Gain the advanced skills and knowledge to solve pressing energy challenges with our Master鈥檚 in Energy Engineering.

MS in Energy Engineering

Overview

The Master鈥檚 in Energy Engineering will provide you with the skills, hands-on experience and professional connections to lead sustainable energy initiatives. Build broad expertise in energy efficiency and deep knowledge in one of two high-demand options:

  • Renewable (Solar) Engineering Option: Once focused exclusively on solar energy engineering, this option now includes courses on multiple renewable technologies, including wind turbines, fuel cells and batteries, and green combustion, among others. This option is offered through the Mechanical & Industrial Engineering Department.
  • Nuclear Engineering Option: As the only public institution in New England with a nuclear reactor on campus, UMass Lowell offers an affordable pathway to gain experience and expertise in power plant safety, radiation shielding and protection, advanced radiation detectors, nuclear nonproliferation, nuclear safeguards and modeling and simulation of the nuclear fuel cycle. This option is offered through the Chemical Engineering Department.

Master of Science (MS) in Energy Engineering Curriculum

The M.S. in Energy Engineering is a 30-credit master's degree. Graduate students can choose to complete a thesis, project or course-only option.

All programs are 30 credits, consisting of a combination of 15 credits of core course work, a choice of either 6 credits of thesis, 3 credits of project or 15 from courses, and electives.
Required Core Courses
Course NumberCourse NameCredits
Total15
ENGY.5040Energy Engineering Workshop3
ENGY.5050Nuclear Reactor Physics3
ENGY.5070Nuclear Reactor Engineering Analysis3
ENGY.5090System Dynamics3
ENGY.5280Advanced Transport Phenomena3

Thesis and Course-Only Requirements

There are two pathways to earning an MS degree in Energy Engineering in the Renewable option:
Thesis:听30 credits - 24 credits of courses (15 credits from core), plus 6 credits of thesis
Course-Only:听30 credits - all from courses (15 from core, none from thesis)
Electives
Course NumberCourse NameCredits
Total9, 12 or 15 (see options above)
CHEN.5060Colloidal, Interfacial and Nanomaterials Science and Engineering3
CHEN.5080Material Science and Engineering3
CHEN.5100Advanced Separation Processes3
CHEN.5200Advanced Thermodynamics3
CHEN.5230Nanodevices and Electronic Materials3
CHEN.5350Principles of Cell and Microbe Cultivation3
CHEN / ENGY.5390Mathematical Methods for Engineers3
EECE.5130Control Systems3
EECE.5150Power Electronics3
EECE.5250Power Distribution Systems3
EECE.5280Alternative Energy Systems3
EECE.5840Probability and Random Processes3
ENGY.5180Energy Technology, Economics and Policy3
MECH.2580Aero/Wind Engineering3
MECH.5050Directed Studies3
MECH.5130Finite Element Analysis I3
MECH.5200Numerical Methods for Partial Differential Equations3
MECH.5210Fundamentals of Solar Utilization3
MECH.5220Wind Energy Fundamentals3
MECH.5250Grid-Connected Solar Electrical Systems3
MECH.5260Transport Processes in Energy Systems3
MECH.5270Solar Systems Engineering3
MECH.5280PV Manufacturing3
MECH.5285Energy Policy and Energy Codes3
MECH.5290Fuel Cell Fundamentals3
MECH.5320Off-Grid Solar Electric Systems3
MECH.5330Nanomaterials for Energy3
MECH.5340Green Combustion and Bio-Fuels3
MECH.5350Fundamentals of Sustainable Energy3
MECH.5491Advanced Thermodynamics3
MECH.5540Dynamic Systems and Controls3
MECH.5710Quality Engineering3
MECH.5740Design for Reliability Engineering3
MECH.5750Industrial Design of Experiments3
MECH.5760Engineering Project Management3
MECH.5810Advanced Fluid Mechanics3
MECH.5890Finite Element in Thermo-Fluids3
MECH.6020Special Topic: Thermo-Fluids3
PLAS.5470Materials for Renewable Energy and Sustainability3
MATH.5300Applied Math I3
PHYS.5380Physical Optics3
PHYS.5390Electro-Optics3
PHYS.5770Solid State Electronic and Optoelectronic Devices3
Thesis Option (6 credits)
Course NumberCourse NameCredits
XXXX.XXXX3
XXXX.XXXX3
Total6


Total Credits = 30

Last updated: 1/17/2019

All programs are 30 credits, consisting of a combination of 15 credits of core course work, a choice of either 6 credits of thesis, 3 credits of project or 15 from courses, and electives.
Required Core Courses in Advanced Mathematics (pick 1)
Course #Course NameCr.
Total3
MECH.5200Energy Engineering Workshop3
MECH.5260Nuclear Reactor Physics3
MECH.5540Nuclear Reactor Engineering Analysis3
Required Core Courses (pick 3)
Course #Course NameCr.
Total9
MECH.5210Fundamentals of Solar Utilization (Fall)3
MECH.5220Wind Energy Fundamentals (Fall)3
MECH.5270Solar Systems Engineering (Spring)3
MECH.5491Advanced Thermodynamics (Spring)3
MECH.5350Fundamentals of Sustainable Energy (Spring of even numbered years)3
Required Course
Course #Course NameCr.
Total3
MECH.5040Energy Engineering Workshop (Fall or Spring)3

Thesis and Course-Only Requirements

There are two pathways to earning an MS degree in Energy Engineering in the Renewable option:
Thesis:听30 credits - 24 credits of courses (15 credits from core), plus 6 credits of thesis
Course-Only:听30 credits - all from courses (15 from core, none from thesis)
Electives
Course NumberCourse NameCredits
Total9, 12 or 15 (see options above)
CHEN.5060Colloidal, Interfacial and Nanomaterials Science and Engineering3
CHEN.5080Material Science and Engineering3
CHEN.5100Advanced Separation Processes3
CHEN.5200Advanced Thermodynamics3
CHEN.5230Nanodevices and Electronic Materials3
CHEN.5350Principles of Cell and Microbe Cultivation3
CHEN / ENGY.5390Mathematical Methods for Engineers3
EECE.5130Control Systems3
EECE.5150Power Electronics3
EECE.5250Power Distribution Systems3
EECE.5280Alternative Energy Systems3
EECE.5840Probability and Random Processes3
ENGY.5180Energy Technology, Economics and Policy3
MECH.2580Aero/Wind Engineering3
MECH.5050Directed Studies3
MECH.5130Finite Element Analysis I3
MECH.5200Numerical Methods for Partial Differential Equations3
MECH.5210Fundamentals of Solar Utilization3
MECH.5220Wind Energy Fundamentals3
MECH.5250Grid-Connected Solar Electrical Systems3
MECH.5260Transport Processes in Energy Systems3
MECH.5270Solar Systems Engineering3
MECH.5280PV Manufacturing3
MECH.5285Energy Policy and Energy Codes3
MECH.5290Fuel Cell Fundamentals3
MECH.5320Off-Grid Solar Electric Systems3
MECH.5330Nanomaterials for Energy3
MECH.5340Green Combustion and Bio-Fuels3
MECH.5350Fundamentals of Sustainable Energy3
MECH.5491Advanced Thermodynamics3
MECH.5540Dynamic Systems and Controls3
MECH.5710Quality Engineering3
MECH.5740Design for Reliability Engineering3
MECH.5750Industrial Design of Experiments3
MECH.5760Engineering Project Management3
MECH.5810Advanced Fluid Mechanics3
MECH.5890Finite Element in Thermo-Fluids3
MECH.6020Special Topic: Thermo-Fluids3
PLAS.5470Materials for Renewable Energy and Sustainability3
MATH.5300Applied Math I3
PHYS.5380Physical Optics3
PHYS.5390Electro-Optics3
PHYS.5770Solid State Electronic and Optoelectronic Devices3
Thesis Option (6 credits)
Course NumberCourse NameCredits
XXXX.XXXX3
XXXX.XXXX3
Total6


Total Credits = 30

Last updated: 1/17/2019

Why Study Energy Engineering at UMass Lowell?

Sunset Wind Turbines

Comprehensive Curriculum

You鈥檒l explore various energy topics, from renewable energy technologies to energy distribution and storage systems. Our curriculum ensures you will be well prepared to lead projects and help solve real-world energy issues.

Christopher Niezrecki

Learn from Industry Experts

Work with experienced faculty who are experts in energy systems and sustainable technologies. You'll learn directly from researchers and professionals driving advancements in the energy industry.

Professor John Duffy and four UMass Lowell students working on a solar panel project.

Hands-On Learning Opportunities

You鈥檒l apply your knowledge through experiential learning opportunities to conduct research and build a portfolio of practical experience and a network of contacts.

Student working in reactor.

Access to Cutting Edge Facilities

Our state-of-the-art labs and research centers allow you to work with advanced energy materials, renewable energy technologies and efficient energy systems.

Where Our Graduates Work

  • National Grid
  • Eversource Energy
  • Schneider Electric
  • Dominion Energy
  • AECOM
  • BAE Systems
  • Westinghouse Electric Company
  • Duke Energy Corporation
  • Constellation
  • New Leaf Energy, Inc.
  • New York Power Authority
  • NextEra Energy Resources
  • Automated Logic Corporation
  • Solar Landscape

Tuition and Admissions

Eligible students must complete the Free Application for Federal Student Aid (FAFSA) to be considered for financial assistance.

As a graduate student, you may qualify for federal student aid and other need-based scholarships. To be considered for financial assistance, you must complete the Free Application for Federal Student Aid (FAFSA).聽Learn more at UMass Lowell Graduate Aid.

The Free Application for Federal Student Aid (FAFSA) is available to U.S. citizens, permanent residents, and certain eligible non-citizens. Please visit聽Financial Aid聽if you have questions about your eligibility.

All applications are submitted through EngineeringCAS.

  1. An application
  2. An application fee
  3. A statement of purpose
  4. Letters of recommendation
  5. Official transcripts
  6. Official test score report聽 - GRE required for:
    1. Computer Engineering, MSE
    2. Electrical Engineering, MSE
    3. All Ph.D. Programs

Note: All required materials must be received before the application package can be evaluated.聽If you need to introduce new references or add other supporting documents, log on to your application, click on 鈥淧rogram Materials鈥 to update your application. Please note the new documents and references will be considered only if your application has not been reviewed for admission.聽聽

International Students: please see the additional application requirements.

Bachelor's to Master's Students: You will not need to apply via the application portal. Visit page to learn about the process to transition to your desired master's program.

1. Online Application application

Applications will only be accepted through EngineeringCAS, an application service for graduate engineering programs. All application documents and test scores need to be submitted through EnginneringCAS.

app-fee 2. Application Fee

The application fee is $75.

3. Statement of Purpose statement

In a separate document, submit a brief statement indicating your immediate and long-range goals, relevant work history, academic honors/awards received, any teaching experience and/or research conducted/published that may be pertinent to your graduate program. Two page recommended maximum.

Note: If you are applying to more than one program, you will need to submit a program-specific statement of purpose with each application package.

4. LOR Letters of Recommendation

Master's applicants need to submit two (2) letters of recommendation. Doctoral applicants will be asked to provide three (3). Recommendations should be from instructors who have taught you, ideally in the field to which you are applying. They may also be from employers or supervisors who are in a position to compare your performance to that of your peers. You will be asked via EngineeringCAS to provide (names and email addresses) referees during the application process and that an automated request will be sent out to your recommenders. You will be able to track the status of your recommendations and send reminders by logging back into your application.

5. TransTranscripts

Provide a complete transcript from the institution that awarded or will award you a bachelor鈥檚 degree. You may also include transcripts from other institutions at which you have taken relevant coursework. Please note that waiting for additional transcripts may delay review of your application.

You have two options for submitting transcripts:

  1. Self Report your transcript to EngineeringCAS. This will expedite your application review. Self-reported transcripts must correspond to the official transcript. The University reserves the right to revoke an offer of admission if false credentials are provided at the point of application.
  2. Send official transcripts directly to UMass Lowell, either through a secure submission or via mail to:

    University of Massachusetts - Lowell
    Graduate Admissions - GPS Center
    839 Merrimack Street, 2nd Floor
    Lowell, MA 01854-3941

If you received your degree from UMass Lowell, it is not necessary for you to request a transcript, we are able to provide one for you.

International transcripts must clearly indicate that you have received (or will soon receive) a four-year bachelor's degree, the equivalent of an American bachelor's degree. Please note, the Office of Graduate Admissions reserves the right to have any application credential evaluated. Additional information about international transcripts is available on the . *You will need to provide an official copy prior to your first semester on campus. Self-reported transcripts must correspond to the official transcript.* The University reserves the right to revoke an offer of admission if false credentials are provided at the point of application.

*UMass Lowell will require You to provide a copy of your Official Transcripts & Scores prior to your first semester.

6. OTSROfficial Test Score Report(s)

The following programs require the GRE for admission consideration:

  • Computer Engineering, MSE
  • Electrical Engineering, MSE
  • All Ph.D. Programs

Please have ETS send your GRE scores directly to EngineeringCAS using school code 4530.

A GRE waiver may be available to qualified master鈥檚 degree candidates. Further information can be found at GRE/GMAT/MAT Waiver Forms. You may also self-report your GRE scores.*

International Students:

English Proficiency Tests: Test of English as a Foreign Language (TOEFL) or International English Language Testing System (IELTS) scores are required. If you have taken the TOEFL, have ETS send your scores to EngineeringCAS (school code: B887). You may also self-report your scores. If you have taken the IELTS you may self-report your scores on the application.*

The requirements for the tests are as follows:

  • TOEFL => 79
  • IELTS => 6.5

*UMass Lowell will require you to provide a copy of your Official Transcripts & Scores prior to your first semester.

Get more information about standardized tests.

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