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4 Years On Campus Bachelors Program
Middle East Technical University Northern Cyprus CampusThe Electrical and Electronics Engineering B.Sc. at METU Northern Cyprus Campus offers a cutting-edge 4-year program in English, blending strong foundations in math, physics, and engineering with flexible specializations in areas like computer engineering, microwave circuits, power systems, and control—perfect for students passionate about innovating in energy, tech, health, and defense. It's ideal for motivated learners who want to build research skills early, tackle real-world challenges through senior design projects, and launch into high-demand global careers as engineers, researchers, or leaders.
Curriculum Structure
Year 1 lays a rock-solid foundation in core sciences to prepare you for engineering challenges ahead. You'll dive into MAT 119 Calculus with Analytic Geometry, mastering the math tools essential for all technical analysis, alongside PHY 105 General Physics I for understanding motion and forces, and CHM 107 General Chemistry to grasp material properties at the atomic level—setting you up perfectly for advanced topics.
Year 2 shifts toward engineering fundamentals, building your problem-solving toolkit with circuits and systems. Courses like EEE 209 Fundamentals of Electrical Engineering introduce circuit analysis and basic electronics, while MAT 210 Applied Mathematics for Engineers equips you with modeling techniques, and you'll explore mechanics to connect theory to practical designs.
Year 3 ramps up specialization, focusing on signals, systems, and digital tech that power modern devices. Expect hands-on work in EEE courses on digital system design and communication technologies, signal processing, and control systems, helping you analyze complex data and build prototypes that solve real problems like automation and energy management.
Year 4 polishes your expertise through advanced electives and a capstone senior design project addressing 21st-century challenges, such as renewable energy or AI-driven robotics. You'll choose from technical electives in power electronics, microwave circuits, antennas, or biomedical applications, culminating in innovative projects that showcase your skills to employers.
Focus areas: Specialize in computer engineering, microwave circuits and antennas, power systems and power electronics, or control systems after a strong base in sciences and engineering fundamentals.
Learning outcomes: Gain recognized research and leadership abilities, creative problem-solving, lifelong learning habits, and proficiency across electromagnetic theory, circuit design, digital systems, communications, power applications, AI, and biomedical engineering—preparing you for global impact.
Professional alignment (accreditation): The program aligns with METU's world-class standards, emphasizing engineering accreditation principles through rigorous curriculum design, research opportunities, and industry-relevant skills in high-tech sectors.
Reputation (employability rankings): METU NCC EEE graduates secure competitive roles in international companies and top graduate schools worldwide, thanks to the program's focus on hard/soft skills and early research—positioned strongly in Turkey's engineering landscape with proven placement in energy, tech, defense, and bioengineering.
At METU Northern Cyprus Campus's Electrical and Electronics Engineering B.Sc. program, you'll dive right into hands-on learning that turns theory into real-world skills, thanks to our modern laboratories and cutting-edge facilities designed specifically for future EE leaders. From the start, you'll work with advanced tools in electronics, circuits, and power systems, building expertise through practical experiments and projects that mirror industry challenges. Our faculty, who lead cutting-edge research, guide you in a student-centered environment where every technical question gets answered, ensuring you graduate ready to innovate in fields like communications, power electronics, and AI.
Here are some standout ways our program emphasizes experiential learning:
- Well-equipped laboratories: Dedicated EEE labs let you conduct experiments in areas like circuit design, microwave circuits, antennas, and power systems, with hands-on access to electrical measurement equipment, soldering, wiring, and data collection tools.
- Summer practices (internships): After your fourth semester, gain real industry exposure at eligible institutions—like electrical machine factories (generators, transformers), power plants, communication systems firms, or computer hardware companies—focusing on practical tasks such as operating equipment, safety protocols, and technical reporting. These must involve at least two EEE engineers on-site, building skills in design, testing, and telemetry.
- Group projects and technical electives: Specialize in computer engineering, microwave circuits/antennas, power systems/electronics, or control through flexible curriculum projects that encourage teamwork on large-scale circuit design, digital systems, and emerging tech like AI and biomedical applications.
- Computing and digital tools: Leverage the campus's Computing and IT Building with suites for software like computer-aided design (CAD) tools used in RF amplifiers, oscillators, and power system simulations, plus internet-connected seminar rooms for collaborative work.
This practical focus, combined with our dynamic campus vibe overlooking Morfou Bay, sets you up for leadership in a fast-evolving field—apply today and let's get you started!
At METU Northern Cyprus Campus's Electrical and Electronics Engineering B.Sc. program, you'll dive right into hands-on learning from day one, building real-world skills in modern laboratories equipped for everything from circuit design to power systems. Our faculty-led facilities give you access to cutting-edge tools and experiments that mirror industry practices, ensuring you're not just studying theory but applying it to create solutions in areas like communications, microwaves, and renewable energy. This practical focus, combined with a flexible curriculum, prepares you to specialize in high-demand fields like power electronics or control systems while developing leadership and lifelong learning habits.
Here are some standout ways our program turns knowledge into skills::
- Dedicated EEE Laboratories: State-of-the-art labs tailored for electrical and electronics engineering, where you'll work on experiments in electromagnetic fields, digital systems, microwave circuits, antennas, power electronics, and high-voltage applications—perfect for hands-on circuit analysis and large-scale design projects.
- Summer Internships (Practice): Mandatory after your fourth semester, these real-world placements at industry sites (like electrical machine factories, power plants, or communication firms) involve soldering, wiring, operating equipment, data collection, and technical reporting—must have at least two EEE engineers on site, with options abroad excluding local universities.
- Group Projects and Technical Electives: Collaborate on design and test activities in labs, building toward specializations in computer engineering, microwaves, power systems, or controls, with faculty support for creative problem-solving.
- Advanced Tools and Software: Use industry-standard equipment for measurement, RF amplifiers, microstrip techniques, and computer-aided design (CAD) in courses like Communication Electronics, plus real-time power system monitoring tools in power-focused electives.
- Research-Designated Facilities: Engineering labs support cutting-edge research by faculty in telecom, embedded systems, and power, with access to a developing research library, IT computing suites, and audio-visual seminar rooms for group work.
This is your chance to join a program that's shaping tomorrow's leaders in a dynamic, student-centered environment—apply today and start building your future!
Application for Conditional Acceptance: METU NCC offers conditional acceptance for students who apply before completing their final high school exams or while awaiting results, provided they submit school-certified mock exam results. Students who have taken accepted exams but have not yet completed their final year may also apply under conditional acceptance.SAT (Reasoning/SAT1 or SAT Subject/SAT2): Minimum SAT1 score of 900/1600 with at least 550 in Math for Engineering, Economics, and Business programs, or an average of 600 in at least 3 relevant SAT2 subjects.International AS and A Levels / IB / AP: Minimum 2 A Levels (grades A*–C) in relevant subjects (or equivalent AS levels), OR IB Diploma with a minimum score of 26, OR AP results with a minimum score of 12 (4,4,4) across three relevant subjects.American College Testing (ACT): Minimum ACT score of 25 out of 36 is required for eligibility.English language Requirement: TOEFL(iBT): 75China: A minimum University Entrance Examination (Gaokao) score of 480 out of 750 in the stream related to the program applied for, or a minimum score of 65% in the 12th-grade Senior Secondary School Certificate OR a certificate of any of the internationally available examinationsFrance: French Baccalaureate with a minimum score of 12 out of 20 in the stream related to the program applied for OR a certificate of any of the internationally available examinationsGermany: Germany: A maximum overall grade of 3 in the ABITUR exam, and a minimum score of 8 out of 15 in the subjects related to the program applied for OR a certificate of any of the internationally available examinationsSaudi Arabia: General Secondary Education Certificate (Thanwiya Amma') and a minimum of 70% from the"Qudurat" Test OR a certificate of any of the internationally available examinationsCanada, South Africa, India, USA : Applicants must have achieved a minimum of 60% in a high school graduation certificate (Baccalaureate/High School Graduation Certificate/Matura/General Secondary Education Certificate), provided that the qualification allows progression to a 4-year undergraduate degree program.Pakistan, Egypt: Applicants must have achieved a minimum of 65% in a high school graduation certificate (Baccalaureate/High School Graduation Certificate/Matura/General Secondary Education Certificate), provided that the qualification allows progression to a 4-year undergraduate degree program.Electrical EngineerElectronics EngineerPower Systems EngineerPower Electronics EngineerControl Systems EngineerAutomation EngineerTelecommunications EngineerSignal Processing EngineerRobotics EngineerEmbedded Systems EngineerVLSI Design EngineerMicroelectronics EngineerCommunication Systems Engineer
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