university of southern queensland problem solving and analysis - technical portfolio (individual...
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University of Southern Queensland
Faculty of Health, Engineering & Sciences
Course Number: ENG2102 Course Name: Engineering Problem Solving & Analysis
Assessment No: 2 Internal
External
This Assessment carries 200 of the 1000 marks total for
this Course.
Examiner: Dr Steven Goh Moderator: Dr Lyn Brodie
Assignment: Individual Technical Portfolio (Individual Assessment)
Date Given:
Date Due:
July 2013
2nd Sept 2013
Penalty for Late Submission:
Loss of all marks for
the assessment (See
note 3. of assessment
information in course
specification).
Assignments are to be submitted electronically, using the link provided on StudyDesk.
Marked assignments will be returned via the StudyDesk grades and feedback system.
Please use *.doc, *.rtf, *.pdf format only to submit your assignment.
Please use the naming convention:
REPORT-Y-TEAM-XX.pdf OR PORTFOLIO-Z-TEAM-XX-LastName.pdf
where:
Y is the Report number; XX is your Team/Workgroup number;
Z is the Portfolio number; and LastName is your last (family) name.
By submitting this assignment, you agree to the following Student Declaration:
I hereby certify that no part of this assignment has been copied from any other student’s work or from any other source
except where due acknowledgement is made in the assignment. No part of this assignment has been written for me by
any other person except where such collaboration has been authorised by the Examiner concerned.
Any non USQ copyright material used herein is reproduced under the provision of Section 200(1)(b) of the copyright Amendment Act 1980
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 2
Published by
ENG2102 - Engineering Problem Solving and Analysis
University of Southern Queensland
Toowoomba Queensland 4350
www.usq.edu.au
© University of Southern Queensland 2013
Copyrighted material reproduced herein is used under the provision of the Copyright Act
1968 as amended, or as a result of application to the copyright owner.
No part of this publication may be reproduced, stored in a retrieval system or transmitted in
any form or by any means electronic, mechanical, photocopying, recording or otherwise
without prior permission.
Produced using Microsoft Word
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 3
Contents
i Submission Notes - USQ Policy .................................................................... 4
ii Submission Notes - ENG2102 Checklist ........................................................... 5
iii Assessment Overview and Marking Criteria .................................................... 6
iv Individual Technical Portfolio Components ...................................................... 7
Part 1 - To Be Conducted on ALL SITES ................................................................. 7
Part 1A - Statistical Analysis of ALL Sites................................................................. 7
Part 1B – Site Suitability determination using Surveying and GIS techniques .......................... 8
Part 2 - To Be Conducted on 1 INDIVIDUAL SITE ...................................................... 9
Part 2A - Identification of Electrical Engineering Factors for 1 Individual Site .......................... 9
Part 2B - Identification of Civil & Structural Engineering Factors for 1 Individual Site .................. 9
Part 2C - Identification of Mechanical Engineering Factors for 1 Individual Site ...................... 10
v Individual Technical Portfolio Resources ........................................................ 11
vi Reference List ..................................................................................... 12
List of Tables
Table 1: Portfolio Task Marking Criteria ................................................................................................. 6
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 4
i Submission Notes - USQ Policy All assignments for this course are to be submitted electronically via StudyDesk:
http://www.usq.edu.au/currentstudents/studydesk
Late assignments are not normally accepted. If you wish to apply for consideration for late submission, it must be done at least one week prior to the due date in writing or via email. Include documentary evidence of illness (a medical certificate) or additional work commitments (a written confirmation of changed work circumstances from your supervisor). For extension applications for other reasons, please contact the examiner at least 2 weeks in advance of the due date.
All submissions must be processed by the turnitin.com plagiarism service and a report submitted with your assessment piece.
Students are reminded of the penalties applying to plagiarism. Copying all or part of an assessment from another student, or from the web, is unacceptable. Plagiarism may result in loss of marks, or other penalties as determined by the Academic Misconduct Policy:
http://policy.usq.edu.au/portal/custom/detail/student-academic-misconduct/Student Academic Misconduct.pdf
Further helpful hints on how to correctly reference (and how to avoid plagiarism) may be found at:
http://www.usq.edu.au/plagiarism/
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 5
ii Submission Notes - ENG2102 Checklist When writing your portfolio, you should refer to the Reflective Writing Guide (on StudyDesk), as well as the Assessment Criteria listed for this assignment (on StudyDesk).
There is no specific word limit, however there is a need to be clear and concise (for some tasks, dot points, where appropriate, are sufficient).
There is no specified format for the portfolio submission but you should embed the task headings as provided for your own submission. Also ensure you include a signed Individual Technical Portfolio Coversheet (on StudyDesk), which must be embedded as the first page of your submission and not as a separate attachment.
Where you have utilised a source for information or been asked to research a topic remember that you must use Harvard AGPS Referencing, including in-text citations in the text body and a reference list at the end. Lack of referencing is equivalent to plagiarism, as you are effectively stealing another person's idea(s). Even if you believe that the idea is originally yours, you must check that it has not been previously published.
Submission Checklist
When submitting ensure that:
1. the appropriate cover sheet is the first page of your submission;
2. the instructions provided in the ‘drop-box’ on StudyDesk are strictly followed;
3. only one (1) file for the Individual Technical Portfolio is submitted to the ITP Assignment Dropbox with a password to prevent plagiarism by 2 September 2013;
4. After submitting your ITP in the ‘dropbox’, continue to self-assess your own ITP and then peer-assess your team members’ ITP using the assessment rubric provided within the same dropbox environment on Studydesk; You have until 13 September 2013 to complete this task.
5. the file naming indicates the nature of the file and contains your name as outlined on the front page of this assessment; and
6. the Individual Technical Portfolio file format and extension is - *.doc, *.docx, *.rtf, or *.pdf (no other formats will be accepted), the self/peer assessment is completed in a file format and extension of *.doc, *.docx, *.rtf and the collated results table as a.xls or .xlsx
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 6
iii Assessment Overview and Marking Criteria
This is an Individual Assessment that is Self Assessed and Peer Assessed
This assessment is allocated 20% of the total marks for this course. This represents approximately
30-36 hours of individual student effort and the standard of the submission should reflect this.
Tasks should be completed with reference to the Technical Writing Guide and the Assessment
Criteria, both available on StudyDesk.
The Individual Technical Portfolio needs to be uploaded to the StudyDesk prior to the submission
date - 2 September. As this Portfolio will be self assessed by yourself and peer assessed by fellow
team members, each team member will complete a separate peer-assessment for each member
on your team including one for yourself (self-assessment).
The assessment tool in Studydesk will automatically calculate a grade for your ITP. Each team
member of your team will receive a result based on self-assessment and peer-assessment collated
from each of your peers, although their name will be removed to maintain confidentiality. There is
a detailed guide on the marking schema for submission that compliments the advice in this
paragraph on the submission process and a note below the Individual Technical Portfolio
Components.
The purpose of the Individual Technical Portfolio is to ensure that each student has considered
aspects of the course and is able to contribute towards the Team Report in a meaningful way.
Therefore, all aspects of the Portfolio relate to the final completion of the Team Report and the
marking allocation is detailed in Table 1.
Table 1: Portfolio Task Marking Criteria and Weightings
Tasks for submission:
(use these headings in your portfolio document)
Suggested Completion Date
Weighting
Part 1A Statistical Analysis of ALL Sites Week 4
15%
(30 marks)
Part 1B Site Suitability determination using Surveying & GIS techniques Week 6
35%
(70 marks)
Part 2A Identification of Electrical Engineering Factors for Individual Site Week 7
15%
(30 marks)
Part 2B Identification of Civil & Structural Engineering Factors for Individual Site Week 7
15%
(30 marks)
Part 2C Identification of Mechanical Engineering Factors for Individual Site Week 7
15%
(30 marks)
Attention to grammar; correct spelling and appropriate referencing; in-text and reference list. Week 8
5%
(10 marks)
Perform Self & Peer Assessment
Week 9 Must be
completed to receive a grade
Portfolio, Self & Peer Assessment submitted to Assessment area of the StudyDesk
2 Sept 2013
13 Sept 2013
100% (200 marks)
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 7
iv Individual Technical Portfolio Components
Table 2: Potential sites for 1-m telescope installation
Site Longitude Latitude Altitude
° ' ° ' m
1 Coonabarabran* 149 17 31 16 1067
2 Island Bend* 148 30 36 18 1805
3 Giles** 128 18 25 02 600
4 Mt Kent*** 151 51 27 48 683
5 Alectown* 148 15 32 56 729
6 Alice Springs** 133 53 23 42 545
7 Angepena Homestead* 138 51 30 34 933
8 Mount Grey* 118 05 31 02 529
For the Statistics (1A) and Surveying & GIS (1B) sections of the ITP each team member will need to
analyse ALL sites. For all other sections (i.e. 2A, 2B and 2C) of the ITP each team member will only
need to look at one site each. Some teams will have less than 8 members – if, for example, your
team has 7 members you should select only the first 7 sites listed above and then allocate one of
these 7 sites to each team member for individual analysis in the other technical areas required for
the ITP. Similarly, if your team has 6 members you should consider only the first 6 sites.
Part 1 - To Be Conducted on ALL SITES Part 1A - Statistical Analysis of ALL Sites
In the table below are the 8 potential telescope sites and their rankings for three important
environmental variables: rainfall, light pollution and dust pollution. Rankings have been determined
based on yearly data. A rank of 1 represents the ‘best’ site and an 8 the ‘worst’. Therefore, a rank of
1 indicates that the site has the least rainfall, light pollution or dust pollution and would be the best
option for telescope viewing.
Coonab-
arabran
Island
Bend
Giles Mount
Kent
Alectown Alice
Springs
Angepena
Homestead
Mount
Grey
Rain 7 6 1 8 5 4 3 2
Light 5 3 4 8 7 6 2 1
Dust 5 4 1 2 3 6 8 7
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 8
Task 1A(i)
Each student should:
Choose and produce in Excel an appropriate graphical summary of the rankings of all sites
for the variable information provided in the table above. You will need to enter this data into
Excel yourself.
Based on your graphical summary, identify the three best sites and provide written
justification for your choices. As part of your decision making process you should prioritise a
good ranking for rain above the other two variables.
Task 1A(ii)
The data file ‘ENG2102 telescope sites cloud cover.xls’ is available for download from the StudyDesk.
The sheet ‘ITP’ provides the measure of cloud cover for each site for 52 weeks starting March 1st
2012. Cloud cover is measured in oktas on a scale from 0 to 8. A cloud cover of less than 5 oktas is
considered a ‘usable day’ for telescope viewing.
Each student should:
Calculate the number of usable days based on cloud cover for each site. This should not be a
laborious task if you correctly use the function, formula and copy/paste techniques
described in the Introduction to Microsoft Excel notes, the worked examples provided in the
module notes and tutorial exercises and the videos provided.
Use a Chi-square Goodness of Fit test to determine if there are any significant differences
between the observed and expected number of usable days. This analysis should be
correctly presented within a hypothesis testing framework. Written interpretation of your
results should also be provided.
Using a statistically appropriate method, rank the sites for cloud cover based on your
analysis of usable days. A rank of 1 should represent the best site. No sites should share
rankings.
Task 1A(iii)
Include your cloud cover rankings into the graphical summary you produced for rain, light
and dust in Task A.
Does the inclusion of your cloud cover rankings alter your initial interpretation of the data
provided and your choice of the best three sites? As part of your decision making process
you should prioritise a good ranking for cloud cover above the other three variables.
Clearly state and justify your final choice on the 3 best sites for construction of a telescope
based on your statistical analysis of these variables.
Part 1B – Site suitability Analysis using Surveying & GIS Techniques
In part 1B of your ITP, you need to start to identify the factors for ALL sites that are detrimental to
selecting suitable sites for the ground-based optical telescope installation. Justification using
appropriately researched literature (with correct Harvard AGPS style in-text and reference list
citations) is required to show how and why each of the factors identified are influential in the site
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 9
selection process. The factors identified in this part should at least address visibility, access to
infrastructure, environmental, geographical, engineering/construction and socio-economic issues.
You are also required to discuss the site suitability analysis procedure (manual or GIS-based) that
you are planning to use to determine suitable sites. Your discussion should be literature-based and it
should provide a clear picture on how you are going to combine all the detrimental factors,
identified above, to identify and rank suitable sites
Part 2 - To Be Conducted on 1 INDIVIDUAL SITE
Part 2A - Identification of Electrical Engineering Factors for 1 Individual
Site
Part 2A of your ITP consists of identifying factors that affect the Electrical Engineering
aspects of your allocated site. These will include, but will not be limited to, such factors as
the viability of an electrical grid connection and also a high speed internet connection (for
unmanned operation of the telescope).
In conjunction with the above factors, it is vital that the Project make use of renewable
energies. Justify with reference to appropriately researched literature (with correct Harvard
AGPS style in-text and reference list citations) the identification of possible renewable energies
that can be utilised at your allocated site.
Part 2B - Identification of Civil & Structural Engineering Factors for 1
Individual Site
Identification of factors associated with Civil and Structural Engineering is looked at in Part
2B of your ITP. In particular, you need to identify the suitability of your allocated site for
different important structures and facilities including (but not limited to), the dome
structure and access roads. The type and shape of dome structure that houses the telescope and
the choice of dome structure should be justified. For road access, aspects needed to be
investigated will be the location and extent of the road to allow access to vehicles for transport
of materials and equipment, emergency vehicle access, and also for maintenance purposes. Even
though the telescopes will be, for all intensive purposes, un-manned, the equipment will still need to
be maintained.
Structural effecting factors that will influence the suitability of your allocated site will be factors that
affect the loadings and actions of the dome structure that houses the telescope. Extreme weather
conditions such as high wind loading and excessive rain risk damaging the dome structure. Thus, you
need to identify the locations and topography of your allocated site to establish the design criteria
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 10
for wind loading and actions. The locations and topography of your allocated site will also give rise to
factors that will be involved in determining the type and shape of the dome structure that houses
the telescope. All investigations and identifications must be justified with appropriately researched
literature that has been cited correctly in-text and in the reference list.
Part 2C - Identification of Mechanical Engineering Factors for 1 Individual
Site
Part 2C includes the identification of the engineering principles including relevant influencing
factors, parameters and constraints for the mechanical engineering problems that may be
associated with this Project at your allocated site. These factors will be associated with the various
pumps (and motors) for facilities (water and air conditioning/heating) needed. Other aspects that
will need to be identified are with respect to the telescope itself. These will include the identification
of factors that will influence the choice of the telescope mount design, as well as its mount drives,
and its accessories (e.g. dew remover for the telescope’s mirror and lenses).
All justifications, identifications and investigations should be backed up with highly relevant
literature that has been cited correctly both in-text and in the reference list.
Notes
Five percent (10 marks) is allocated towards grammar, correct spelling and appropriate referencing
(both in-text and a reference list). A failure to self and peer assess on StudyDesk will result in 0 being
awarded for your Individual Technical Portfolio.
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 11
v Individual Technical Portfolio Resources
These resources are a guide only and you should search out other resources as required.
The USQ Library Harvard Referencing tutorial on StudyDesk;
The Library resources on referencing:
http://www.usq.edu.au/library/help/referencing
http://www.usq.edu.au/library/help/referencing/harvard
Engineers Australia (2011):
http://www.engineersaustralia.org.au/
Engineers New Zealand (2011):
http://www.ipenz.org.nz/ipenz/
Surveyors Board of Queensland (2011):
http://www.surveyorsboard.com.au/
General Attributes (Cummings 1998; King 2008):
http://lsn.curtin.edu.au/tlf/tlf1998/cummings.html
http://www.engineersaustralia.org.au/sites/default/files/shado/ACED/Engineers%20for%20th
e%20Future.pdf
Engineering Problem Solving and Analysis - Technical Portfolio (Individual Assessment) Page 12
vi Reference List
Cummings, R 1998, 'How should we assess and report student generic attributes?', in Black, B &
Stanley, N (eds), Teaching and Learning in Changing Times, 85-90. Proceedings of the 7th Annual
Teaching Learning Forum, The University of Western Australia, Perth, viewed 21 March 2012,
<http://lsn.curtin.edu.au/tlf/tlf1998/cummings.html>.
Engineers Australia 2012, Engineers Australia, viewed 21 May 2012,
<http://www.engineersaustralia.org.au/>.
Engineers New Zealand 2012, Institute of Professional Engineers New Zealand, viewed 21 May 2012,
<http://www.ipenz.org.nz/ipenz/>.
King, R 2008, 'Engineers for the Future', Australian Council of Engineering Deans, viewed 23 May
2012,
<http://www.engineersaustralia.org.au/sites/default/files/shado/ACED/Engineers%20for%20the%2
0Future.pdf>.
Surveyors Board of Queensland 2012: Surveyors Board of Queensland, viewed 21 May 2012,
<http://www.surveyorsboard.com.au/>.
End of Assessment 2