Bachelor of Science in Engineering in Biomedical Engineering
Program Overview
The BSE program in biomedical engineering equips students with the knowledge and skills to translate health solutions into viable biomedical device prototypes. Combining engineering and life sciences, graduates are empowered to apply their skills ethically and sustainably to address societal and individual needs. The program emphasizes engineering design fundamentals, human physiology, biomaterials, and biosensors, culminating in a senior design capstone project.
Program Outline
Combining engineering and life sciences knowledge, graduates are equipped to apply their skills ethically and sustainably to address societal and individual needs.
Objectives:
- Equip graduates with a deep understanding of engineering principles, life sciences, and ethical considerations.
- Empower graduates to create feasible biomedical device prototypes for healthcare solutions.
- Foster responsible and sustainable research and development within the field of biomedical engineering.
- Train graduates to contribute meaningfully to scientific advancements and societal needs.
Program Description:
- Accredited by the ABET engineering and biomedical accreditation commissions.
- Provides students with the ability to apply mathematics, science, and engineering principles in solving complex biomedical problems.
- Develops hands-on skills needed for biomedical technology research and design.
- Cultivates critical thinking, analysis, and problem-solving abilities for effective implementation in real-world scenarios.
- Fosters ethical considerations within biomedical research and development. It emphasizes:
- Engineering design fundamentals and computational tools
- Human physiology, anatomy, and pathophysiology
- Biomaterials and tissue bioengineering
- Biomechanics, biomedical imaging, biosensors and instrumentation.
- Development processes for viable prototypes.
Program Structure:
- The program consists of 120 credit hours spread across different categories:
- Mathematics, sciences (physics, chemistry)
- Biomedical core courses (physiological systems, computational modeling, etc.)
- Engineering core courses (mechanics, electronics, controls)
- Biomedical engineering elective courses
- Senior design capstone project
Course Schedule and Individual Modules:
The exact schedule and module descriptions vary based on the chosen track within the BSE program. These maps detail the requirements and specific courses for each semester of the chosen track.
Assessment:
Assessment Methods:
- Continuous evaluation using various methods:
- Exams and quizzes to measure knowledge acquisition
- Problem sets and projects to assess comprehension and application
- Presentations to evaluate communication skills
- Performance-based evaluations in lab courses
Assessment Criteria:
- Understanding and application of biomedical engineering concepts.
- Problem-solving and critical thinking abilities.
- Design, analysis, and implementation skills.
- Ethical and professional conduct demonstra
