MASTER OF SCIENCE IN ELECTRICAL ENGINEERING
Drive innovations in clean energy and sustainable power systems, automation and intelligent systems, and next-gen wireless communication, sensing and radar technologies with Villanova’s Master of Science in Electrical Engineering.
Villanova University’s 30-credit Master of Science in Electrical Engineering (MSEE) program prepares you to build and optimize intelligent systems in energy, communications and emerging technologies.
This graduate program empowers you with advanced skills and the vision to lead innovation in industries that are driving global progress and change.
A Villanova Master of Science in Electrical Engineering offers the following concentration areas, as well as an option for a custom degree plan:
- Bio-Signals, Senors and Informatics
- Electric Energy Systems
- Microwave, Antenna and Photonic Systems
- Signal Processing and Communications
Classes are small and conveniently held in the evenings and can be completed in person or online in real time—all while either completing a thesis or finishing six additional credits of elective courses instead.
100% online,
on-campus or hybrid options
Intelligent systems for a smarter future
Thesis or nonthesis curriculum
options
Why Choose Villanova’s MS in Electrical Engineering?
Earn your MS in Electrical Engineering and build technology systems that will power our future and protect our planet.
Villanova’s top-ranked program offers 100% online, on campus or hybrid degree completion.
- Specialized electives in high-demand areas, including:
- Bio-Signals, Sensors and Informatics
- Electronic Circuits and Systems
- Electric Energy Systems
- Microwave, Antenna and Photonic Systems
- Signal Processing and Communications
- System Dynamics and Controls
Pursue either a thesis or nonthesis MSEE degree.
Learn from faculty with extensive research expertise and industry experience.
Build a professional network that connects you to leaders and innovators, throughout the Nova Nation and beyond.
Gain cutting-edge skills and technological savvy to advance your career in electrical engineering.
Flexible Options
Classes are conveniently offered in several modalities for degree completion: 100% online, on campus or hybrid.
The program offers a flexible learning schedule through a combination of asynchronous content and optional synchronous sessions that can be attended in person or via Zoom. This unique structure allows students to complete the program fully online and synchronously.
Our program is ideal for working professionals, blending structure with flexibility so you can tailor your learning experience to your needs by combining online and on-campus participation as you prefer.
Industry Connections
and Partnerships
Villanova Engineering graduates are united by a shared commitment to social responsibility and the greater good. Their dedication to sustainability and their pursuit of ethical, innovative solutions will help build a safer, healthier and more equitable world for all.
Villanova’s Master of Science in Electrical Engineering program has a longstanding history of collaboration with leading organizations like Cobham Advanced Electronic Solutions, L3 Harris Technologies, Lockheed Martin, Lutron Electronics, Naval Surface Warfare Center and PECO.
Our alumni network, affectionately known as the Nova Nation, includes more than 40,000 Villanova Engineering graduates who can also be found making an impact in their own leadership roles all around the world.
Transform your career in smart technology and digital innovation with Villanova University’s Master of Science in Electrical Engineering. Join a prestigious institution where innovation and expertise drive progress around the world.
Applicants with BS degrees in other engineering disciplines may be considered. Contact engineering.grad@villanova.edu for more information.
DEGREE REQUIREMENTS
The Master of Science in Electrical Engineering program requires a minimum of 30 earned semester credits (10 three-credit courses) and one zero-credit seminar course.
The program includes a thesis option or nonthesis option, as well as the following requirements:
- 30 semester credit hours
- Minimum of 21 course credits and up to 9 research credits
- A written proposal for thesis completion prior to starting the program (with thesis option)
If you choose to write a thesis, you must also be prepared to make an oral presentation before you graduate from the program.
MSEE Admission Requirements
US applicants with a BS degree in Electrical Engineering from an accredited program:
- 3.0 GPA
- Two letters of recommendation
US applicants with a BS degree in Mathematics, Mechanical Engineering, Physics or Electrical Engineering Technology:
- 3.25 GPA
- Two letters of recommendation
International Requirements
Applicants with a degree from a non-US university:
- 3.25 GPA
- Minimum TOEFL of 90 or IELTS score of 7.0
- Two letters of recommendation
SAMPLE COURSES BY CONCENTRATION
Core Courses:
- Analysis of Biomedical Signals
- Engineering Math I
Area Courses:
- Biostatistics & Exper. Design
- Stat Signal Processing
- Advanced Machine Learning Sensors
- Introduction to Photonics Wearable Biosensing
- 3D Cell Cultures
- Statistical Theory II
Elective (Breadth) Courses:
- Advanced Topics: C/M/D Biology
- Health Informatics and E-Health Systems
- Applied DSP
- Control Systems Engineering
- Machine Learning for Engineers
- Statistical Analysis I
- Healthcare Ethics
- Statistical Methods
Core Courses:
- Electric Machinery
- Power System Modeling
- Control Systems Modeling
Area Courses:
- Renewable Energy Policy
- Fund Solid Electronics
- Intro to Power Electronics
- Renewable Energy Systems
- Intro to Electric Drives
- Design & Model of Electric Vehicles
- Electrochemical Power Sources
- Digital Control
- Power Electronics
- Smart Energy Systems
- Power System Dynamics
- Advanced Electric Drives
Elective (Breadth) Courses:
- Computer Comm Networks
- Electric Measure & Conversion
- Solar Therm Energy Conversion
- Cryptography & Network Security
Core Courses:
- Antenna Theory I
- Introduction to Photonics
- Microwave Theory & Tech I
- Microwave Theory & Tech II
Area Courses:
- RFIC Design
- Antenna Theory & Design II
- Optical Communications
- Required Math Course
- Engineering Math I
Elective (Breadth) Courses:
- Should be selected, in consultation with an advisor, to complement MAPS core and area courses such that degree supports students’ professional interests.
Core Courses:
- Applied DSP
- Stat Signal Processing
- Comm Systems Engineering
Area Courses:
- Wireless Communications
- Radar Systems
- 5G Wireless Networks
- Analysis of Biomedical Signals
Required Math Course (one of the following two courses):
- Engineering Math I
- Linear Algebra
Elective (Breadth) Courses:
- Should be selected, in consultation with an advisor, to complement SPC core and area courses such that degree supports student’s professional interests.
RESEARCH AREAS
Ongoing faculty research programs include but aren’t limited to:
- 5G communication systems and beyond
- Automotive research
- Battery management and control algorithm development
- Biomedical signals and systems
- Biophotonics
- Inverse scattering and microwave imaging
- Low probability of intercept signal design
- Microgrid management and control
- Multi-function systems and RF co-existence
- Novel antennas and metasurfaces
- Optical sensing and communications
- Radar for commercial and defense sensing
- Semiconductor control devices for RF and microwave communication systems
To learn more about curriculum and academic requirements for the program, please contact:
Ahmad Hoorfar, PhD
Director of Graduate Studies
Professor of Electrical and Computer Engineering
ahmad.hoorfar@villanova.edu
For additional information regarding the admissions process, requirements and deadlines, please contact:
Barry Griffiths, EdD
Director of Graduate Admissions and Recruitment, College of Engineering
barry.griffiths@villanova.edu
HEAR FROM OUR ENGINEERS
“Villanova offers a strong research-oriented graduate school program. It has extremely qualified faculty willing to help students excel in their areas of interest.”
Shalini Sunkara, Senior Project Electrical Engineer, Lutron Electronics
“The professors in Electrical Engineering are very easy to work with and the program itself is tailorable. I appreciated how I was able to select classes that matched my professional interests.”
Mark Schaff, Systems Engineering Lead, Boeing