What Skills Can You Gain With a Master’s in Electrical Engineering?

Electrical engineers have the critical job of ensuring that the electrical and electronic equipment, components, and systems we use every day function effectively—from the wireless networks we rely on for communication to the power grids that supply energy to our homes and cities.

If you want to advance your technical and professional skills in electrical engineering, move into management roles, and lead teams, read on to learn how a Master of Engineering (MEng) in Electrical Engineering can help you achieve your career goals.

A Master of Engineering in Electrical Engineering teaches you the technical and leadership skills needed to succeed in electrical engineering jobs across a wide range of fields—including tech, telecommunications, defense, biomedical, aerospace, energy utilities, and manufacturing. 

Using the latest technologies, students learn how to build, design, and test electrical components, software, systems, and hardware solutions. Although coursework differs within every program, most programs offer a foundation in and hands-on practice with:

• Electronics and circuit design
• Power and energy
• Signal processing
• Control systems
• Communications
• Embedded systems
• Computer engineering

Many of the core technical and professional skills you’ll gain in a Master of Engineering in Electrical Engineering program include:

1. Advanced circuit and system analysis
2. Engineering design and problem-solving
3. Modeling and simulation
4. Programming and engineering software
5. Specialized electrical engineering knowledge
6. Collaboration and project leadership

In a Master of Engineering in Electrical Engineering program, you’ll learn to design, analyze, and troubleshoot complex electrical circuits, components, and interconnected networks using advanced analytical and mathematical frameworks. You’ll also learn to evaluate and forecast how electric circuits and networks behave and react across varying frequencies and over time.

You’ll also learn how to conceptualize, plan, and create plans, schematics, and prototypes for electrical systems and devices—and how to do so safely and effectively by following regulations, such as the National Electrical Code (NEC). You’ll build and strengthen your problem-solving skills as you troubleshoot complex electrical challenges and issues that arise during design and find solutions.

As an electrical engineering student, you’ll also gain invaluable skills in modeling and simulation. By using industry-standard engineering simulation tools, engineers can accelerate development, cut costs, reduce safety risks, and solve integration problems. Therefore, it’s a necessary skill for electrical engineers in today's workforce.

As an MEng student, you’ll advance your technical proficiency and communication in programming languages and engineering software, such as AutoCAD, Python, MATLAB, Simulink, and C++, some of the most in-demand software skills for electrical engineers today, according to O*NET Online.

Depending on your program’s course offerings, you’ll also gain additional specialized engineering knowledge needed to advance in today’s rapidly shifting technological landscape. 

Some of these subjects may include:

• Intelligent industrial controllers
• Cyber-physical systems
• AI algorithms and machine learning

You’ll also advance your communication and collaboration skills as a future leader in electrical engineering. Many programs teach students skills in engineering project management, organizational effectiveness, leadership models, and conflict management.

Deciding whether to return to school for a Master of Engineering in Electrical Engineering is a big decision. However, it's a significant investment in your career, both in the short and long term.

Earning a master’s degree can help you break into a new specialization or field in electrical engineering and help you earn a significantly higher salary. 

Along with developing the advanced technical skills you need to stay competitive in the field today, coursework in organizational effectiveness and leadership can set you on the path to start a successful leadership or management career.

University of Cincinnati’s online Master of Engineering (MEng) in Electrical Engineering is designed for engineers and technical professionals seeking to gain advanced and up-to-date knowledge in electrical systems, electronics, controls, power systems, and related technologies.

Along with the practical technological skills they need to advance in today’s workforce, our students learn non-technological business principles and task management skills, so they are equipped to step into leadership and management positions.

Our curriculum includes courses in:

• Professional skills
• Project / task management
• AI and industrial AI
• Intelligent industrial controllers
• Cyber-physical systems
• Introduction to sensors
• And more!

Best of all, our online students receive the same rigorous engineering education as on-campus students—led by faculty with direct industry experience—but with the flexibility needed to balance schoolwork with existing professional and personal commitments. 

Interested in learning more about our online Master of Engineering in Electrical Engineering? Reach out today to an Enrollment Services Advisor to get the conversation started!