Bachelor of Science in Electrical & Electronics Engineering

4 Years On Campus Bachelors Program

Girne American University

Program Overview

The Bachelor of Science in Electrical & Electronics Engineering at Girne American University is a dynamic four-year program that builds a rock-solid foundation in math, physics, and core engineering principles, preparing you for real-world innovation in electronics, power systems, and beyond. It's perfect for curious problem-solvers who love tinkering with technology and want hands-on skills for immediate jobs or grad school—think designing circuits, programming systems, or tackling energy challenges in a supportive, flexible environment.

Curriculum Structure
Years 1-2: Building Your Foundation
The first two years focus on essential sciences shared across engineering departments, giving you a strong base in mathematics and physics while introducing engineering basics. You'll dive into problem-solving through integrated theory and labs, getting comfortable with experiments under expert guidance and even computer simulations to test ideas safely. This phase ensures you're well-versed in the principles that power all electrical and electronics work, setting you up for specialization ahead.

Year 3: Core Engineering Mastery
Junior year ramps up with core electrical and electronics courses, where you'll gain firm knowledge across the field, from circuit design to signal processing. Expect hands-on labs and simulations that blend theory with practice, plus courses like those building on Advance Engineering Mathematics concepts and Programming Languages to sharpen your analytical edge. It's here you'll start applying what you've learned to real engineering challenges, building confidence for advanced projects.

Year 4: Specialization and Capstone
Your senior year offers a wide range of technical electives to tailor your expertise—think power systems or high-voltage tech—alongside two graduation projects and summer training for practical polish. You'll tackle specialized topics like Power Supply and Energy Transmission, Power System Analysis and Control, or High Voltage Techniques, coding designs and observing results on real devices. This capstone push prepares you for professional leaps, blending state-of-the-art knowledge with lifelong learning skills.

Focus Areas
Power systems, electronics design, signal processing, programming for engineering, renewable energy applications, and high-voltage technologies—empowering you to specialize in high-demand fields like energy transmission and circuit innovation.

Learning Outcomes
Graduates apply engineering knowledge to solve complex problems, demonstrate leadership in multicultural teams, design and implement systems using core principles, and stay ahead of technical trends through self-development—all backed by 133 credits across 40 courses.

Professional Alignment (Accreditation)
This program aligns with international engineering standards, emphasizing practical skills for immediate professional practice, grad study, or research, with a curriculum flexible enough for global career paths and hands-on labs that mirror industry needs.

Reputation (Employability Rankings)
GAU Engineering grads excel in multidisciplinary environments, with strong employability through project-based learning that fosters critical thinking and innovation—preparing leaders for tech corporations, as seen in our faculty's real-world research impact.

Experiential Learning (Research, Projects, Internships etc.)

At Girne American University, our Bachelor of Science in Electrical & Electronics Engineering program puts hands-on learning front and center, so you'll build real-world skills right from your undergrad courses. You'll dive into experiments with DC and AC machines under loaded and no-load conditions, design and test circuits, and program hardware to control systems—all in state-of-the-art labs tailored for electrical engineering. These facilities, like the dedicated PLC & Microprocessor Laboratory and Electronics Laboratory, ensure you're not just studying theory but creating solutions that matter, with support for your graduation projects too.

Here's how our experiential learning ramps up your practical expertise:
- PLC & Microprocessor Laboratory: Work with Siemens Simatic S-7 200 PLC sets, 8086 microprocessors, and PIC F877 microcontrollers, all linked to computers with specialized programming tools to learn hardware control through code—perfect for core courses and projects shared with computer engineering students.
- Electronics Laboratory: Hands-on with DC/AC circuits, diodes, transistors, amplifiers, OP-AMPs, active filters, logic circuits, multiplexers, counters, and ALUs to master circuit theory, physical electronics, and digital systems; supports all engineering students and graduation projects.
- Electrical Machinery and Alternative Energy Laboratory (in Techno Park): Experiment with electrical machines and renewable energy tech to apply power systems knowledge practically.
- Microwave and Communication Laboratory (in Techno Park): Gain skills in communication systems and microwave tech through targeted experiments.
- Group projects and computer simulations: Integrate problem-solving with theory in third- and fourth-year courses, using simulations to test designs before building them physically, plus computer-integrated experiments where you code and see results on real appliances.
- Digital tools and software: Leverage the Moodle e-learning platform (elearning.gau.edu.tr) for course materials, discussions, events, and simulations that extend lab work beyond the classroom.
- Research-designated labs: All listed labs, including those in Techno Park Complex, support undergraduate research, graduation projects, and advanced testing like frequency response and voltage regulators.

These opportunities, backed by our accredited program (recognized by bodies like Pakistan Engineering Council via ASIIN), prepare you to step confidently into industry—imagine interning or job-hunting with a portfolio of real projects!

Progression & Future Opportunities

At Girne American University, our Bachelor of Science in Electrical & Electronics Engineering program puts hands-on learning front and center, so you'll build real-world skills right from the start through cutting-edge labs and projects that mirror industry challenges. You'll dive into experiments with DC and AC machines, circuit designs, and programmable systems using professional-grade tools and software, all in facilities that exceed European Union standards for engineering education. These resources prepare you to tackle everything from power systems to microcontrollers, giving you the confidence to innovate and lead in electrical engineering.

Here's what sets our experiential learning apart, tailored specifically for this program:
- PLC & Microprocessor Laboratory: Work with Siemens Simatic S-7 200 PLC sets, 8086 microprocessors, and PIC F877 microcontrollers, supported by computers and dedicated programming tools to learn hardware control via software—perfect for core courses and your graduation project.
- Electronics Laboratory: Experiment with DC/AC circuits, diodes, transistors, amplifiers, OP-AMP applications, active filters, logic circuits, multiplexers, counters, and ALUs to master circuit theory, physical electronics, and digital systems, with support for student projects.
- Electrical Machines Laboratory: Conduct tests on DC and AC machines under no-load and loaded conditions to gain practical insights into machine performance and data analysis.
- Electrical Machinery and Alternative Energy Laboratory (in Techno Park): Explore machinery operations and renewable energy systems, aligning with advanced topics like power supply and high-voltage techniques.
- Microwave and Communication Laboratory (in Techno Park): Hands-on work with microwave theory and communication systems, boosting skills in signal processing and transmission.
- Mechatronics Laboratory (in Techno Park): Integrate electronics with mechanical systems for interdisciplinary projects.
- Graduation projects supported across all these labs, where you'll apply what you've learned to real engineering problems.
- 13 engineering labs total (including Physics, Chemistry, and Software Technologies R&D) accredited above EU criteria by ASIIN, ensuring your skills meet global standards like EUR-ACE®.