United Arab Emirates University

What you'll study

The MSc in Electrical Engineering combines advanced coursework with a substantial research or project component. Students typically choose between a thesis (research) track and a coursework/project track. Core study areas include power and energy systems, control and automation, communications and signal processing, microelectronics and embedded systems, and electromagnetics.

• Typical modules: Advanced Power Systems; Renewable and Distributed Energy Resources; Control Theory and Applications; Digital Signal Processing; Advanced Communication Systems; Microelectronic Devices and Circuits; Electromagnetic Field Theory; Embedded Systems and FPGA Design.
• Research and project work: Thesis-track students complete an original research project under academic supervision, culminating in a written thesis and defence. Coursework-track students undertake a capstone project or industrial project that integrates technical and practical skills.
• Laboratory and practical components: The programme makes use of departmental laboratories and experimental facilities for power systems testing, communications and signal processing, microelectronics fabrication and prototyping, control and robotics, and embedded platforms.
• Elective options: Electives allow specialisation in areas such as smart grids, power electronics, VLSI design, wireless networks, machine learning for engineering, and cyber-physical systems.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in electrical engineering or a closely related engineering/technology discipline, with a strong academic record. Candidates with relevant professional experience and a background in mathematics and core electrical engineering subjects may also be considered.

• Academic evidence: Official transcripts and degree certificate demonstrating satisfactory performance in undergraduate studies.
• Supporting documents: Curriculum vitae, statement of purpose outlining research or study objectives, and letters of recommendation from academic or professional referees.
• Language proficiency: If the applicant’s prior instruction was not in English, evidence of English proficiency is required (for example, an approved English language test or equivalent documentation).
• Additional assessment: Shortlisted applicants may be invited to an interview or asked to submit a research proposal, particularly for the thesis track.

Career prospects

Graduates of the MSc in Electrical Engineering are prepared for technical and leadership roles across a wide range of sectors. The programme equips students with skills for advanced engineering positions, research and development roles, and continued study at doctoral level.

• Industry roles: Power systems engineer, protection and control engineer, power electronics specialist, control systems engineer, telecommunications engineer, embedded systems designer, and electronics design engineer.
• Emerging sectors: Professionals work in renewable energy and smart-grid projects, electric vehicle systems, Internet of Things (IoT) and industrial automation, and advanced manufacturing.
• Research and academia: Graduates may move into R&D roles in corporate laboratories or research centres, or continue to a PhD and academic career.
• Public sector and utilities: Opportunities exist within national utilities, regulators, defence and aerospace organisations, and infrastructure projects across the region.

Why study at United Arab Emirates University

United Arab Emirates University is the country’s flagship public research university with a strong College of Engineering offering established expertise in electrical engineering disciplines. The university provides access to modern laboratories, research centres and industry collaborations across the UAE and the wider region.

• Research-led teaching: Faculty members are active in applied research areas that align with regional priorities such as renewable energy, smart grids, communications and advanced electronics.
• Industry connections: Proximity to national utilities, energy companies and technology firms enables collaborative projects, internships and industry-relevant capstone work.
• Facilities and support: Students benefit from dedicated laboratory facilities, computing resources and academic supervision to develop practical and research competencies.
• Career development: The university offers career services, networking opportunities and pathways to professional practice or further research study.