GRADUATE PROGRAMS COLLEGE OF ENGINEERING

Engineer yournext move

Degree programsPhD in Engineering ManagementMaster of Science in EngineeringManagement (MSEM)Master of Science in ElectricalEngineering (MSEE)

Mechatronics ConcentrationMaster of Science in MechanicalEngineering (MSME)

Mechatronics ConcentrationMSEM/MBA Combined Degree programJD/MSEM Combined Degree program

Certificate programsGreen Belt CertificateRisk Analysis CertificateEngineering Supply Chain Certificate

Western New England University is regionally accredited by the NewEngland Association of Schools and Colleges (NEASC).

In a rapidly changing global environment, an advanced degree is no longer anoption—it’s essential to propelling your career to the next level—and beyond.Graduate study with the College of Engineering at Western New EnglandUniversity will provide you with the academic credentials that can prepare youfor unlimited career opportunities.

Shine BrighterGraduate Study at Western New England University

Graduate Study at Western New England UniversityA Degree of DistinctionWhether you’re a working professional looking to bolster your credentials or an internationalstudent looking to apply your skills back home, an engineering degree from Western NewEngland University is the perfect educational foundation. Our small class sizes provide plentyof individual attention from our outstanding, nationally recognized faculty. You’ll be workingone-on-one with full-time faculty members in our modern labs on cutting edge research insuch areas as renewable energy, acoustics, controls, mechatronics, and fuzzy logic.

Dr. Hossein Cheraghi DeanCollege of Engineering

“Engineering offers many career trajectories fromadvancement into leadership roles within one’s discipline to top executive positions, entrepreneur-ial opportunities, or academia. Western NewEngland University’s own rise to prominence ingraduate engineering education provides you withmany educational pathways to reach youradvancement goals.”

Alumni NetworkWestern New England University has more than43,700 alumni worldwide. Within our programs, wefoster a sense of community that builds networks andfriendships that extend far beyond graduation. In thiscollaborative environment, you’ll interact with out-standing professionals from the region’s major employ-ers and gain insight into industries outside your per-sonal experience. As a graduate, you’ll be in the com-pany of alumni who hold leadership positions in manyof the region’s banking, aerospace, manufacturing,healthcare, government agencies, and start-up compa-nies. Beyond New England, you will find our graduatesin research and leadership positions in virtually everymajor industry. With an advanced degree fromWestern New England University you will have theskills and the knowledge to re-engineer your career toadvance to the next level.

Our graduates are employed at suchorganizations as:

BAE SystemsUnileverPratt & WhitneySmith & WessonUTC Aerospace SystemsExcel DryerCovidienSolutiaConsolidated EdisonU.S. Air ForceGeneral DynamicsFloDesign Inc.Dow ChemicalHome DepotFedExElectric BoatNewell Rubbermaid/Lenox

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Course Delivery Format: Online andIn-classOur course delivery model offers what we believe tobe the ultimate in flexibility by providing the opportu-nity to blend online and classroom instruction.

The Master of Science in EngineeringManagement and the Master of Science inElectrical Engineering programs can be com-pleted 100% online. However, if you prefer a tradi-tional classroom setting, you will have the option toattend in-class sessions offered during the evening.Courses typically meet one or two nights per week.

With our lecture capture software, you will be ableto watch the lecture online at the time of yourchoosing. You can refer back to the lecture as need-ed and download the audio and video onto suchmobile platforms as cell phones and PDAs. Our modelis designed to enhance the learning process andfacilitate your interaction with instructors and class-mates.

Through our course delivery software you will beable to post questions and assignments, review com-plex mathematical equations that were discussed inclass, work on team projects, maintain a record ofyour correspondence with instructors and class-mates, and more.

The Master of Science in Mechanical Engineeringprogram follows a slightly different course deliverymodel. Core courses can be completed 100% online,while the Mechanical Engineering courses are typically offered on campus during the evening.

Kodiak: Our User-friendly VirtualClassroomDesire2Learn is a state-of-the art LearningManagement System used by major Universities andColleges around the world. We named the systemKODIAK in honor of the Western New EnglandUniversity mascot, the Golden Bear. Visit our KodiakTutorial website to view step-by-step videos of theeasy-to-use tools available in the Kodiak virtual class.

Get There Faster—Four 11-weekTerms Per YearGraduate programs at the College of Engineering donot follow the traditional academic schedule towhich you may be accustomed. We’ve acceleratedthe graduate schedule to help you complete yourdegree faster. With four 11-week terms, you canearn your master’s in one year. Candidates pursuingtheir studies part-time can comfortably earn a degreein fewer than two years.

The Career Development Center—Working for You Career Counseling• Individual and group career planning• Assistance with career objectives,

résumés, cover letters, job search strategies, and interviewing

Career Development Center Online• Register with the Career Center Online

and create a profile.• Post résumés and cover letters.• Search database for internships and jobs.

Graduate Engineering ProgramsFull- or Part-time–You’ve Got OptionsAs a graduate candidate you have a variety of options to earn your degree. You cantruly learn at the speed of life with the choice and flexibility afforded by our programs.Whether you study full- or part-time, online, or in the classroom, we offer a format thatwill help you achieve your goals.

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Earn your master’s degree in as little as one year.

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Dr. Jose RiofrioAssistant Professor of MechanicalEngineering

Known for his boundless energy and pas-sion for teaching, Dr. Jose Riofrio is anexpert in the fields of robotics, mechatron-ics, and controls. He teaches AdvancedMechatronics: Modeling and Control ofMechanical Systems, a course offered toall Mechanical Engineering and ElectricalEngineering graduate students.

“Most of our graduate students are full-time working engineers, which really ele-vates the level of discussion inside theclassroom,” says Dr. Riofrio. “It’s veryexciting when students share insight onhow the classroom topics actually applyto their jobs. I feel like I learn from themas much as they (hopefully) learn from me.I enjoy teaching grad courses becausethey can be more applied than undergradcourses, and because our graduate stu-dents are disciplined and self-motivated.They pretty much have to be, consideringthe fact that they work full-time during theday and then take courses at night.”

He appreciates teaching graduate-levelmechatronics because his students under-stand the significance of electro-mechani-cal integration in the industry. “My cours-es are very hands-on, where almost everyconcept taught gets applied with experi-mental equipment,” he says. “The recentrenovation in Sleith Hall has allowed formuch richer hands-on experiences. Thereis more room for larger experimental plat-forms and individual projects. In addition,we have a handful of new state-of-the-artcomputer labs, which are essential formaintaining the most up-to-date engineer-ing software.”

“I not only get to work with communica-tions and controls, but every aspect of thespacecraft— the mechanical side, electri-cal side, structure— everything.Professionally, I bring all of that experi-ence and knowledge to the classroomthrough the materials I teach and also inthe form of getting students excited aboutengineering, aerospace, and science.”

With the MSEM program you will: • Gain the expertise to help your organiza-

tion make the most effective use of itsresources.

• Learn to increase productivity, encour-age flexibility, and focus on customersatisfaction.

• Be prepared to apply engineering skillsto design effective systems and deviseprocedures to successfully operatethese systems.

The Master of Science in Engineering Management(MSEM) program will give you the skills to take yourcareer to the next level. Our interdisciplinary programintegrates engineering and business courses, includ-ing core courses in engineering administration, qualityassurance, and the economic impact of engineeringdecisions. You can select a maximum of three gradu-ate courses from the MBA program.

This program prepares you to help your organizationmake the most effective use of its resources: people,equipment, capital, materials, information, and energy.You will learn proven strategies to increase productivi-ty, encourage flexibility, and focus on customer satis-faction. And you will learn to apply engineering skillsto design effective systems and devise procedures tosuccessfully operate these systems.

CurriculuumProgram Structure

The MSEM degree is earned after 30 credit hours ofstudy comprised of core and elective courses.Core Course Requirements

Credits

EMGT 607 Quality Engineering 3

EMGT 615 Statistical Quality Control 3

EMGT 619 Engineering Supply Chain 3 Management

EMGT 648 Project Management 3

—or—

EMGT 605 Engineering Management

Total (four courses) 12

Courses

Credits

Engineering Management Electives 9 min.(three courses)

Engineering or Business Electives 9 max.(three courses)

Total (6 courses) 18

Sample List of MSEM CoursesEMGT 609 Engineering Cost Analysis

EMGT 620 Multi-Criteria Decision Analysis

EMGT 622 Lean Production Systems

EMGT 629 Advanced Manufacturing EngineeringSystems

EMGT 643 Design of Experiments

EMGT 644 Quality Systems and ProcessImprovement

MS in Engineering Management Take the LeadAre you ready to take the lead in your organization as a manager? Do you have theskills to make a successful transition? Nearly half of the engineers working in industryserve in management capacities, yet many feel they lack the problem-solving skillsthey need to be truly effective leaders. You can choose a different path.

For a complete list of course descriptions, visit:

wne.edu/catalogue

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Complete your degree

100% online.

Guillermo Rodriguez G’11Field Service EngineerSantander Teleport S.L. Santander, Spain

Guillermo Rodriguez left Spain in searchof an academic challenge and a lifechanging experience. He found both inthe MSEM program at Western NewEngland University.

Wanting to earn his graduate degree andimprove his English, Guillermo discov-ered Western New England online whenhe was searching for programs that couldbe completed at an accelerated pace. Theprogram stands out thanks to its qualityand flexibility.

“My degree enhanced my career becauseof both the knowledge I acquired in theMSEM program and the improvement ofmy English language skills,” explainedGuillermo. “This program will make memore successful as a professional.”

Guillermo took back fond memories of histime at Western New England. “I feel likeI am part of the community of WesternNew England. Also, I have met people ofdifferent backgrounds, so I enjoyed myexperience in a new and different country.”

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With the MSEE program you will:• Develop advanced mathematical, elec-

trical, and computer engineering analyt-ical skills to study and solve real-worldengineering problems.

• Research and design complex systemsrequiring integration of several topicalspecialty areas.

• Develop skills to work successfully on ateam.

• Be prepared to assume leadership rolesin your chosen field.

In addition to your electrical engineering courses, youwill complete three EMGT core courses. These corecourses are designed to enhance your effectivenessto adapt as you transition from project to project. Ourunique approach will help you develop practical skillsessential for advancing your career.

The MSEE program offers numerous 600-level cours-es in electrical and computer engineering to furtherdevelop your professional skill set. Course offeringswill vary each term. By working with your advisor,you will be able to tailor the curriculum to meet yourcareer goals.

Sample List of EE and CPE CoursesEE 611 Digital Communications Systems

EE 614 Advanced Electromagnetics

EE 650 Advanced Digital Signal Processing

EE 670 Optimal Control Systems

CPE 625 Advanced Software Engineering

CPE 635 Advanced Requirements Analysis

CPE 640 Systems Modeling and Analysis

For a complete list of course

descriptions, visit:

wne.edu/catalogue

CurriculumProgram StructureThe MSEE degree is earned after 30 credit hours of studycomprised of core and elective courses.

Core Course Requirements CreditsEE 601 Advanced Electrical 3 Engineering AnalysisEMGT 643 Design of Experiments 3EMGT 648 Project Management 3—or—EMGT 605 Engineering ManagementEMGT 650 Systems Integration 3Total (four courses) 12

Non-Thesis Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12600 level EE or CPE course 12 min.500 level EE or CPE course 6 max.Total 18

Thesis Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12600 level EE or CPE course 9 min.500 level EE or CPE course 3 max.Thesis 6Total 18

Project Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12600 level EE or CPE course 12 min.500 level EE or CPE course 3 max.EE 685 Electrical Engineering Project 3Total 18

MS in Electrical Engineering A Powerful Advancement ToolThe Master of Science in Electrical Engineering program provides an engineering science intensive approach to increase your understanding and problem-solving abilities to take your career to the next level.

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Jared Greenberg ’06/G’09Director of EngineeringMillitech

“The caliber of the Engineering facul-ty at Western New England isexcellent,” says Jared Greenbergwho completed both his bachelor’sand master’s degrees in ElectricalEngineering at Western NewEngland.”As an undergraduate, I feltthat they were focused on teachingand took a personal interest in thesuccess of their students. ManyWestern New England Universityengineering faculty have, in additionto academia, industry experience.That, combined with their passionfor their respective areas of interest,made Western New England a greatchoice for a graduate degree.

Jared has risen through the ranks atMillitech from electrical engineerto RF project engineer and his cur-rent position as director of engi-neering. As a working professional,he appreciated the flexibility theprogram provides.

“The program allowed a lot of flexi-bility in choosing my courses,including independent studies andtaking certain courses at theUniversity of Massachusetts. Thisallowed me to pursue my interestswithin Electrical Engineering aswell as focus on areas directlyapplicable to my job at Millitech.”

Completing his MS prepared Jaredto take on greater responsibilitiesand prepare for managementopportunities.

“On the technical side, havingadvanced knowledge of the areaswithin which Millitech workshelps me function as a leader,mentor junior engineers, andreview new designs,” he said. Theprogram allowed me to take cours-es from the EngineeringManagement department as elec-tives, which helped prepare me forthe non-technical aspects ofgreater responsibility.”

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With the MSME program you will: • Combine mechanical and electrical

engineering in the design, development,and control of diverse systems used inmanufacturing, medicine, and the aero-space industries.

• Develop skills required for leadershiproles in engineering and conductingresearch for the benefit of society.

• Expand your technical knowledge,improve your engineering design capa-bilities, and enhance your advancementopportunities.

The MSME program focuses on providing trainingand experience in performing independent researchon topics with theoretical as well as applied interestand managing projects.

As is the case with the MSEE program, you will com-plete three EMGT core courses. These core coursesare designed to enhance your effectiveness to adaptas you transition from project to project. Our uniqueapproach will help you develop practical skills essen-tial for advancing your career. The MSME programoffers numerous 600-level courses to further developyour professional skill set. Course offerings will varyeach term. By working with your advisor, you will beable to tailor the curriculum to meet your career goals.

Sample List of ME CoursesME 610 Measurement Systems

ME 619 Experimental and Analytical Stress Analyses

ME 620 Applied Mechanical Design

ME 626 Applications of Advanced Fluid Mechanics

ME 630 Fundamentals of Flight

ME 635 Design of Alternative Energy Systems

ME 651 Applied Computational Fluid Dynamics

ME 654 Computer Control of Manufacturing

CurriculumProgram StructureThe MSME degree is earned after 30 credit hours of studycomprised of core and elective courses.

Core Course Requirements CreditsEMGT 643 Design of Experiments 3EMGT 648 Project Management 3

—or—EMGT 605 Engineering Management

EMGT 650 Systems Integration 3

ME 6XX Mechanical Engineering 3

Total (four courses) 12

Non-Thesis Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12

Concentration area 18

Total 30

Thesis Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12

Concentration area 12

Thesis 6

Total 30

Project Option(Minimum Curriculum Requirements) CreditsCore Course Requirements 12

Concentration area 15

ME 685 Mechanical Engineering Project 3

Total 30

For a complete list of course

descriptions, visit:

wne.edu/catalogue

MS in Mechanical EngineeringLeaders WantedYou can be on the front lines of initiating fundamental changes in industry and societywith a Master of Science in Mechanical Engineering (MSME) from Western NewEngland University. With hands-on experiences and real-world problem solving, theMSME program will teach you to become the engineering leader needed in the 21stcentury to keep your company efficient and competitive.

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Mechatronics ConcentrationMSEE and MSMEWith technology advancing at an ever-increasingrate, cooperation and communication between theengineering disciplines is needed now more thanever. In an effort to become more streamlined andefficient, employers are looking for professionalswho have experience and education in more thanone engineering discipline. These multifaceted engi-neers are being tasked with developing the next gen-eration of economical and reliable systems used in arange of industries, including manufacturing, medi-cine, and the service industries. Our Mechatronicsconcentration for students in the MSEE and MSMEprograms will give you these rare and valued skills tobe an engineering leader in your organization.

The Mechatronics concentration bridges the gapbetween mechanical, electrical, computer, and indus-trial engineering, integrating all of these fieldsthrough the design process. You will gain designexperience in an engineering field outside of yourexpertise, preparing you for the new cross-discipli-nary demands of the professional world.

Graduates of this program can pursue careers in awide spectrum of industries, including robotics, aero-space, chemical, defense, automotive, and manufac-turing where complex software plays a major role.They are also prepared to work in businesses thatrequire extensive computer support, such as bankingand commerce. Contributions can be made to theseindustries in a variety of roles, including as a design,software, and project engineer.

Curriculum Program StructureThe MSEE and MSME with a Mechatronics concen-tration are earned after 30 credits of study.

Core Course Requirements

CreditsEMGT 605 Engineering Management 3

—or—

EMGT 648 Project Management

EMGT 643 Design of Experiments 3

EMGT 650 Systems Integration 3

EE 6XX Electrical Engineering* 6

ME 655 Design of Mechatronics Systems 3

ME 656 Advanced Mechatronics 3

EE/ME 6XX Elective 3

Total (eight courses) 24

*Candidates will select two of the following four EE cours-es: EE 675 Advanced Motion Controls, EE 676 IntelligentMotion Controls, EE 677 Advanced Continuous andDiscrete Systems Analysis and Controls, EE 678 Linearand NonLinear Systems Modeling and Simulation.

For the remaining 6 credits:

MSEE:

(1) All Course Option: EE 601 Advanced ElectricalEngineering, and an EE 500 or higher level coursefrom an approved list of courses

(2) Project Option: Project (3 credits) and EE 601

(3) Thesis Option: Thesis (6 credits)

MSME

(1) All Course Option: Two ME 500/600 level coursesfrom an approved list of courses

(2) Project Option: Project (3 credits) and one ME 500or higher level course from an approved list ofcourses

(3) Thesis Option: Thesis (6 credits)

Note: Project/Thesis topic, for students employed at acompany, must be approved by the student’s supervisor aswell as his or her faculty advisor.

According to research compiledfrom the U.S. Census Bureau,

“Earning your master’s degreeincreases your lifetime earnings by about $500,000.”

MS in Engineering Management/MBAJD/MS in Engineering ManagementPowerful CombinationsBeyond advancement in research and development,many engineers pursue career paths in executive posi-tions or as corporate council or patent attorneys. Withboth an AACSB International accredited College ofBusiness and an ABA accredited School of Law righton campus, Western New England University gives youthe opportunity to pursue both a master’s degree inEngineering Management and an MBA or juris doctordegree.

Take the Lead: The MSEM/MBAIf you’re looking to move into a leadership positionwithin the field of engineering or into upper manage-ment, you will need to strengthen your managementand technological skills. The Master of Science inEngineering Management/MBA (MSEM/MBA) is anaccelerated combined degree program designed forthose in the engineering profession who want toadvance their knowledge and improve their manage-ment career opportunities in engineering and technolo-gy-oriented companies. By pursuing the combineddegree, successful graduates earn two degrees in lesstime by taking advantage of credits for courses thatcan be applied to both programs.

Western New England Universityis accredited by the Associationto Advance Collegiate Schools ofBusiness—AACSB International—and among fewer than 5% ofbusiness programs in the world to holdthis accreditation.

Earn Two Degrees in Two YearsCompleting both degrees separately would require 66credits of coursework. The combined degree requires48 credits of coursework, taking advantage of 18 crosscredits from the two programs. You will completeseven engineering management courses and your firstthree courses in the MBA program.

The MBA courses include: CreditsMAN 605 Leadership, Problem Solving, 3

and Decision Making

BIS 610 Information Technology 3Management and Applications

MAN 610 Organizational Behavior and Theory 3

Upon completion of the Master of Science inEngineering Management, you will complete the MBA application. The GMAT requirement will bewaived for candidates who have earned their MSEM.Candidates who have not satisfied the MBA prerequi-site requirements will need to do so prior to enrollingin the MBA program. The prerequisites include the fol-lowing courses: Accounting, Finance, and Statistics.

For more information on our MBA program, visit wne.edu/mba.

Distinguish Yourself: The JD/MSEMThe MSEM will teach you to think strategically. TheJD will prepare you to approach problems from a legalmindset. Possessing both will make you a valued andrespected contributor to your organization or firm.

Careers in Corporate or Patent Law With growing opportunities in corporate law for pro-fessionals who possess technical backgrounds andthe growth of Intellectual Property Law theJD/MSEM can position you to take your career inmany directions. Our comprehensive engineering andlegal curricula can be completed in just three yearsof study. You will receive two separate degrees: onein engineering (MSEM) and one in law (JD). Pursuingboth degrees allows students to take advantage ofcross-credits.

For more information about the admissionrequirements for law, visit law.wne.edu, contact the School of Law at 413-782-1406 oremail admissions@law.wne.edu.

For a complete list of course descriptions, visit:

wne.edu/catalogue

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Dr. Ruolin ZhouAssistant Professor of Electrical andComputer Engineering

“Everyone loves the concept of having ‘nostrings attached’ in this world. With wire-less technology, individuals feel like theycan fly,” says Dr. Ruolin Zhou, AssistantProfessor of Electrical and ComputerEngineering. “Wireless communicationtechnology has changed the world dra-matically in the past couple decades.With the increase of wireless devices andthe demand for a higher data rate, thespectrum gets as congested and difficultto work with as a head cold in the winter”

Dr. Zhou’s research is focused on curingthis bug in our current wireless systems.Her research interests and expertiseinclude dynamic spectrum access andcognitive radio, wireless communicationnetworks, wireless sensor network, sig-nal processing, and embedded systems. Dr.Zhou is a productive researcher. She hasbeen published in over 30 peer-reviewedjournals and conference proceedings. Shehas secured several internal grants aswell as an external Department ofDefense (DoD) grant. She has establishedindustrial collaborations and involved stu-dents in her research.

Dr. Zhou enjoys integrating all of herresearch and industry experience into herteaching to keep students aware and up-to-date with the state-of-the-art technolo-gies, stimulate student ideas, and helpthem succeed.

“In engineering education, hands-on, prac-tical application experience is vital; youhave to use what you’ve learned to betterour world and tremendously increase your problem-solving abilities,” she says.

“Our 100% online interdisciplinary graduateprogram is very flexible. It exposes students to a broad range of simulation,analysis, and application skills requiredfor a successful career, and prepares eachindividual with such an ability to becomea truly effective leader.”

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PhD in Engineering Management Program Principles

• Provide a solid foundation and depth inengineering management theory andpractice

• Provide breadth across multiple types oftechnological systems

• Contribute to the body of knowledge inengineering management

In this full- or part-time program, you will learn thetechnical depth and gain the breadth of knowledgeto become a successful researcher, practitioner, oreducator in the management of complex human technological systems.

Degree RequirementsThe PhD program is designed for both full- and part-time students. Full-time students can complete theprogram in three to five years and part-time studentswill be able to complete the program in four to sixyears. Students who do not successfully complete thePhD program but have met the requirements for theMaster of Science in Engineering Management willbe awarded that degree upon exiting the program.

Candidates with a master’s degree in an engineeringrelated discipline will complete 30 credits at the 600and 700 levels and a 27-credit dissertation for 57total credits.

Candidates with a bachelor’s degree in an engineeringrelated discipline will complete 60 credits at the 600and 700 levels and a 27-credit dissertation for 87 total credits.

Course RequirementsAll candidates must complete the followingfive courses:

EMGT 619 Engineering Supply Chain Management

EMGT 635 Optimization Methods I

EMGT 648 Project Management

EMGT 701 Seminar/Research Methods for Engineering Management

EMGT 709 Advanced Engineering Cost Estimation

A candidate who enters the program and does not have a Master of Science in EngineeringManagement or a closely related field will needto complete the following additional courses:

EMGT 643 Design of Experiments

EMGT 644 Quality Systems and Process Improvement

In addition to these requirements, candidates musttake at least three of the following courses inconsultation with their major advisor:

BUS 610 Business and Its Environment

EMGT 631 Production and Inventory Modeling

EMGT 704 Systems Engineering

EMGT 706 Enterprise and Complex Systems forEngineers

EMGT 726 Advanced Modeling and Analysis of Systems

EMGT 735 Optimization Methods II

EMGT 740 Scheduling and Sequencing

MAN 600 Perspectives on Leadership

Candidates may complete their remaining courserequirements by taking any additional EMGT coursesor other graduate courses (600–700 level) offered bythe College of Engineering in consultation with theirmajor advisors. Students may also enroll in no morethan two MBA courses to satisfy any remainingcourse requirements. These courses require theapproval of the student’s advisory committee.

For a complete list of course

descriptions, visit:

wne.edu/catalogue

PhD in Engineering ManagementStudy the Complexity of Technological SystemsEarn the credential you need to get to the top of your organization or to become a leadingscholar in the field through the PhD in Engineering Management.

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Ashley Skeete ’10/MBA’12 PhD FellowFormer Evaluations EngineerGE Aviation

“My engineering background opened updoors because I had problem-solvingskills that were desirable,” Ashley said.She feels pursuing an MBA played a keyrole in earning her a position at GE, whichfocused on project management.

“I use the team leadership and organization-al skills that I learned from my MBA more than anything else. At the same time, my engineering background gives me the vocabulary to speak the aerospacelanguage.”

Now, Ashley has left GE to pursue herdoctorate. Her goal is to bring her industryknowledge into the classroom andbecome a tenured professor. “I’m lookingforward to diving into research andexploring other industries besides aero-space. It will be fun to see how otherindustries compare and contrast, andwhere they can leverage ideas and bestpractices from each other.”

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The certificate programs at Western New Englandare an excellent way to hone your skills in a particu-lar concentration of engineering without the commit-ment or expense of a full graduate degree program.Through the certificate programs, engineers can gainthe additional technical knowledge needed to get theedge in the competitive working world. These pro-grams have been developed through consultationwith regional industry and engineering leaders.

Certificates are an ideal way to gain new expertisein a specific area to enhance your performance atyour current position or to prepare for futureadvancement. If you decide later that you would liketo pursue your master’s, certificate courses can beapplied toward the Master of Science in EngineeringManagement program.

Green Belt Certificate The Green Belt Certificate Program is focused oncreating a high performance organization through amindset with continuous improvement at its core.This certificate provides the theory and principles toeliminate waste, reduce variability, and continuallysearch for productive solutions in organizations. Anequal balance of quantitative and qualitative toolsand practices are introduced which are commonlyapplied by today’s most successful organizations.After completing this sequence of courses, studentsshould feel qualified to sit for their Six Sigma BlackBelt examination. The certificate consists of four, 3credit courses.

Certificate Requirements

EMGT 607 Quality Engineering

EMGT 615 Statistical Quality Control

EMGT 643 Design of Experiments

EMGT 644 Quality Systems and Process Improvement

Risk Analysis Certificate Risk analysis is an essential planning and evaluationtool that saves time and money and can assist in dis-aster planning and recovery. This certificate is idealfor the engineer who typically deals with the identifi-cation and management of potential problems, whichmay jeopardize an organizations initiatives or proj-ects. It provides both a qualitative and quantitativetheory and principles viewpoints and strategies asso-ciated with risk analyses. The certificate consists offour, 3 credit courses.

Certificate Requirements

EMGT 602 Engineering Risk Management

EMGT 620 Multi-Criteria Decision Analysis

EMGT 704 Engineering Risk Analysis

EMGT 709 Engineering Cost Estimating

—or—

EMGT 626 Discrete Event Simulation

Engineering Supply Chain Certificate Companies are continuously working towards align-ing their operations with supply chain managementsolutions. This certificate provides the theory, princi-ples, and implications of supply chain managementrelevant for today’s engineering. It is intended to pro-vide students with an understanding of the strategicand tactical elements of supply chains. In particularthis certificate is aimed for the engineer who isactively engaged in supply chain management anddecision-making. The certificate consists of four, 3credit courses.

Certificate Requirements

EMGT 619 Engineering Supply Chain

EMGT 645 Quantitative Methods in Supply ChainManagement

EMGT 644 Quality Systems and Process Improvement

EMGT 626 Discrete Event Simulation

Certificate ProgramsEnhance Your Skills

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Apply your courseworktoward your master’s degree.

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Dr. Julie DrzymalskiInterim Chair and Associate Professor ofIndustrial Engineering and EngineeringManagement

Dr. Julie Drzymalski has a wealth ofexpertise in project management, intelli-gent systems, engineering supply chain,and network modeling. She is a memberof the Institute of Industrial Engineers,American Society of EngineeringEducation, American Society for Quality,and the National Society of ProfessionalEngineers.

Currently, she serves as interim chair ofthe Department of Industrial Engineeringand Engineering Management and direc-tor of the Engineering ManagementGraduate Studies programs, teaching andadvising students many of whom are pursuing advanced degrees after workingin industry.

“The PhD in Engineering Management pro-gram provides students with world-classinstruction and practical applications, sothat they can explore the synergy betweenengineering techniques and managerialskills,” says Dr. Drzyzmalski. “Whiledeveloping technical depth in their field ofresearch, students become poised toexcel as technical leaders in the engi-neering management profession.

“The MS in Engineering Management pro-gram prepares engineers and scientistswith the tools necessary to become atechnical leader through world-classinstruction and practice,” she says.

“Students will learn how to combine theanalytical framework with managerialskills and have opportunities to practicethem throughout the program so that theycan excel as a leader in a technologically-based enterprise.

“For students looking to enhance theirskills with a shorter commitment, we offercertificate programs in Supply Chain,Green Belt, and Risk Analysis whichequip students with the latest tools andtechnology that are directly applicable to the workplace. They are a great oppor-tunity for working professionals to distin-guish themselves in the workplace and are directly applicable towards theMSEM program.”

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Graduate Studies Faculty

Electrical and ComputerEngineeringJohn J. BurkeAssociate ProfessorB.S., Northeastern UniversityM.S., University of California,Los AngelesPh.D., University of Massachusetts,AmherstRegistered Professional EngineerAreas of Interest:Microwave EngineeringWireless CommunicationsElectronicsAntenna Design

Neeraj MagotraAssociate Professor and Chair B.S., Indian Institute of TechnologyM.S., Kansas State UniversityPh.D., University of New MexicoAreas of Interest:Digital Signal and Image Processing(DSIP)Applied DSIP—Speech & Audio, Seismic,

RadarEnergy Efficient Real-time Embedded

SystemsBiomedical Device Solutions

James J. MoriartyAssociate ProfessorB.S.E.E., University of MassachusettsM.S.C.S., Worcester Polytechnic InstitutePh.D., University of ConnecticutAreas of Interest:Software EngineeringEmbedded Real-Time SystemsAutomotive ElectronicsDistributed Sensor Networks

Steven G. NorthrupAssociate ProfessorB.S., University of MichiganM.S., Ph.D., Vanderbilt UniversityAreas of Interest:RoboticsImage ProcessingDigital Signal ProcessingSolar Energy

Kourosh RahnamaiProfessorB.S., Pars College, Tehran, IranM.S., Ph.D., Wichita State UniversityAreas of Interest:ControlsDeep Space Exploration

Ruolin ZhouAssistant ProfessorB.S., Dalian Jiaotong University, ChinaM.S., Ph.D., Wright State UniversityAreas of Interest:VHDL/Programmable LogicCognitive Software Defined RadioReconfigurable ComputingWireless CommunicationsHardware Accelorators

Industrial Engineering andEngineering Management Julie J. DrzymalskiAssociate Professor and ChairB.S., Polytechnic UniversityM.Eng., Widener UniversityM.S., Ph.D., Lehigh UniversityAreas of Interest:Discrete Event SystemsOperations ResearchProject ManagementSupply Chains

Thomas K. KeyserProfessor B.S., New Mexico State UniversityM.S., University of Southern ColoradoPh.D., Clemson UniversityAreas of Interest:Automated Manufacturing CellsDistributed Computing in ManufacturingDiscrete Event System SimulationHuman Computer Modeling

Zhaojun (Steven) LiAssistant ProfessorB.S., Dalian Jiatong UniversityM.S., Tianjin UniversityM.S., Ph.D., University of WashingtonAreas of Interest:ReliabilityQuality and Safety Engineering in Product

Design Applied Statistics and Operations

ResearchPrognostics and Health Management for

Complex Systems

Matthew R.E. RomoserAssistant ProfessorB.S., M.S., Purdue UniversityPh.D. University of Massachusetts,AmherstAreas of Interest:Human Factors EngineeringAdvanced Training SystemsIntelligent Tutoring SystemsEngineering Psychology/CognitiveErgonomics

Christian M. SalmonAssistant Professor B.S., University of Alaska, FairbanksM.S., Ph.D., The George WashingtonUniversityAreas of Interest:Transportation Infrastructure Risk

AssessmentPublic Emergency/Disaster Response

Expectation ManagementThird-party Risk Exposure ModelingSafety Management Systems

Faculty Focused on YouWhether in the classroom or online, you will work closely with our faculty teaching in our master’s programs. From the dean of the College of Engineering to department chairs, long-standing professors to practicing engineers,our faculty brings a wide range of perspectives, experience, and expertise to our graduate programs.

Above all, our faculty members understand the unique demands and personal responsibilities faced by thediverse backgrounds of our graduate students. That is why they make themselves accessible to students torespond to questions or concerns about coursework or career goals.

On average, 85% of graduate courses are taughtby full-time faculty

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Mechanical Engineering Said DiniProfessor and ChairB.S., M.S., University of MissouriPh.D., Illinois Institute of TechnologyAreas of Interest:Heat TransferThermodynamicsFluid MechanicsSolar EnergyHVAC Systems

Mohammad KhosrowjerdiProfessorB.S., Abadan Institute of Technology, IranM.S., George Washington UniversityPh.D., University of MarylandRegistered Professional EngineerAreas of Interest:Finite Element Analysis (flow, stress,

and heat)Measurement and Mechanical TestingSensor Design, Data Acquisition, and SPCSoftware Development for Factory

Automation

Bart LipkensProfessorB.S., M.S., Catholic University of Louvain,Louvain, BelgiumM.S., Pennsylvania State UniversityPh.D., University of Texas at AustinAreas of Interest:Resonator and Valve TechnologyFluid DynamicsAcousticsSonic Boom

Jennifer A. MalloryAssistant ProfessorB.S., Rochester Institute of TechnologyPh.D., Perdue UniversityAreas of Interest:Atomization of Newtonian and Non-

Newtonian fluidsPrimary Atomization of Impinging Jet

InjectorsNon-Newtonian Fluid FlowsAnalytical Modeling of Non-Newtonian

Fluid Flows

Richard B. MindekAssociate ProfessorDepartment of Mechanical EngineeringB.S., M.S., Ph.D., University ofConnecticutAreas of Interest:Manufacturing and Machining

TechnologySensors and Data AcquisitionDesign of Control Systems for

Snowmaking GunsComputer Aided DesignComputer Aided Manufacturing

Dr. Anthony D. SantamariaAssistant ProfessorB.S., University of Massachusetts,AmherstPh.D., University of California, DavisAreas of Interest:Fluid MechanicsEnergyFuel Cell

Jose A. RiofrioAssistant Professor of MechanicalEngineeringB.S., Elizabethtown CollegeM.S., Ph.D., Vanderbilt UniversityAreas of Interest:RoboticsMechatronicsControls

Glenn E. ValleeAssociate ProfessorB.S., M.S., Ph.D., University of RhodeIslandRegistered Professional EngineerAreas of Interest:Elastometric MaterialsFinite Element AnalysisNew Product Development

Mary B. VollaroAssociate ProfessorB.S.M.E., Western New EnglandUniversityM.S., Rensselaer Polytechnic InstitutePh.D., University of ConnecticutAreas of Interest:Materials ScienceX-ray DiffractionOptical Microscopy and MetallographyThin Film Deposition TechnologyUltra High Vacuum SystemsMaterials in Manufacturing ProcessesWelding and Brazing Methods

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Master’s Program ApplicationRequirementsEligible candidates should possess a bachelor’sdegree in engineering or closely related field froman accredited college. Those without such a degreemay petition to have their bachelor’s degree andprofessional experience considered for admission. Aminimum GPA of 3.0 (4.0 scale) in the last 60 hoursof undergraduate courses is typically required.Students with a lower GPA may be considered for aconditional acceptance. Students with an under-graduate program not accredited by ABET areencouraged to submit a GRE score from the pastfive years.

Required Application Materials:1. A completed Application for Admission with a

nonrefundable $30 application fee. The applica-tion fee can be waived if a Western New Englandalumnus/a signs the application.

2. Official transcripts from all undergraduate andgraduate institutions attended.

3. Two Recommendation Forms sent directly to theinstitution by the evaluators.

4. A current résumé.

PhD Program ApplicationRequirements Candidates for the PhD in Engineering Managementshould possess a master’s or bachelor’s degree inengineering or closely related discipline. A cumula-tive GPA of at least 3.5 (4.0 scale) will be requiredfor admission. A GRE score from the last five years,with a combined verbal and quantitative score of at least 300 with a quantitative score in at least the 50th percentile will also be required for consider-ation. Additional admission requirements includethe following:

1) Evidence of completion of a probability and sta-tistics course with a grade of at least “C,” and

2) Competence in at least one structured program-ming language (C++, FORTRAN, Visual BASIC, etc.).

Required Application Materials:1. A completed Application for Admission with a

nonrefundable $30 application fee. The applica-tion fee can be waived if a Western New Englandalumnus/a signs the application.

2. Official transcripts from all undergraduate andgraduate institutions attended.

3. Two Recommendation Forms sent directly to theinstitution by the evaluators.

4. A current résumé.

The Admissions ProcessGraduate Engineering Programs

Start anytime!Fall - September Spring - AprilWinter - January Summer - July

When to Apply for AdmissionWestern New England University has a rolling admissions policy, with no set admission deadline, which givesstudents greater flexibility in applying. The institution urges candidates to apply as early as possible in relationto the anticipated start date. Admission decisions are typically released within two to three weeks of yourapplication being complete. The dean of the College of Engineering informs applicants of admission decisions.

Any master’s applicant who provides the appropriate academic documentation can be considered for permis-sion to register for courses while his/her application is pending. Upon receiving permission to register, you cantake up to two graduate courses under tentative status. You will be considered as tentative status until yourapplication is complete and an official admission decision is issued. Financial aid is not available to studentsclassified as tentative status. If your application is completed, and you are officially accepted into your pro-gram prior to the end of the term, you may be considered for federal and institutional financial aid at that time.

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International StudentsInternational students should reference our Inter-national Student Application Checklist for additionaldetails about required documentation. A copy canbe found at wne.edu/graduatestudies (click onInternational Students).

Transfer CreditStudents may request the transfer of up to six credithours for the engineering master’s programs fromanother regionally accredited master’s program.

Courses must have been completed within eightyears prior to the date of graduation with a minimumgrade of B (3.0).

Send all application materials to:Graduate AdmissionsWestern New England University1215 Wilbraham RoadSpringfield, MA 01119-2684

For more information1-800-325-1122 ext. 1517413-782-1517study@wne.edu

Visit wne.edu/gradto learn more about:

• Upcoming Information Sessions• Downloading an Application for Admission• Course Schedules • Current Catalogue • Academic Calendar• Program Curricula• Kodiak—Our Virtual Classroom• Tuition and Financial Aid

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TuitionVisit our website at wne.edu/grad for current tuitionrates or call 413-782-1517.

Financial AidIn order to be considered for financial aid, a studentmust be accepted into a degree program and beenrolled in a minimum of three credit hours per term.Western New England University need-based resourcesmay be available for eligible students. Students mayalso be eligible for low interest federal loans.

To find out if you are eligible for financial aid, file aFree Application for Federal Student Aid (FAFSA).Students are encouraged to file online at:http://www.fafsa.ed.gov/. Western New EnglandUniversity’s Title IV code is 002226.

For additional information, visithttp://www.finaid.org/ and you will find TheSmartStudent® Guide to Financial Aid. It was devel-oped to help students understand financial aid andsearch for additional financial assistance. All federalloans must be obtained through Western NewEngland via the Federal Direct Student Loan program.Federal Stafford Loans obtained elsewhere are notaccepted at Western New England University. If yousubmit a FAFSA, you will be asked to mail or faxsigned copies of your most recent federal tax returnsand W-2 forms to the Student AdministrativeServices Office. The fax number is: 413-796-2081.

Adult Learner ScholarshipAdult Learner Scholarships are awarded to degreeseeking graduate students. Eligible students musthave a financial need. In order to be considered forthis scholarship, you will need to submit the FAFSA.

PhD Assistantships and TeachingFellowshipsAssistantships and teaching fellowships are avail-able providing full or partial funding. Applicantsinterested in one of these opportunities should sub-mit a brief statement indicating their interest withtheir application for admission.

Employer Reimbursement Extension PlanThe Employer Reimbursement Extension Plan isdesigned for students receiving reimbursement fromtheir employer for tuition and fees. It allows studentsto defer two-thirds of their tuition payment until 30days after grades are received, to allow time fortuition reimbursement to be processed by theemployers. In order to participate in this plan, stu-dents must complete an enrollment form and providea letter of verification from their employer that theyare eligible for tuition reimbursement. Students arerequired to pay any fees owed plus 33% of tuitionupon receipt of their first bill; the remaining balanceis due 30 days after grades are received. Once class-es begin, finance charges will accrue on all unpaidbalances at the rate of one percent per month. Acopy of our Employer Reimbursement Extension PlanForm can be found at wne.edu/grad. Click on theForm Finder link.

Online Payment OptionYou have the convenience of paying your bill online.Simply visit the Student Administrative Services(SAS) Office website at www1.wne.edu/sas, andclick on “Making a Payment.”

A Quality InvestmentFinancing Your Education

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Questions about billing andfinancial aid?Contact SAS at 413-796-2080,1-800-325-1122 ext 2080, or

finaid@wne.edu

Boston 90 miles

Cape Cod132 miles

MAINE

MASS.

CONN.

R.I.

NEW YORK

VERMONT

NEWHAMPSHIRE

Portland191 miles

New York 154 miles

Montpelier 172 miles

Brattleboro61 miles

Springfield★

Whether you study on campus or online, we are accessible!

Graduate Studies To learn more about graduate programs offered at the College ofEngineering, contact an admissionscounselor at 413-782-1517 (800-325-1122 ext. 1517) or email study@wne.edu.

wne.edu/grad

A

Graduate Studies Kevin S. Delbridge Welcome Center

1215 Wilbraham Road

Springfield, MA 01119

413-782-1517800-325-1122 ext. 1517study@wne.edu

Western New England Universityalso offers graduate programs in business, education, and law. Visit

wne.edu/gradfor a complete list of graduate programs.

Western New England University is committed to the principle of equalopportunity in education and employment. The University does not dis-criminate on the basis of sex, race, color, creed, national origin, age,religion, sexual orientation, gender identity, gender expression, veteranstatus, genetics, or disability in admission to, access to, treatment in,or employment in its programs and activities. The following person hasbeen designated to handle inquiries regarding the nondiscriminationpolicies: Assistant Vice President and Director of Human Resources,Western New England University, 1215 Wilbraham Road, Springfield,MA 01119-2684. Inquiries concerning the application of nondiscrimina-tion policies may also be referred to the Regional Director, Office forCivil Rights, U.S. Department of Education, J.W. McCormack P.O.C.H.,Room 222, Boston, MA 02109-4557.

Graduate Engineering ProgramsThe Western New England University Difference

• In its annual “America’s Best Colleges”ranking, U.S.News & World Report listsWestern New England among the NorthRegion’s “Best Universities–Master’sCategory,” those which provide a full rangeof bachelor’s and master’s programs.

• Nationally recognized engineering faculty

• Four accelerated 11-week terms

• Individual attention and advising

• Online classes offer convenience and flexibility, complemented by optional classroom instruction.

• Beautiful 215-acre campus

• Financial aid available to those who qualify

• Convenient payment plans and tuition reimbursement

• Western New England is regionallyaccredited by the New England Associationfor Schools and Colleges (NEASC).

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