COURSE CURRICULUM

The Biomedical Electronics course is organized over three years and divided into six semesters. Each semester includes mandatory modules that provide students with knowledge in electronics, biology, mathematics, and medical technologies. In Year 1, students begin by learning the fundamental concepts that combine biological science with electronic engineering. In Semester 1, the modules include Physiology and Cell Biology 1, Electrical and Electronic Fundamentals, Mathematics and Computer Application 1, Programming Systems, and Technical Communications. These subjects introduce students to the basics of human biology, electronic principles, mathematical methods, computer programming, and communication skills that are important for engineers. In Semester 2, students study Physiology and Cell Biology 2, Prototyping, Electrical and Electronic Circuits, and Mathematics and Computer Applications 2. These modules help students develop a deeper understanding of biological processes while also building practical skills in circuit design, electronics, and system prototyping.In Year 2, the program moves toward more advanced topics in electronics and biomedical technology. In Semester 3, students study Computer Programming, Analogue and Digital Electronics 1, Engineering Mathematics 1, Fundamentals of Microbiology 1, and System Design and Test. These modules focus on electronic components, programming techniques, mathematical analysis, microbiology concepts, and methods used to design and test electronic systems. In Semester 4, students continue with Analogue and Digital Electronics 2, Medical Devices and Instrumentation, Engineering Mathematics 2, Fundamentals of Microbiology 2, and Embedded Systems 1. At this stage, students gain knowledge about the design and operation of medical devices as well as embedded electronic systems used in modern healthcare equipment.Year 3 focuses on more specialized and advanced topics related to biomedical electronics. In Semester 5, students study Analysis of Analogue Circuits, Molecular Biology and Immunology 1, Digital Communications, Engineering Mathematics 3, and Embedded Systems 2. These modules strengthen students’ understanding of electronic circuit analysis, communication systems, and biological processes related to medical technology. In Semester 6, students study Network Programmability and Automation, Molecular Biology and Immunology 2, Medical Device Standards and Regulations, Development Project in Engineering, and Software Defined Radio. During this final stage of the program, students apply their knowledge to practical projects and learn about the regulations and standards used in the medical device industry, preparing them for careers in biomedical electronics and healthcare technology.