COURSE CURRICULUM

The Biomedical Engineering (BME) option within Computer Engineering is a specialized track that prepares students to apply engineering and computing principles to medicine and healthcare technologies. It is integrated into both the electrical engineering and computer engineering programs, allowing students to build a strong core in computing systems while also gaining biomedical knowledge. The required coursework includes a combination of advanced engineering, mathematics, physics, and biology-related subjects. Students study topics such as electric circuits, digital systems, embedded microcomputer design, signals and systems, computer organization, and engineering analysis, which form the technical foundation of modern computing and electronic systems. In addition, students take human anatomy and physiology to understand how the human body functions, which is essential for designing medical technologies. The biomedical engineering-specific courses focus on applying engineering to healthcare, including biomedical instrumentation, digital image processing, and biomedical engineering or biomaterials. These courses prepare students to design devices and systems such as medical imaging tools, monitoring equipment, and diagnostic technologies. The program also includes a two-part senior capstone project where students work on real engineering problems and develop practical solutions, often related to biomedical applications. Professional electives allow students to deepen their expertise in specialized technical areas, while general education and discovery requirements ensure a well-rounded academic experience. Throughout the program, students must maintain a minimum GPA in ECE and CS courses to remain in good standing. Overall, this option prepares graduates for careers in medical device development, healthcare technology, research, and engineering roles that support the biomedical and healthcare industries, combining technical computing skills with biological and medical understanding.