In today’s technology-driven world, a BSc in Electrical and Electronics Engineering (EEE) opens doors to a future of innovation and endless career opportunities. This dynamic field equips students with the skills to design, develop, and optimise cutting-edge technologies that power modern industries.

EEE programme blends theory with practical experience, providing expertise in circuit design, programming, data analytics, AI integration, and power electronics. Students gain hands-on experience through labs, industry projects, and internships, ensuring they graduate job-ready.

From designing next-generation renewable energy solutions to developing AI-powered smart devices, EEE professionals drive technological advancements that shape the future. Whether you’re passionate about electric vehicles, power systems, embedded systems, or cybersecurity, this degree empowers you to create impactful solutions.

A graduate in Electronics and Electrical Engineering is well-equipped for a dynamic career in AI, computer science, and emerging technologies. Opportunities span IoT, smart systems, renewable energy, embedded systems, and AI-driven automation. Graduates can contribute to advancements in robotics, EV technology, 5G/6G, and AI hardware, leveraging skills in programming, data analysis, and AI integration. Industries like telecommunications, energy, automotive, and consumer electronics offer exciting career paths, keeping professionals at the forefront of innovation in a rapidly evolving digital world.

Proficiency Requirements

One of the following English Proficiency Requirement:

• Grade of 80% for English language in high school or Academic IELTS with an overall score of 5.0 Or one of the standardized English language test that is internationally recognised test that is approved by the Ministry of Higher Education and Scientific Research UAE (MOHESR).
• Curricula taught in English are exempted from English Language requirement.

One of the following Mathematics Proficiency Requirement:

• Ministry Curriculum: (Advanced or Elite Curriculum): grade of 80%
• American Curriculum: grade of 80%
• IB- Minimum 3 in HL or SL Mathematics
• AS/A Level Minimum C in Maths
• Indian and Pakistani Boards 12th Standard: grade of 65%

One of the following Physics Proficiency Requirement:

• Ministry Curriculum: (Advanced or Elite Curriculum): grade of 80%
• American Curriculum: grade of 80%
• AS/A Level Minimum C/Pass
• IB – Minimum 3 in HL Physics
• Indian and Pakistani Boards 12th Standard: grade of 65%

One of the following Chemistry or Biology Proficiency Requirement:

• Ministry Curriculum: (Advanced or Elite Curriculum) a grade of 80% Chemistry or Biology.
• American Curriculum: grade of 80%
• O/AS/A Level Minimum C/Pass
• IB – Minimum 3 in HL Chemistry or Biology
• Indian and Pakistani Boards 12th Standard: grade of 65%

For non-ministry Curricula, students will still need to submit the certificate of equivalency.

Documents Required

• Official UAE secondary school certificate (or its equivalent) attested by the MOE-UAE
• For the non UAE high school curriculums, attested official transcript along with the equivalency letter from the MOE-UAE must be provided.
• An official certificate of the proficiency scores
• Copy of a valid passport
• Copy of UAE Identity card
• Copy of a valid UAE residence visa
• Copy of family book for UAE nationals
• Male UAE nationals must meet the requirements of the national service before admissions.
• Pass an admission interview

• Acquire knowledge in a range of math, statistics, science, and multiple engineering disciplines required to model and solve complex electrical and electronic systems problems.
• Acquire advanced knowledge in a range of EEE topics covering advanced electronic systems and different electrical power drive components and systems.
• Acquire knowledge of the ethical and professional responsibilities in engineering situations taking into consideration the impact of engineering solutions in global, economic, environmental, and societal contexts.
• Use a range of mathematical and engineering tools to identify, formulate, analyse, solve, and improve Electrical and Electronics Engineering Systems, Devices and Digital systems.
• Develop and conduct appropriate experimentation, analyse, and interpret data, and use engineering judgment to draw conclusions.
• Recognise ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
• Identification, designing, planning, and assessment of different EEE systems or solutions to meet key performance indicators.
• Function effectively in multi-functional, multi-disciplinary project teams
• Communicate effectively, both orally and in writing with people of different backgrounds and education levels.
• Recognise the need for, and the ability to engage in life-long learning of emerging issues in EEE engineering knowledge and practices.

General Educational Modules

• English learning and communication skills
• Introduction to Innovation and Entrepreneurship
• Environmental Sc. & Sustainability
• ITC 101 Introduction to Computers
• Critical thinking and academic writing

Maths and Natural Sciences (37 Credit Hours)

• Calculus I
• Physics I+ lab
• Intro to Statistics
• Linear Algebra
• Physics II + lab
• Calculus II
• Differential Equations
• Programming MATLAB
• Chemistry+ lab
• Advance Math for Engineer
• Chemistry+ lab

Engineering, Science and Design (56 credit hours)

• Computer Aided Drafting and Design CADD
• Digital System Design I
• Material Science and Engineering
• Introduction to Engineering & Innovation
• Digital Systems Design II
• Electronic Circuit Design I
• Engineering Electromagnetic Fields
• Electrical and Electronics Engineering Lab_1(for EEENG212, EEENG221 and EEENG222)
• Electronic Circuit Design II
• Introductory C Programming
• Engineering Economy and Entrepreneurship
• Signals and Systems
• Electrical Power devices & Machines + Lab
• Electrical and Electronics Engineering Lab_2 (for EEENG313 and EEENG322)
• Power System Analysis
• Digital Signal Processing
• Professional Practice and Ethics
• Sensors & Instrumentation
• Analogue and Digital Communications
• Systems and Control Engineering
• Electrical and Electronics Engineering Lab_3(for EEENG412, EEENG413 and EEENG422)
• Sensors, Instrumentation and Control Lab

Elective Modules (12 credit hours)

• Free Elective 1
• Free Elective 2
• Techical Elective 1
• Techical Elective 2
• Electrical & Electronics Engineering Internship During Summer for 8 Weeks
• EEE Design Graduation project (continuation three terms)