Electrical and Electronic Engineering - Biomedical Engineering Double Major Program (B.S., 4 Years)

4 Years On Campus Bachelors Program

Eastern Mediterranean University Cyprus

Program Overview

The Electrical and Electronic Engineering - Biomedical Engineering Double Major is a unique 4-year program that equips you with dual expertise in two complementary fields, allowing you to graduate with two bachelor's degrees simultaneously. This interdisciplinary approach combines the technical precision of electrical engineering with the life sciences focus of biomedical engineering, preparing you to solve real-world healthcare challenges through innovative medical device design, instrumentation development, and biomedical technology solutions.

Who This Program Suits

This program is ideal if you're passionate about making a direct impact on human health and want to bridge engineering innovation with medical applications. You'll thrive here if you're intellectually curious across multiple disciplines—comfortable with circuit theory and signal processing, but equally drawn to understanding biological systems and physiological processes. It's perfect for students with strong academic performance who are ready to take on a rigorous, rewarding challenge that opens doors across healthcare technology, medical device industries, and biomedical research.

Curriculum Structure

First Year: Building Your Engineering Foundations

Your journey begins with essential coursework in Organic Chemistry (CHEM106) and Introduction to Molecular Biology and Genetics (BIOL124), establishing your chemistry and biological science fundamentals. You'll also dive into Introduction to Human Anatomy and Physiology (MDCN271), which gives you critical insight into the human systems you'll later engineer solutions for. These courses create the bridge between pure engineering and life sciences, ensuring you understand both the technical and biological sides of biomedical problems.

Second Year: Deepening Specialized Knowledge

In your second year, you'll advance into specialized biomedical courses including Biomechanics and Kinesiology I & II (PHYT207, PHYT206), which teach you how to analyze and engineer solutions for human movement and mechanical function. You'll also take Human Biology and Biotechnology (BIOL260), strengthening your understanding of biological processes at both cellular and systemic levels. This year is where the "biomedical" in your degree becomes tangible—you're learning to think like an engineer solving medical problems.

Third Year: Instrumentation and Advanced Applications

Your third year focuses on cutting-edge biomedical applications with Biomedical Instrumentation I & II (BMED327, BMED328), where you'll design and understand the medical devices that directly impact patient care. You'll complement this with Biomaterials (CHEM339) and Cellular and Molecular Physiology (BIOL216), giving you expertise in the materials and biological mechanisms behind modern medical technologies. By this point, you're equipped to work on real-world biomedical engineering projects.

Fourth Year: Integrating Vision and Innovation

Your final year includes advanced courses like Biomedical Imaging (BMED434) and Systems Biology (BIOL414), where you'll synthesize everything you've learned. You're now ready to tackle complex healthcare challenges—from diagnostic imaging systems to understanding how biological systems respond to engineered interventions. This capstone year prepares you for leadership roles in the biomedical industry or further graduate study.

Focus Areas

The program emphasizes biomedical data analysis, medical device design and manufacturing, biomedical imaging and signal processing, simulation of biological systems, healthcare technology innovation, and sports engineering applications.

Learning Outcomes

Graduates will apply engineering principles to understand biological and physiological systems relevant to human health, design and create tailored biomedical solutions for patient care, engineer robust solutions to complex biomedical challenges, develop critical leadership and professional skills for diverse team environments, and engage in experiential, application-based learning.

Professional Alignment & Accreditation

Eastern Mediterranean University's Engineering Faculty boasts 7 ABET-accredited undergraduate programs, with strong international recognition ensuring your degree meets global quality standards for engineering education. This accreditation gives you competitive advantage with employers worldwide who trust ABET credentials.

Reputation & Employability

EMU's Faculty of Engineering supports your career development through value-added services including double major programs, student and faculty exchanges with EU and USA-Canada universities, and access to state-of-the-art laboratories. The university's interdisciplinary approach—collaborating across electrical engineering, biological sciences, medicine, and health sciences—mirrors how modern biomedical companies actually operate, ensuring your education aligns with real industry needs.

Experiential Learning (Research, Projects, Internships etc.)

At Eastern Mediterranean University, our Electrical and Electronic Engineering - Biomedical Engineering Double Major Program (B.S., 4 Years) puts you right in the heart of hands-on learning, where you'll build real-world skills by applying engineering principles to biology and healthcare challenges. You'll work with cutting-edge tools in state-of-the-art labs shared across our Faculty of Engineering and related departments, gaining practical experience in designing medical devices, signal processing, and patient-care tech—preparing you to innovate in biomedical industries from day one.

This experiential approach thrives through dedicated facilities and opportunities tailored for the program:
- Specialized biomedical equipment labs equipped with ECG/EKG simulation sets, respiratory rate monitors, blood pressure devices, EMG, EEG, EOG, and PCG training kits for direct practice on patient-care instrumentation.
- Electronics laboratories featuring oscilloscopes, power units, signal generators, and experiment tables for up to 20 students, perfect for circuit design and testing relevant to biomedical applications.
- Microprocessor labs offering Arduino and PLC training, plus Pic training and LPFK fast PCB prototyping devices to prototype biomedical hardware like sensors and control systems.
- Faculty of Engineering labs supporting B.Sc.-level work in signal & image processing, control systems, telecommunications, and ICT—key for double major students tackling biomedical signal analysis and medical imaging.
- Internship opportunities integrated into the curriculum, providing real-world exposure in hospitals and health institutions for equipment maintenance, repair, and operation.
- Interdisciplinary collaboration with Health Sciences, Medicine, Biological Sciences, and Physics departments, fostering team-based projects on physiological systems and medical device development.

These resources ensure you're not just learning theory—you're creating solutions that matter.

Progression & Future Opportunities

At Eastern Mediterranean University, our Electrical and Electronic Engineering - Biomedical Engineering Double Major Program (B.S., 4 Years) puts you right in the heart of hands-on learning, where you'll build real-world skills in designing medical devices, processing biomedical signals, and tackling health tech challenges. You'll work with cutting-edge tools in state-of-the-art labs shared across our Faculty of Engineering and Biomedical programs, gaining practical experience that employers love—from electronics prototyping to simulating vital signs like ECG and EEG. This experiential approach, coordinated with Electrical & Electronic Engineering and Health Sciences, ensures you're not just studying theory but creating solutions for patient care and human health.

Here's how you'll dive into practical training:
- Advanced electronics and biomedical labs: Two dedicated electronics labs with oscilloscopes, power units, signal generators (for 20 students), plus biomedical equipment labs featuring ECG/EKG simulators, respiratory rate monitors, blood pressure sets, EMG, EEG, EOG, and PCG training kits for direct patient-care device practice.
- Microprocessor and prototyping facilities: Hands-on Arduino and PLC training in the microprocessor lab, plus LPFK fast PCB prototyping devices to build and test your own circuits.
- Internship opportunities: Built-in placements in hospitals and health institutions for real-world application of medical instrumentation, repair, and imaging systems.
- Faculty of Engineering labs: Fully equipped for B.Sc. level work in signal & image processing, control systems, telecommunications, and power—perfect for biomedical applications like medical device design.
- Interdisciplinary collaboration: Group projects across engineering, biology, and medicine, fostering teamwork on complex problems like physiological systems modeling.

This program sets you up to graduate ready to innovate in biomedical tech—apply today and let's get you started!