and sought-after qualification.

WHAT IS IT LIKE?Studying software engineering will see you gain knowledge, tools and practical skills to be able to design, construct, test and maintain large software applications.The software engineering major is a joint one – that means you will learn about both computer science and information technology.You will focus on learning about:

> The design and construction of large software applications > The technical knowledge of computer programming from

computer science combined with the design and team skills of information technology.

IN DEMANDSoftware engineers are in high demand throughout the world, which means there are plenty of jobs out there for hard working graduates.

CREATE REAL APPLICATIONS, WHILE YOU STUDYAn exciting part of the joint major is the team project in the third year, when you will work with other students to create a new application. Note that you can change your major within the degree up until the end of your first year.

CAREERSGraduates with the software engineering joint major possess a broad range of skills and practice and are able to move into any one of a wide range of employment opportunities.This programme will give you the skills to enter the computing profession at the level of software engineer. Later, you may be able to move into management of large software projects, including those in safety critical systems. You will also have the necessary background to fully participate in software development teams.You will be particularly well-equipped to hold positions in the design and management of large software systems.Roles available to programme graduates include, but are not limited to, those in the list below.

> Software engineer > Systems analyst > Requirements engineer

> Software developer > Usability engineer

�GEORGIA BARNETT Graduated in 2015. Developer at Xero At Massey, both my studies and interactions with tutors, fellow students and lecturers helped me develop an interest in computers into a strong passion. The core Information Technology papers gave me the fundamental technical skills to start thinking about software in a more conceptual way. I could then develop these further with papers such as Systems Analysis and Modelling (158.225), learning about software design patterns and how to use diagrams to gain better visibility and understanding of a system. I am currently working at a New Zealand-based SaaS company that develops cloud-based Accounting software. My work involves both database and web development, for which the in-depth technical papers at Massey have been incredibly useful. Learning how to think about software conceptually at high level has been an essential skill to have when working with a large commercial code base. These skills allow you to have a clearer view of the system as a whole, which then develops into a deeper understanding of its components.

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VETERINARY PRE-SELECTION PHASE

The first sections of study for the Bachelor of Veterinary Science and Bachelor of Veterinary Technology are pre-selection phases. You can do both of these on our Auckland campus. We encourage you to visit the Massey University website for more detailed information about the veterinary programmes. More people apply than there are available places, so not everyone will be selected into the professional phase of the veterinary programmes. If you are selected into the professional phase, you will continue your BVSc or

BVetTech study at Massey’s Manawatū campus in Palmerston North for the duration of the degree. When you enrol in a veterinary pre-selection phase, we ask you to also enrol in another Massey degree for Semester Two study in case you are not selected into the professional phase. Our Auckland students usually enrol in the Bachelor of Science for Semester Two. If you are selected into the professional phase, your enrolment will be changed to the corresponding veterinary courses for Semester Two.

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B A C H E L O R O F V E T E R I N A R Y S C I E N C E ( B V S c )

RECOMMENDED BACKGROUND > 14-20 credits of NCEA Level 3 chemistry, biology and physics > At least one mathematics subject to NCEA Level 3 (calculus, statistics

or modelling) > NCEA Level 2 English to meet the university admission requirements

NOTE: For 2019 onwards, it is likely that there will be minimum standards for NCEA level science and math introduced for enrolment into the pre-selection phase of the BVSc. In the event that students have not met these minimum standards, there will be opportunities to achieve these minimum standards through a pathway programme.

GREAT STUDY CHOICESBy studying veterinary science at Massey University you will gain the skills and qualification to be registered as a veterinarian. This can lead to a wide range of careers in the veterinary industry. If you are not selected for the professional phase of the BVSc, the pre-selection courses provide an excellent start to many other science programmes at Massey University. Some examples include:

BACHELOR OF SCIENCE MAJORS AND MINORS > Chemistry > Human Nutrition > Integrative Biology > Marine Biology > Physiology > Zoology

BACHELOR OF FOOD TECH WITH HONOURS (PAGE 34)

BACHELOR OF ENGINEERING WITH HONOURS (PAGE 30)Major: Chemical and Bioprocess Engineering. You may transfer directly to these programmes in Semester Two if you have a B average for your vet pre-selection courses and 14 credits in NCEA Level 3 mathematics and statistics.

CONTACTBVSc Advisors James Waaler: [email protected]

B A C H E L O R O F V E T E R I N A R Y T E C H N O L O G Y ( B Ve t Te c h )RECOMMENDED BACKGROUND > 14 credits of NCEA Level 3 chemistry and biology > At least one mathematics subject to NCEA Level 3 (calculus, statistics

or modelling) > NCEA Level 2 English to meet the university admission requirements

NOTE: For 2019 onwards, it is likely that there will be minimum standards for NCEA level science and math introduced for enrolment into the pre-selection phase of the BVetTech. In the event that students have not met these minimum standards, there will be opportunities to achieve these minimum standards through a pathway programme.

GREAT STUDY CHOICESThe study of veterinary technology at Massey University will give you broad-based scientific training that can lead to a surprisingly broad range of veterinary and animal-related careers including leadership roles. If you are not selected for the professional phase of the BVetTech, the pre-selection courses provide an excellent start to many other science programmes at Massey University. Some examples include:

BACHELOR OF SCIENCE MAJORS AND MINORS > Chemistry > Human Nutrition > Integrative Biology > Marine Biology > Zoology

CONTACTBVetTech Advisors James Waaler: [email protected]

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KEY FACTS MOST MAJORS AVAILABLE AT AUCKLAND

AVAILABLE AT MANAWATŪ EQUIVALENT TO 4 YEARS FULL-TIME


BACHELOR OF ENGINEERING WITH HONOURSBE(Hons)

A GOOD FIT IF YOU > Enjoy solving problems > Like working in teams > Want to know why things are the way they are > Do well in science subjects

WHAT IS IT LIKE?REAL-WORLD PROBLEM SOLVINGEvery year you work on projects that can help both our communities and industry, giving you a real feel of what engineering involves, and the skills that distinguish you from the rest.

MODULAR LEARNINGIn Year 1 we teach and assess subjects in blocks so that you know how you are doing throughout a semester. There are modular tests but no final ‘big’ exams for most of the courses.

WANTED BY EMPLOYERSOur practical learning environment, combined with having more work experience than other New Zealand engineering qualifications will see you develop the skills that employers are looking for.

EARNING POTENTIALThe 2016 Remuneration Survey of the Institute of Professional Engineers New Zealand reports graduates with less than five years’ experience have a median salary of $60,000. Those further into their careers earn a median salary of $92,500.

SUPPORTIVE LEARNING ENVIRONMENTTo help you transition to university patterns of independent study we provide you with a personal tutor. A Year Dean coordinates your entire first year experience. Also, you’re tutored in small-groups of up to 25 students, so you have easy access to our faculty experts.

OUR DISTINCTIVENESSOur ‘project spine’ allows you to develop the skills that engineers rely on in practice. You’ll work in teams to solve real-world problems. In 2014, a Year 1 Massey team beat other universities from New Zealand and Australia to be the Champion Team in the Engineers Without Borders (EWB) Challenge. The competition is fierce and proves that we produce engineers who can think ‘outside the box’. This is in addition to our previous three wins at the National Challenge (2012-2014), beating all competitors from other New Zealand universities.

MAJORS > Chemical and Bioprocess Engineering (First two years available at

Auckland. Available at Manawatū.) > Electronics and Computer Engineering (Auckland and Manawatū) > Engineering and Innovation Management (Auckland and Manawatū) > Mechatronics (Auckland and Manawatū)

CAREERSWorldwide, engineering is recognised as a vital sector in the global economic recovery, and more and more graduates are needed.You may find your early employment is often in technical development project work or research. However, within five years you may well have moved into management in technical, research and development, production, or quality assurance roles. You could then move to general management, or even choose to start your own businesses.Massey’s BE(Hons) assists the transition into the business side of engineering, with a focus on business skills as part of the degree. Or you could undertake postgraduate degrees after completing a BE(Hons), then work in the research and development sector.Massey graduates are sought-after by employers for their ability to be valuable employees from day one. Massey provides first-rate support to help you hit the ground running – you’ll stand out from the rest. With the BE(Hons) you can work around the world.We want our students to have a competitive edge. During your degree you spend 800 hours (six months, minimum) working as engineers with companies. That’s more than any other programme in New Zealand. Our staff help you find intern or summer work, and work with Massey’s Career and Employment Service to ensure you get the experience you need.

PATHWAY TO POSTGRADUATE STUDYENROL IN...

Bachelor of Engineering with Honours [4 years]

Postgraduate Diploma [1 year]

Master’s degree [1 year]


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mailto:[email protected]


KEY FACTS MOST MAJORS AVAILABLE AT AUCKLAND

AVAILABLE AT MANAWATŪ EQUIVALENT TO 4 YEARS FULL-TIME


BACHELOR OF ENGINEERING WITH HONOURSBE(Hons)

�RYAN THOMAS BE(Hons) (Mechatronics) Graduated in 2010. Analyst - Emirates Team New Zealand After I finished my bachelor’s degree I decided to stay at Massey and complete a master’s. I worked on really interesting projects like developing a machine to move hospital beds, an automated pollen recognition system, and a robot helper for the elderly. Once I’d graduated I started work at a company programming and automating machinery for factories. I was given pretty big jobs right from the get-go, and what I learnt at Massey really helped. Then Team New Zealand found me through my LinkedIn profile. My company had seen the potential in a hardware platform, that just so happened to be the same one that Team New Zealand were thinking of using. I had put it on my LinkedIn profile and they reached out to me. For 18 months my job was to analyse the boat on the water from a chase boat and later work with the team to make technical tweaks from a computational perspective to ensure the boat was performing at its peak. It was really satisfying. You see a problem, you make a change and then you see whether it works or not straight away.

Our graduates can work in many industries: > Food > Pharmaceutical > Petrochemical > Biotech > Chemical > Telecommunications and IT > Power and energy > Manufacturing > Consumer products > Automotive

Our graduates get jobs around the country and around the world as: > Process engineers > Waste-water engineers > Energy development engineers > Project managers > Process automation engineers > Mechanical product engineers > Research engineers > Project planners > Sales engineers > Manufacturing engineers > Commissioning and startup planners > Robotics engineers > Embedded software engineers > Equipment reliability engineers > Test method validation engineers > Project managers for automation and controls > Solidworks machine designers > Mechanical – estimators > Mechanical system design and analysis engineers > Manufacturing managers – machining and assembly > Machine designers > Systems test engineers > Software engineers > Hardware engineers > Electronics engineers > Product developers

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ENTRY REQUIREMENTSEntry is guaranteed to applicants who gain University Entrance and the appropriate level specified in the relevant qualifications:ENTRY VIA NCEA

Majors NCEA level 3 subjects

> Chemical and Bioprocess Engineering > Mathematics normally including standards in algebra, differentiation and integration (16 credits)

> Physics (16 credits) > Chemistry (14 credits)

> Electronics and Computer Engineering > Mechatronics > Engineering and Innovation

Management

> Mathematics normally including standards in algebra, differentiation and integration (16 credits)

> Physics (16 credits)

If you do not achieve the required entry standard that will guarantee selection into the BE(Hons), your application will be assessed on a case-by-case basis. Guaranteed entry requires the following externally-assessed Level 3 Achievement Standards: > MATHEMATICS: 91577, 91578, 91579 > PHYSICS: 91523, 91524, 91526 > CHEMISTRY (if doing the Chemical and Bioprocess Engineering major):

91390, 91391, 91392

CAMBRIDGE INTERNATIONAL EXAMINATIONS: A LEVEL > Mathematics: C Grade > Physics: C Grade > Chemistry (for Chemical and Bioprocess Engineering): C Grade

INTERNATIONAL BACCALAUREATE: 29 POINTS > Mathematics: 5 points Higher Level > Physics: 5 points Higher Level > Chemistry (for Chemical and Bioprocess Engineering) 5 points

Higher Level

DO YOU MEET THE ENTRY REQUIREMENTS?I HAVE UNIVERSITY ENTRANCE BUT NEED MORE PREPARATION IN ONE OR MORE OF THE SUBJECTSThe one-semester Certificate in Science and Technology is for students who need extra preparation in mathematics, physics or chemistry. These courses can be taken separately (depending on your background) or as part of the CertScTech qualification.

DIPLOMA IN SCIENCE AND TECHNOLOGYThis is suitable for students who wish to study a wide range of courses and also keep their options open just in case they change their mind and wish to enter another programme. This two-semester pathway is for students that need extra preparation in mathematics, physics or chemistry. You can also choose subjects from: biology, programming, statistics, food, and a range of other sciences subjects.

SUMMER COMPACT COURSES (AUCKLAND CAMPUS ONLY)These are intensive courses for students who need extra preparation in mathematics, physics or chemistry. You should only take two introductory subjects. Tuition in each course takes six weeks and attendance is required during January and early February. These courses can be taken as a Certificate in Science and Technology. If you prefer to study at a slower

pace, equivalent preparatory courses are available via Distance Learning for chemistry, physics or mathematics. If you are completing Year 13 you should apply for discretionary entrance if you intend to begin study over summer before your NCEA Level 3 results (or equivalent) become available in January.

I NEED MORE ENGLISH LANGUAGE SKILLS AND STUDY TO MEET UE, AND ENTER THE BE(Hons)Certificate of Foundation StudiesSuitable if you are wishing to increase your English language skills and attain University Entrance. This may be a one or two-semester programme depending on your background in maths, physics and chemistry. This is then followed by taking the one-semester Certificate in Science and Technology to get you up to speed in maths and physics and/or chemistry.

I MEET THE ENTRY REQUIREMENTS BUT NEED MORE ENGLISH LANGUAGE SKILLSThe 16-week Direct Entry English pathway is suitable for students wishing to increase their English language skills.

WHAT TO EXPECTA unique feature of our degree is constant engineering practice through projects. You become technically proficient – you learn by doing! You also learn to work in teams, develop leadership, communication and project management skills that employers actively seek.

YEAR ONEProvides underpinning knowledge required for subsequent years through study of chemistry, mathematics, physics and engineering and technology principles, together with a science and sustainability course.

YEAR TWOChoose your major this year, and delve deeper into the specifics of this major. The strong technical base for learning this year enables you to make more difficult engineering or technical decisions. You will help a real NZ company develop a concept for a product, and design and develop a prototype and its manufacturing process for a new coffee creamer, or perhaps a new coil winder.

YEAR THREEYour programme concentrates on the specialist knowledge unique to each major. In addition you’ll do a year-long project and rely on the technical knowledge you’ve built up so far. The project’s focus is on developing either products or processes (depending on your major) that minimize environmental impact, and test your ability to trade off profit against functionality and social considerations.

YEAR FOURIn your final year we prepare you for your career. As well as grappling with advanced technical knowledge, you’ll work on a capstone project which gets you as close as you will get during your study to working like a real engineer.

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WHAT OUR FINAL-YEAR ENGINEERING STUDENTS CAN DO

OUR PROJECTS PUT STUDENTS TO THE TEST. YOU WILL BE UTILISING YOUR KNOWLEDGE AND EXPERTISE TO SOLVE COMPLEX ENGINEERING PROBLEMS

HANDS-FREE SAILING

�CHRISTI ENSLIN Centurion College The tiller pilot comes into its own when you are alone, out on the water and need something to hold the sail-boat on course for a few minutes while you reel in a fish or just want to prepare a cup of coffee. The pilot uses various sensors to determine the boat’s heading and compares it with the desired heading, calculates the error and the rate of change, and processes this information using a fuzzy logic algorithm. Proportional control is used to adjust the speed of the motor which is connected to a mechanical reduction gearbox which in turn controls the rudder angle.

ROBOTIC INSPECTION VEHICLE

�MANU LANGE Mahurangi College Based on a children’s quad-bike, this is a versatile remote utility platform. It is designed from the ground up to be used in remote locations for mobile video surveillance in various terrain and weather. It can be controlled via the ‘Internet of things’ over large (global) distances with real-time video and sensory feedback.

SPRAY-DRIED FRUIT EXTRACT

� LEO LAI ACG Strathallan, Auckland New Zealand Pharmaceuticals Ltd (NZP) manufactures pharmaceutical and biotechnology products. The project specifies the best conditions for spray-drying an anthocyanin-rich extract to produce a free-flowing powder. Being able to maximise the yield of the extract from the spray dryer, minimise the loss of anthocyanin in the extract, and minimise the moisture content of the final product is crucial for NZP.

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STUDYING IN NZ

BACHELOR OF FOOD TECHNOLOGY WITH HONOURSBFoodTech(Hons)

Massey University ranks among the top 40 in the world for food science and technology, according to Shanghai Ranking’s Global Ranking of Academic Subjects 2018.

A GOOD FIT IF YOU > Are creative > Enjoy sciences and are interested in engineering > Want to know about the technology used to make food, the engineering

behind it > Are interested in progressing to management, or starting your own

business

WHAT IS IT LIKE?Food is an important part of our everyday life. The focus on health and wellbeing through food consumption is increasing. The world’s economies are looking for new ways to add value to raw produce. All this adds up to excellent salaries and an increasing demand for people with the skills you will gain by studying food technology.Massey University’s Food Technology programme has been producing graduates for the New Zealand and international food industries for more than 50 years.It is the only degree in Australasia that combines food science, food engineering and food business. That gives you more than a food science degree – as well as fundamental science, mathematics and statistics, you’ll gain applied sciences, technology, engineering and business skills to apply your knowledge in the commercial world. Fifteen out of your 32 courses are fully-focused on food.

AN INTERNATIONALLY-RECOGNISED FOOD TECHNOLOGY PROGRAMME > Both majors of the BFoodTech(Hons) programme are approved by the

US-based Institute of Food Technologists (IFT). It is one of only a handful of programmes outside the Americas to have achieved this recognition.

> The Food Product Technology major is also accredited by Engineering New Zealand as a professional engineering degree under the Sydney Accord, an international agreement (equivalent to a three-year engineering degree). As this major is all about developing food products then a large proportion of the degree will cover food technology with the equivalent of three years of engineering.

> The Food Process Engineering major also has accreditation by Engineering New Zealand as a professional engineering degree under the Washington Accord, an international agreement (equivalent to a four-year engineering degree). As this major is all about developing food

processes then more engineering is required hence its equivalence to a four-year engineering degree.

WORK ON REAL FOOD INDUSTRY ISSUESMassey’s food technology programme teaches you the fundamental and applied food technology skills that you will need in your career. You learn not only through the classroom, but also in practical laboratory and workshop sessions that focus on real industry problems and solutions.

MORE WORK EXPERIENCE DURING YOUR STUDYAt Massey you’re required to complete 800 hours of approved summer vacation employment (over three summer breaks). This is more than other food qualifications in New Zealand and means that you come out with a broader understanding of the food industry, great references for your CV, and will be ready to start work from the day you graduate.In your first year you will work on a problem set in the future and come up with creative solutions to that problem. You are required to present your work in this course on a website that you create, which is viewed by potential clients. Some fantastic websites have been developed out of this project. This gives you valuable skills in communicating your work.

MAJORSThere are two majors in the BFoodTech(Hons) degree: > Food Process Engineering (first 2.5 years of available at Auckland; full

programme available in Manawatū): you will focus on engineering principles, learning how to design processes and use technology to create effective food production systems.

> Food Product Technology: you will learn how to lead and manage food product development from idea generation to product launch.

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STUDYING IN NZ

BACHELOR OF FOOD TECHNOLOGY WITH HONOURSBFoodTech(Hons)

ENTRY REQUIREMENTS Entry into the Bachelor of Food Technology with Honours will be guaranteed to applicants who gain University Entrance and the appropriate level of achievement at secondary school or via other preparatory programmes as listed below:

NCEA LEVEL 3 > Mathematics; algebra, differentiation and integration (16 credits) > Physics (16 credits) > Chemistry (14 credits)

Guaranteed entry requires the following externally assessed Level 3 Achievement Standards: > Mathematics: 91577, 91578, 91579 > Physics: 91523, 91524, 91526 > Chemistry: 91390, 91391, 91392

INTERNATIONAL BACCALAUREATEDiploma with 29 points including at Higher level (HL): > Mathematics (5 Points) > Physics (5 Points) > Chemistry (5 Points)

UNIVERSITY OF CAMBRIDGE INTERNATIONAL EXAMINATIONSA level in: > Mathematics (C Grade) > Physics (C Grade) > Chemistry (C Grade)

We recommend A Level candidates study: > Pure Mathematics 1 (P1) and Pure Mathematics 3 (P3)

MASSEY UNIVERSITY > C- grades in Massey introductory courses in:

> Mathematics > Physics > Chemistry

If you do not achieve the required entry standard that will guarantee selection into the Bachelor of Food Technology with Honours, your application will be assessed on an individual case by case basis.

ALTERNATIVE ENTRANCE PATHWAYS SUMMER COMPACT COURSES (AUCKLAND CAMPUS ONLY) These intensive courses are for students that need extra preparation in mathematics, physics or chemistry. Students are advised to take only two introductory subjects. They can be taken as a Certificate of Proficiency and can be put towards another qualification such as the BSc, BInfSc and BBus. If you prefer to study at a slower pace, equivalent preparatory courses are available via Distance Learning for chemistry, physics and mathematics. Year 13 students should apply for Discretionary Entrance.

CERTIFICATE IN SCIENCE AND TECHNOLOGY This one-semester pathway is for students who need extra preparation in mathematics, physics or chemistry.

DIPLOMA IN SCIENCE AND TECHNOLOGY A two-semester pathway for students needing more preparation in mathematics, physics or chemistry. You can also choose from biology, programming, statistics, food, accounting, marketing, finance, and management.

DIRECT ENTRY ENGLISH PATHWAY This 16-week pathway is suitable for students wishing to increase their English language skills.

CERTIFICATE OF FOUNDATION STUDIES A one or two-semester programme suitable for students wishing to increase their English language skills and attain University Entrance.

PATHWAY TO POSTGRADUATE STUDYENROL IN...

Bachelor of Food Technology with Honours [4 years]

With 1st or 2nd class, Div I

Master’s degree [1 to 1.5 years]


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CAREERSThere is a wide range of employment opportunities when you graduate with your Bachelor of Food Technology with Honours in New Zealand and around the world.Career progression in the food industry can be rapid. You may start out with a technical role – often the stepping stones to leadership positions in the industry – or you could set up your own business.

SOUGHT-AFTER BY EMPLOYERSYou will be sought after by the food industry. Massey graduates are renowned for their ability to co-ordinate product development, process development, quality management and production management. They are also known for their ability to become specialists in specific technical areas such as food microbiology, food chemistry and packaging technology.The wide variety of roles in the food technology industry include: > Food technologist: researching new foods and drinks and developing

new products, packaging or processes > Product development technologist: developing products from concept to

product > Process technologist: improving and fixing food product processes > Process engineer: developing new technology that makes food

production processes better > Flavour technologist: developing flavour and texture innovations > Packaging technologist: developing more efficient or sustainable food

packaging

Others include quality manager, food safety manager, production team leader, technical sales and support, winemaker or brewer, food microbiologist or food chemist. Or you could further your studies with a postgraduate research project, or become a teacher.

�MEGAN SINCLAIR New Product Development Manager Whittakers, Wellington, New Zealand “The Massey BFoodTech grad we have employed is working out very well. I am very appreciative of her level of understanding around processing/ engineering and manufacturing. We have just launched a new and improved caramel that is selling really well and her dedication to understanding all the different processing parameters / outcomes and troubleshooting has been excellent. Her ability to confront problems with an analytical approach is a reflection on the high level of teaching Massey University provides to its students.”

�CAITLIN BRIASCO BFoodTech(Hons) (Food Product Technology) Technical Assistant to the General Manager, Fonterra Europe Operations I love that my degree has allowed me to work all over the world, travelling to countries like Singapore, USA, China, Japan, Denmark and Germany, to name a few! It’s provided me the opportunity to experience so many diverse cultures and food industries, and I’m constantly learning something new. My aspiration has always been to better people’s lives by providing them with access to good nutrition. After graduating from Massey, I was selected for Fonterra’s Technical Graduate Programme, where I gained a master’s degree in dairy science and technology. I was later awarded a scholarship to work with Tetra Pak’s drier and evaporator specialists for two months in the Netherlands. My Fonterra role involves leading optimisation and expansion projects, researching new processing technology, understanding market and customer needs and helping set the operations strategy for the region. This is all mainly based around whey protein and lactose for sport and infant formula applications. Now that I’m based in the Netherlands, I’m experiencing the Dutch culture, learning the language and travelling a whole lot more, which has been a great added bonus.

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WHAT OUR FINAL-YEAR FOOD TECH STUDENTS CAN DO

In your final year you will work on a group project that mimics real professional practice. This is the pinnacle of the degree and is a chance for you to experience what working life as a food technologist or food engineer is like. Some projects are sponsored by food companies that will be keen to implement your solutions.

KU-CRACKERSANDREA RAMIREZ, DHAMMA LAYA AND JOANNA STACEY As consumers grow more health conscious, they prefer snacks which use sustainable resources, organic ingredients and are baked instead of fried. We identified a gap for crackers, chips and extruded snacks. We developed a light and crispy cracker made from kumara, infused with curry flavouring and dusted with horopito. Horopito gave it a hot peppery taste and has been used to season foods instead of black pepper. The crackers were square shaped, packed in clear plastic and sold in a cardboard box to provide more protection to the products.

ACTINIDIN EXTRACTION PLANTMICHAEL LLOYD, DONALD MEIKLE-CAMERON, THELIANAOur project required the design of a processing plant to extract the enzyme Actinidin from low-grade kiwifruit, which will be sold as a high-value freeze-dried powder. In total, about two million trays of low-grade green kiwifruit are available to process each year. As the Actinidin represented a very small fraction of the total kiwifruit mass we included additional processes in our design to produce kiwifruit oil (from the seeds) and a kiwifruit syrup as by-products.

MODELLING BREWHOUSE SUGAR FORMATIONMICHAEL PAUL A deep understanding of the processing steps is required in order to brew high quality beer consistently on a commercial scale. Sugar composition is a major quality factor, as this determines the flavour, body and alcohol content. These parameters are determined during mashing, where the starch within malted barley is hydrolysed. My project developed a model to predict the sugar composition of a mash for a given mashing profile. This helps industrial and craft-scale brewers develop new beers in a more cost-effective and timely manner.

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STUDY A DEGREE

A GOOD FIT IF YOU > Are interested in buildings and how they are constructed > Are looking for a career where no two days are the same and you are

not stuck behind a desk > Are interested in a career offering great salaries, and rapid progression

to management

Join the only construction qualification in New Zealand accredited by the Pacific Association of Quantity Surveyors (PAQS), the NZ Institute of Quantity Surveyors (NZIQS) and Royal Institute of Chartered Surveyors (RICS). The Bachelor of Construction will help you become a construction expert who can contribute to all sectors of the construction industry, highly sought-after by employers and internationally recognised. Massey University’s programme is ranked in the top 200 university built environment programmes in the world by Quacquarelli Symonds (QS) rankings.

WHAT IS IT LIKE?The Massey University Bachelor of Construction will teach you how to develop and implement best practice building solutions and construction management techniques. You’ll learn how to add value to the sustainable development of the built environment, and its use, by integrating sound technical and theoretical knowledge with industry experience, management and interpersonal skills.

SOUGHT-AFTER BY EMPLOYERSThere is great demand for people with a Bachelor of Construction. Most students are offered employment before they have even completed their qualification.

EXCELLENT SALARIES AND CAREER PROGRESSIONAs a construction graduate you will be in line for the excellent starting salaries that are available in the industry. As you progress through your career, salary levels remain higher than for many other sectors. Many graduates are able to have their own business within 10 years of graduation.

RAPID CAREER PROGRESSIONThere are opportunities in all sectors of the built environment including new construction and civil projects, building restoration, earthquake strengthening and insurance valuation. Construction graduates gain

employment within dynamic teams and can be equipped to lead significant developments within a few years of graduation.

RELEVANT TO INDUSTRYThere are two majors available – Quantity Surveying and Construction Management. These majors focus on relevant industry sectors, such as: > Project management consultancy > Building renovation and earthquake strengthening > Construction companies > Development consortia > Local authorities and regulatory bodies > Property development or property management > Industrial and commercial building services > Insurance rebuild costs

The Bachelor of Construction is a three-year degree (or 3.5 years if you commence your study in Semester Two).

DIGITAL TECHNOLOGY IS INTEGRAL TO YOUR LEARNINGAll courses have an online teaching component and you can use your tablet or smartphone to ask or answer questions during lectures. Some assignments will require you to prepare a video of your work. Core courses for construction will teach you vital digital skills including computer-aided drawing and computer modeling of buildings (BIM).

FLEXIBILITYAlthough you need to choose a major when you enrol, you can change from one major to another after one year of study. All of your core final-year papers are offered via brief blocks of intensive contact workshops. This ‘Block Mode’ study means you can start gaining valuable work experience, while completing your qualification.

YOUR FIRST YEARYou will learn about building and construction, materials and computer-aided design. Along with this you’ll gain knowledge in accounting, law, finance and construction economics. You’ll also be introduced to the built environment and measuring systems.

MAJORS OR ENDORSEMENTS > Construction Management on page 40 > Quantity Surveying on page 41


(INCLUDES BLOCK MODE TEACHING) SOME COURSES AVAILABLE VIA DISTANCE LEARNING

(WITH COMPULSORY ON CAMPUS CONTACT WORKSHOPS) EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY


BACHELOR OF CONSTRUCTIONBConst

Accredited course

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STUDY A DEGREE

PATHWAYS TO POSTGRADUATE STUDYENROL IN...

Bachelor of Construction [3 years]

Postgraduate Diploma [1 year] With industry experience

Master’s degree [1 year]

Doctor of Philosophy [3]

CAREERSQuantity surveyors are typically involved in the feasibility, costing and financial control of projects. Construction managers are typically involved in managing the health and safety and resource optimisation of projects. Both disciplines are vital to the successful conclusion of exciting projects from new commercial buildings, bridges and motorways, housing estates, and development of waterfront sites. Graduates may be self-employed or act as consultants for clients or banks, or work for a contractor. Bachelor of Construction graduates will enjoy varying and challenging careers across a range of industries and sectors. > Professional quantity-surveying practices > Construction companies > Development consortia > Local authorities and regulatory authorities > Allied sectors such as insurance

�SIMONE SCHEEPERS BConst (Quantity Surveying) I decided to give quantity surveying a go, not knowing much about the degree other than its strong mathematical focus. I am currently in my final year of my Bachelor of Construction (Quantity Surveying) and I can gladly say I have found my calling. Studying at Massey has been amazing! At the end of my first year, I started a cadetship at Kalmar Construction, which I have continued into my third year of study. I’m doing the work of a Junior/Intermediate Quantity Surveyor. I learnt a lot from my practical work experience. It also helped me to excel in my studies as I gained over-lapping knowledge. Massey has helped prepare me for the industry, equipping me with the essential knowledge and skills to ensure I achieve my career goals. The most rewarding aspect of being a Site Quantity Surveyor is having a visual representation of my work. I absolutely love working on-site and seeing the work I have done all coming together in the form of a building. I would like to obtain work experience across the globe and bring back those new skills and experiences to New Zealand so I can help improve our construction industry, by introducing more advanced methods of construction and new building technology systems. A very exciting aspect of this career path is that no two projects are exactly the same, which makes it close to impossible to get bored with the industry. With technology evolving you will never stop learning. .

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(INCLUDES BLOCK MODE TEACHING) SOME COURSES AVAILABLE VIA DISTANCE LEARNING WITH

COMPULSORY ON CAMPUS CONTACT WORKSHOPS EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

CONSTRUCTION MANAGEMENTA major of the BConst


A GOOD FIT IF YOU > Are interested in a career offering great salaries, and rapid progression

to management > Are an organised person > Like meeting new people and work well in teams

MANAGE THE BUILDINGS OF THE FUTURE, AND MAKE YOUR MARK ON THIS GROWING INDUSTRYWith Massey’s Bachelor of Construction (Construction Management) you will be able to make your mark on this growing industry. Most of our domestic students have a cadet position before they have finished their degree.

SOUGHT-AFTER BY EMPLOYERSThere is great demand for people with a Bachelor of Construction. Most students are offered employment before they have even completed their qualification.

SKILLS EMPLOYERS SEEKYou will contribute to client needs assessment and offer advice on resolving buildability issues at the design stage. You’ll plan, schedule,

and organise for implementation of new construction projects and refurbishment or conversion of existing buildings. That includes making sure that things stay on track – financially, quality and time-wise and that you are meeting legal requirements.You can follow your passion and create your own niche – you may be interested in sustainable construction. You could be an advocate for obligations for social and environmental friendliness in buildings, including minimising the adverse impact of the development process on society and the environment.

CAREERSPotential careers include: > Construction project management > Construction and property development > Consultancy > Facilities management > Government > Insurance > Mining > Oil and gas > Banking

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STUDY A DEGREE


(INCLUDES BLOCK MODE TEACHING) SOME COURSES AVAILABLE VIA DISTANCE LEARNING

WITH COMPULSORY ON CAMPUS CONTACT WORKSHOPS EQUIVALENT TO 3 YEARS OF FULL-TIME STUDY

QUANTITY SURVEYINGA major of the BConst


A GOOD FIT IF YOU > Enjoy economics and mathematics > You enjoy working in teams, but you can work independently > Are interested in a career in the building industry > You would like rapid progression to management

MAKE SURE THE MONEY IS THERE TO BUILD THE BUILDINGSWork on projects from start to finish, particularly ensuring they are well managed financially. Most of our domestic students have a cadet position before they have finished their degree.

CAREERSWhen you graduate you could work in a number of areas, with a key role being working on the budgeting of construction projects. You’ll prepare tender and contract documentation and undertake project appraisals, produce contract documentation, offer procurement advice, and carry out tender planning and adjudication at the tendering stages.You liaise between the client and the construction company, draft and provide advice on contracts, manage subcontractors and a number of other roles. You may also undertake wider roles including arbitration, project management, expert witness, negotiations and dispute resolutions.

�BRAD COLEY BConst (Quantity Surveying) Graduated in 2016. Quantity Surveyor, Rider Levett Bucknall After eight years working as a qualified builder, at 26 I was keen to get off the tools and move into more of a management role. I applied for a few jobs and kept being told the same thing – that they would prefer I had completed a Bachelor of Construction, so that is what I did. Massey was one of two places that offered the course. It was closer to home, and a university rather than a tech so I figured the degree would be better recognised because of this. I got a scholarship in my second year, which was great; this enabled me to work for the best independent quantity surveying company in the world – Rider Levett Bucknall. This also allowed me to work in the industry while studying, which made my studies even more interesting as I could apply the theory I was learning in class at work. I have been in a quantity surveying position at Rider Levett Bucknall since I got the scholarship. This has meant I have gained experience on a variety of large construction projects in the commercial, residential, civil and public sectors. I want to continually develop professionally and am trying my best to climb the ladder to the top.

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POSTGRADUATE STUDY

As you near the end of your undergraduate degree you may start thinking about the next stage in your science education. You can gain deeper knowledge and more specialised skills with postgraduate studies. Massey’s Auckland campus has a large graduate programme with more than 100 students working on a diverse range of projects. Students work with our academics, many of whom are international leaders in their fields. Many of our researchers work together across the science disciplines, bringing together world-leading professors to see what breakthroughs can arise. You can join us.

�PETER SCHWERDTFEGER Distinguished Professor Quantum Chemistry and Physics. When Peter Schwerdtfeger won the Royal Society of New Zealand’s most prestigious science award, the Rutherford Medal, he was described by the judges as one of our most brilliant and internationally sought-after scientists. Originally from Germany, Peter’s research has provided a deep insight into how atoms and molecules interact at the quantum level. He works on fundamental aspects of chemical and physical phenomena in atoms, molecules and condensed matter. His approach to science is truly inter-disciplinary, ranging from chemistry to physics, computer science and mathematics. In 2013, he and a team of researchers solved the long-standing problem of why mercury is the only metallic element that is liquid at room temperature. He has received many national and international awards and offers of work and chooses Auckland. He says: “We’ve got top people who regularly publish in top international journals. I think we are quite unique in this country.”

�GAVEN MARTIN Distinguished Professor Gaven Martin was New Zealand’s youngest-ever professor at the age of 32, and is now one of the world’s top mathematicians. He’s earned international accolades, medals, been made a member of prestigious international societies, and has made breakthroughs that put him up there with the world’s best mathematicians today. His CV includes appointments at some of the top universities in the world– Yale, Berkeley, Michigan and ANU, with awards and fellowships from all around the world – the USA, Italy, France, Germany, Scandinavia and the Middle East. Today, his research interests include non-linear analysis, elliptic partial differential equations and geometric function theory, particularly as it interacts with conformal geometry, quasiconformal mappings and their generalisations. He also works in low dimensional topology and geometry and a bit of geometric group theory. He is not just a New Zealand mathematical treasure, but a global one.

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GENERAL INFORMATION

T E A R A W H A K A M U A K I M A S S E Y

YOUR ROAD TO SUCCESS AT MASSEY

JUST FOLLOW THESE STEPS1. WHAT ARE YOU INTERESTED IN?You can find more detailed information about our core degrees by visiting massey.ac.nz/courses and complete this process online.

2. NEED MORE INFORMATION?Once you know what you want to study, use the resources listed on page 44 to find or request more information.

3. WHERE CAN I STUDY?You can study at one of our campuses in Auckland, Manawatū or Wellington, and/or via distance learning. It really is up to you. To view our campus videos, visit our campus web pages at massey.ac.nz/campuses

4. CHECK OUT ENROLMENT DATES AND SELECTION CRITERIAYou can apply for 2019 and 2020 now. You’ll need to be aware some degrees have special selection criteria and early application dates.

5. NEED ACCOMMODATION?Applications open on 1 August and you need to apply before 1 October to be in the first round of offers. Make sure you apply online at: massey.ac.nz/accommodation.

6. CHECK OUT OUR SCHOLARSHIPSThere are more than 350 individual scholarships to choose from every year.Many close on 30 August. Check out massey.ac.nz/scholarships

7. ENROLOnce you know what, how and where you want to study, it’s time to enrol for your future! You can enrol online at massey.ac.nz/enrolPlease note there are several degrees that require you to go through a selection process before you can enrol. These include: Diplomas in Fashion Design and Technology, Photography, and Bachelor degrees in Aviation, Design, Fine Arts, Māori Visual Arts, Nursing, Social Work, Speech and Language Therapy, and Graduate Diplomas in Design, Fine Arts, and Teaching.There are several easy options to contact us if you need help. You can visit us on-campus in Auckland, Manawatū or Wellington, or see:Call: 0800 MASSEYEmail: [email protected]: 5222Web: massey.ac.nz

K E Y D AT E S 2019 7 August Manawatū Open Day 23 August Wellington Open Day 24 August Auckland Open Day 1 October All accommodation applications due 18 November Summer School starts

2020 10-15 February Summer School exams 24 February Semester One and Double Semester starts 29 May Semester One lectures end 8-20 June Semester One exams 21 June Semester One ends 13 July Semester Two begins 27 Oct– 11 Nov Semester Two and Double Semester exams 11 November End of Semester Two and Double Semester 16 November Summer School starts

Some of the dates for 2020 may be subject to change. Check massey.ac.nz/dates closer to the time for up-to-date information.

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GENERAL INFORMATION

MASSEY.AC.NZOur website is full of useful information covering everything you need to know – from what each campus has to offer, their departments and qualifications, scholarships, events, accommodation and plenty more.And don’t forget to bookmark the Massey site – it’s constantly being updated with the latest information.

CALL OUR CONTACT CENTREIf you’d rather speak to a real person feel free to give our friendly contact centre staff a call on 0800 MASSEY.Or, if you’d like to actually see a real person, drop in to our campuses in Auckland, Palmerston North or Wellington.

STUDENT ADVISERSWe have heaps of people available to answer any questions you may have about studying with us. We understand it’s a big decision. To speak to someone, or to get someone to visit your school or workplace:Phone: 0800 MASSEY Text: 5222 Email: [email protected] international, Māori and Pasifika student advisers are also available.

‘YOUR GUIDE TO’ BOOKSWe produce a range of ‘Your Guide To’ books grouped around particular interest areas. They provide details of entry requirements, majors, course structures and career outcomes covering all our qualifications.To obtain copies of ‘Your Guide to’ books: Download them at massey.ac.nz/yourguidetoPhone: 0800 MASSEY Text: 5222 Email: [email protected]

EVENTSAnother great way to see for yourself what life and study is like at Massey is at one of our Open Days. You’ll learn about Massey’s qualifications, career opportunities, accommodation options, campus facilities, and get to talk to lecturers and current students.Manawatū Open Day: 7 AugustWellington Open Day: 23 AugustAuckland Open Day: 24 August

We also have stands at various career and tertiary education expos held all over New Zealand (and beyond). If you want to know where you’ll see us next, call 0800 MASSEY, text 5222, email [email protected] or visit massey.ac.nz/events

FACEBOOK.COM/MASSEYUNIVERSITYWe have our own Facebook page which you can join to keep up to date with what is happening at Massey before you come to study with us.

TWITTERYou can also follow us on Twitter @MasseyUni

INSTAGRAMAnd follow us on Instagram@MasseyUni

YOUTUBEThere are heaps of videos to check out on our channel. Go to youtube.com/masseyuniversity

INTERNATIONAL STUDENTSWe welcome more than 5,000 International Students from 100 countries each year. The International Recruitment team is the first point of contact for prospective students. If you are considering studying at Massey we welcome your enquiry and look forward to helping you join us.

FOR MORE INFORMATIONPhone: +64 6 350 5701 Email: [email protected] Web: massey.ac.nz/international

CONTACT MASSEY FOR MORE INFORMATION

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CONTACT MASSEY FOR MORE INFORMATION

http://study.massey.ac.nz

http://campuses.massey.ac.nz

http://accommodation.massey.ac.nz

http://awards.massey.ac.nz

http://enrol.massey.ac.nz


http://massey.ac.nz

http://massey.ac.nz

YOURNEXT STEP

VISIT US ON CAMPUS

0800 MASSEY (627 739)

MASSEY.AC.NZ

FACEBOOK.COM/MASSEYUNIVERSITY

@MASSEYUNI

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24 AUGUSTAUCKLAND OPEN DAY

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