Master of Science in Electrical Engineering
Master of Science in Electrical Engineering
Master of Science in Electrical Engineering
An advanced graduate program designed to prepare professionals to analyze, design, develop, and manage advanced electrical and electronic systems that support modern technology and industrial innovation. The program integrates electrical systems, electronics, communications, signal processing, control systems, renewable energy technologies, embedded systems, and advanced engineering applications.
Master of Science in Electrical Engineering
US$ 5,940
36 Credit Hours
18 Months
9–12 Months
3 Credit Hours
US$ 5,940
Engineer the Future of Electrical Systems
Develop advanced knowledge and practical skills to analyze, design, and manage electrical and electronic systems that support modern technology and industrial innovation.
The Master of Science in Electrical Engineering is an advanced graduate program designed to prepare professionals to analyze, design, develop, and manage advanced electrical and electronic systems that support modern technology and industrial innovation. The program integrates electrical systems, electronics, communications, signal processing, control systems, renewable energy technologies, embedded systems, and advanced engineering applications.
Students examine electrical circuit design, digital systems, power systems, telecommunications, signal processing, automation, control engineering, semiconductor technologies, and emerging electrical engineering applications. The curriculum emphasizes engineering analysis, innovation, research, system design, and the development of efficient and sustainable electrical technologies for industry, infrastructure, and advanced technological environments.
Graduates develop advanced competencies in electrical systems design, electronics engineering, communication technologies, automation, energy systems, and engineering research, preparing them for careers in technology companies, engineering firms, energy organizations, telecommunications industries, manufacturing companies, government agencies, research institutions, and global engineering enterprises.
Master of Science in Electrical Engineering
18 Months — Traditional Learning Track
9–12 Months — Fast-Track Learning Program
3 Credit Hours per Course
US$ 5,940
Exclusive of applicable University administrative fees
Required Courses
The Master of Science in Electrical Engineering requires 36 total credits.
| Course No. | Course Title | Credits |
|---|---|---|
| MEE 6000 | Foundations of Electrical Engineering | 3 |
| MEE 6010 | Advanced Electrical Circuit Analysis and Design | 3 |
| MEE 6020 | Digital Electronics and Embedded Systems | 3 |
| MEE 6030 | Signal Processing and Communication Systems | 3 |
| MEE 6040 | Control Systems Engineering | 3 |
| MEE 6050 | Power Systems and Energy Technologies | 3 |
| MEE 6060 | Semiconductor Devices and Electronic Systems | 3 |
| MEE 6070 | Automation, Robotics, and Intelligent Systems | 3 |
| MEE 6080 | Electrical Engineering Research Methods and Applications | 3 |
| MEE 6090 | Emerging Technologies in Electrical Engineering | 3 |
| MEE 6100 | Master's Thesis | 6 |
| Total Credits | 36 | |
Course Descriptions
Select a course to view its description.
MEE 6000 – Foundations of Electrical Engineering
Introduces advanced concepts and applications in electrical engineering, including electrical systems, engineering analysis, electronic technologies, and the role of electrical engineering in modern technological development.
MEE 6010 – Advanced Electrical Circuit Analysis and Design
Examines advanced circuit theory, electrical network analysis, circuit modeling, design principles, and techniques for developing efficient electrical systems.
MEE 6020 – Digital Electronics and Embedded Systems
Explores digital electronics, microprocessors, embedded systems, hardware design, and applications of electronic technologies in intelligent devices and automated systems.
MEE 6030 – Signal Processing and Communication Systems
Focuses on signal analysis, digital signal processing, communication principles, wireless systems, and methods for designing modern communication technologies.
MEE 6040 – Control Systems Engineering
Examines control theory, system modeling, automation technologies, feedback systems, and engineering approaches for designing reliable control applications.
MEE 6050 – Power Systems and Energy Technologies
Explores electrical power generation, transmission systems, energy management, renewable energy technologies, and strategies for developing sustainable electrical systems.
MEE 6060 – Semiconductor Devices and Electronic Systems
Examines semiconductor principles, electronic devices, integrated circuits, microelectronics, and advanced technologies used in modern electronic systems.
MEE 6070 – Automation, Robotics, and Intelligent Systems
Explores automation technologies, robotics systems, artificial intelligence applications, sensors, and intelligent control systems used in advanced engineering environments.
MEE 6080 – Electrical Engineering Research Methods and Applications
Develops research skills in electrical engineering, including research design, engineering analysis, experimental methods, data evaluation, and technical innovation.
MEE 6090 – Emerging Technologies in Electrical Engineering
Examines emerging areas in electrical engineering, including smart systems, advanced electronics, artificial intelligence applications, sustainable technologies, and future engineering trends.
MEE 6100 – Master's Thesis
Students complete an original research thesis addressing a significant issue in electrical engineering, including electrical systems, electronics, communications, power technologies, automation, control systems, or emerging engineering applications. Under faculty supervision, students conduct research, design engineering solutions, evaluate technical challenges, and contribute knowledge to the field.
Career Opportunities
Graduates are prepared for advanced engineering, research, technical, and leadership roles in electrical and technology industries.
Employment Sectors
Graduates may pursue opportunities across electrical engineering, electronics, energy, telecommunications, automation, and advanced technology organizations.
Ready to Engineer the Future?
Explore the Master of Science in Electrical Engineering and take the next step toward advancing your career in electrical systems design, electronics engineering, automation, and sustainable energy technologies.
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