Biomedical Engineering (Undergraduate)

About the Program

What is Biomedical Engineering?

Biomedical Engineering is an interdisciplinary field that applies the analytical techniques of traditional engineering to solve problems encountered in biology and medicine, aiming to drive overall progress in healthcare. This field focuses on understanding the structures of components within the human body, examining their functions and interactions, and developing tools and devices to address functional disorders. Biomedical Engineering plays a crucial role in bridging the gap between health and life sciences through both theoretical and applied engineering principles.

Key Disciplines in Biomedical Engineering

Biomedical Engineering integrates various fields such as medicine, material engineering, computer engineering, electrical-electronics engineering, physics, chemistry, and biology. This multidisciplinary approach enables the development of innovative technologies in healthcare, medical devices, and biotechnology.

Biomedical Engineering Undergraduate Program

The Biomedical Engineering Undergraduate Program is a 4 year program delivered in English, preparing students for careers in medical technology and healthcare innovation. Graduates of the program earn the title of Biomedical Engineer and gain the necessary expertise to contribute to advancements in medical devices and health technology. Throughout the program, students receive a mix of theoretical knowledge, laboratory applications, project work, and internship opportunities to enhance their practical skills and align with the latest industry developments.

Education Opportunities

Key Areas of Work

The work area of Biomedical Engineers spans a wide range of areas, including the design of medical devices and software, gathering information from various technical sources, and developing new procedures to address clinical problems through clinical research. Biomedical Engineers play a critical role in advancing healthcare by solving complex issues related to medical technology and patient care.

Biomedical Engineering Curriculum

The Biomedical Engineering curriculum provides students with a comprehensive education that covers both basic science and engineering principles.
Core subjects in the program include:

• Basic Science Courses: Physics, Chemistry, Biology, Mathematics, and Materials Science, which provide the fundamental knowledge required for biomedical engineering.
• Engineering Courses: Key engineering subjects such as Thermodynamics and Project Management are offered to help students develop problem-solving and technical skills.
• Electrical and Electronics Engineering Courses: Courses like Circuit Theory, Signals and Systems, and Electronics provide students with the essential knowledge of electronics, critical to biomedical systems.
• Biomedical Engineering-Specific Courses: Courses in Biomechanics, Bioelectricity, Clinical Engineering, Medical Imaging, Medical Devices, and Biomedical Device Design offer in-depth training in the application of engineering principles to healthcare technologies.

Practical Experience and Laboratory Work

Students in the Biomedical Engineering program have numerous opportunities to apply the theoretical knowledge they acquire through summer internships and graduation projects. These hands-on experiences prepare students to enter the workforce with real-world skills. Additionally, most of the courses in the curriculum include laboratory applications, which are conducted in state-of-the-art laboratories equipped with advanced technology within the Faculty of Engineering.

Career Areas

Career Opportunities for Biomedical Engineers

The demand for Biomedical Engineers with the technical and scientific expertise to design, develop, and efficiently utilize biomedical systems is rapidly increasing. Biomedical Engineers can pursue various career paths in the healthcare and medical device sectors, contributing to advancements in medical technologies and improving patient care.

Biomedical Engineering Roles in Healthcare Institutions

Biomedical Engineers can work as design engineers in both state and private sector healthcare institutions such as hospitals and diagnostic centers. In medical device manufacturing organizations, they can take on roles as quality control engineers, ensuring the production pocess meets strict standards for safety and performance. Additionally, Biomedical Engineers may work as support engineers in after-sales support units of companies that supply medical devices, materials, and equipment.

Responsibilities in Medical Device Calibration and Simulation

In institutions responsible for overseeing state and private healthcare facilities, Biomedical Engineers are involved in the calibration and simulation of medical systems and devices. These activities are crucial in maintaining the accuracy and functionality of medical equipment. Furthermore, they participate in investment planning for health-related infrastructure and device procurement.

Training and Education for Medical Technologies

Biomedical Engineers also play an essential role in providing training on medical devices and medical technologies. They may offer training in simulation centers within the Ministry of Health, as well as in state and private healthcare institutions, ensuring that medical professionals are up to date with the latest technologies and best practices.