Program Overview

Master's in Electrical Engineering, M.S.E.

The Master of Science in Engineering in Electrical Engineering (MSE) is a 30-credit master's degree that deepens knowledge in areas such as signal processing, communications, power systems, and electronics. Students can specialize in this degree program by selecting from multiple concentrations in telecommunications, communications engineering, power and energy engineering, opto-electronics, and more.

Program Overview

The program offers a blend of theoretical and hands-on learning, preparing students for advanced responsibilities in industry or further academic research. Research funders include the National Science Foundation, the Air Force Office of Scientific Research, the Defense Advanced Research Projects Agency, the Office of Naval Research, and various companies, including Raytheon and Intel.

Program Quick Facts

• Graduate Record Examinations (GRE) Waiver Available
• High Return on Investment
• Scholarships and Financial Aid Available
• STEM-Designated Degree Program

Master's in Electrical Engineering Curriculum

The MSE in Electrical Engineering is a 30-credit master's degree. Graduate students can choose to complete a thesis or non-thesis option.

Concentrations

• Information Systems (Telecommunications)
• Information Systems (Communications Engineering)
• Power and Energy Engineering
• Opto-Electronics
• Other

For a complete list of courses and academic requirements, please refer to the Academic Catalog.

Co-op Option

The Electrical & Computer Engineering Department participates in the Graduate Master's Co-op Option in Engineering. A Co-op work experience offers an opportunity to apply classroom knowledge in new, authentic contexts. Co-op participation at the graduate level is voluntary and most students seek out the professional experience to deepen their education, develop new skills, and determine how theory and practice work together.

Degree Pathway for the MSE in Electrical Engineering

Credit Requirements

For students who started their program Fall 2023 and beyond.

Non-Thesis Option

Thesis Option

Required Courses

Students must choose 3 of the following courses: | Course Number | Course Name | Credits | | --- | --- | --- | | EECE.5070 | Electromagnetic Waves and Materials | 3 | | EECE.5080 | Quantum Electronics for Engineers | 3 | | EECE.5090 | Linear Systems Analysis | 3 | | EECE.5130 | Control Systems | 3 | | EECE.5150 | Power Electronics | 3 | | EECE.5200 | Computer-Aided Engineering Analysis | 3 | | EECE.5430 | Introduction to Communications Theory | 3 | | EECE.5840 | Probability and Random Processes | 3 | | EECE.5840 | Solid State Electronics | 3 | | Total | | 9 |

Concentration Courses

Students must choose 3 of the following courses from their selected concentration:

Information Systems (Telecommunications)

• EECE.5100: Digital Signal Processing
• EECE.5110: Medical Imaging Diagnosis
• EECE.5460: Computer Telecommunications
• EECE.5480: Coding and Information Theory
• EECE.5820: Wireless Communications
• EECE.5860: Stochastic Modeling in Telecommunications
• EECE.6170: Modeling and Simulation Techniques for Communications Networks
• EECE.6180: Performance of Wireless Communication Networks
• EECE.6610: Local Area / Computer Networking
• EECE.6850: Statistical Theory of Communications
• EECE.6870: Stochastic Estimation
• EECE.6880: Theoretical Acoustics

Information Systems (Communications Engineering)

• EECE.5330: Microwave Engineering
• EECE.5460: Computer Telecommunications
• EECE.5480: Coding and Information Theory
• EECE.5710: Radar Systems
• EECE.5820: Wireless Communications
• EECE.5860: Stochastic Modeling in Telecommunications
• EECE.6170: Modeling and Simulation Techniques for Communication Networks
• EECE.6180: Performance of Wireless Communications Networks
• EECE.6610: Local Area/Computer Networking
• EECE.6840: Time Series Analysis
• EECE.6850: Statistical Theory of Communications
• EECE.6870: Stochastic Estimation

Power and Energy Engineering

• EECE.5140: Power Systems Transmission
• EECE.5150: Power Electronics
• EECE.5160: Advanced Machine Theory
• EECE.5250: Power Systems Distribution
• EECE.5280: Alternative Energy Sources
• EECE.5290: Electric Vehicle Technology
• EECE.6150: Solid State Drives Systems
• EECE.6160: Computational Power Analysis

Opto-Electronics

• EECE.5080: Quantum Electronics for Engineers
• EECE.5180: Electromagnetic Materials for Optical Engineering
• EECE.5190: Engineering of Submicron Machines
• EECE.5230/4230: Introduction to Solid State Electronics
• EECE.5320: Computational Electromagnetics
• EECE.5830: Wave Propagation in Plasmas
• EECE.5900: Fiber Optic Communications
• EECE.5950: Solid State Electronics
• EECE.6070: Electromagnetics of Complex Media
• EECE.6080: Scattering and Diffraction of EM Waves
• EECE.6100: Optics for Information Processing
• PHYS.6310: Non-Linear Optics

Why Study Electrical Engineering at UMass Lowell?

Research Opportunities

The program encourages participation in cutting-edge research, often in collaboration with industry partners.

Co-Op Option

Apply classroom knowledge in real-world contexts. Co-op participation is voluntary and will help deepen your education, develop new skills, and determine how theory and practice work together.

Experienced Faculty

Learn from faculty members who are active researchers and industry consultants, ensuring that the education you receive is both current and practical.

Career Driven

Graduates of the program are highly sought after by employers, particularly in the New England region.

Electrical Engineering Career Outlook

• +9%: Projected new job growth (U.S. Bureau of Labor Statistics, 2024)
• $127,930: Mean annual wage for electrical engineers in MA (U.S. Bureau of Labor Statistics, 2024)

Where Our Graduates Work

• Raytheon
• BAE Systems
• Analog Devices
• Eversource Energy
• RTX
• Teradyne
• National Grid
• Infineon Technologies
• Mercury Systems
• Microchip Technology, Inc.

Tuition and Admissions

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

On-Campus Graduate Tuition

View Estimated Annual Tuition and Fees for the 2025 - 2026 Academic Year

Financial Aid

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).

Graduate Admissions Requirements for the Francis College of Engineering

• Application:
  • Summer 2025 - Spring 2026
  • Summer 2026 - Spring 2027
• Application Fee: $75
• Statement of Purpose: Outline goals, experience, and achievements (max 2 pages)
• Letters of Recommendation: Two (2) for master's, three (3) for doctoral applicants
• Transcripts: You may apply with unofficial transcripts, but if accepted, official transcripts are required
• Test Scores: Please send test scores to EngineeringCAS using school code 4530. The Graduate Record Examination (GRE) is required for all Doctor of Philosophy programs and for the Master of Science in Engineering in Computer Engineering and Electrical Engineering. It is accepted but not required for other master's applicants

International Applicants

English proficiency is required. If English is not your country's national language, please submit one of the following scores:

• Test of English as a Foreign Language (TOEFL): 79+
• International English Language Testing System (IELTS): 6.5+
• Duolingo: 115+
• ASC English: Level 6+
• Pearson Test of English (PTE): 53+

For the TOEFL, please send your scores to EngineeringCAS using the school code B887.