Biomedical engineering in Nepal is the emerging branch of engineering. It is a bachelor-level degree where students get information merging health with technology to uplift the health sector. However, In Nepal, this course is only available at Purbanchal University. College of Biomedical Engineering and Applied Sciences is the only institute where this degree is enrolling.
Biomedical engineering in Nepal course
Biomedical engineering in Nepal course takes 4 years to complete. Likewise, other equivalent engineering degrees. There are total 8 semesters each completes within 6 months. Evaluation and assessment are also conducted during this time.
Future of this degree has proper recognition and has a better market.
Similarly, this curriculum prioritizes to deliver skilled man forces who can utilize their technique within Nepal as well as abroad. In order to level up the health sector. However, it also adds student desire towards an advanced degree related to this field.
Semester 1 [All courses]
In this semester students are taught about communication skills, Technique of writing jobs application, Engineering drawing skills and other subject which have basic science background
| Semester 1 | Course code |
| Engineering Mathematics I | BEG101HS |
| Communicative English | |
| Physics | BEG103HS |
| Introduction to Computer and Programming | BEG180 CO |
| Basic Electrical Engineering | BEG129 EL |
| Engineering Drawing |
Semester 2 [All courses]
Likewise, another half part of 1st year also revolves around mathematics and physics . Furthermore, database concept is also provided to student along with computer systems and digital logic.
| Semester 2 | Course code |
| Engineering Mathematics II | BEG102 SH |
| Chemistry | BEG 104 SH |
| Basic Mechanical Engineering | BEG143 ME |
| Electro Engineering Materials | BEG122 EL |
| Digital Logic | BEG 139 EC |
| Computer System & Database Concept | BEG170 CO |
Semester 3 [All courses]
Most importantly, in this semester biology is introduced to the student. Eventually, they learn to merge bio with technology.
| Semester 3 | Course code |
| Engineering Mathematics III | BEG201 SH |
| Bio-Engineering Materials and Components | BEG 2B1 BM |
| Fluid Mechanics | BEG 2C5 BM |
| Human Anatomy and Physiology I | |
| Cell Biology and Immunology | BEG 2B3 BM |
| Microprocessors | BEG237 EC |
Semester 4 [All courses]
| Semester 4 | Course code |
| Applied Maths | BEG 204 HS |
| Electronic Devices and Circuits | BEG 239 EC |
| Sociology | BEG299 MS |
| Biomechanics | BEG 2C1 BM |
| Human Anatomy and Physiology II | BEG 2B4 BM |
| Research Methodology | RM 2C8 BM |
Semester 5 [All courses]
Students get ideas about the embedded system of both bio and medical courses. Different probability and statics tricks which they can later utilize while inventing biotechnology.
| Semester 5 | Course code |
| Communication Systems | |
| Probability and Statistics | |
| Numerical Methods | BEG 389 CO |
| Measurement and Instrumentation | |
| Control Systems | |
| Biomedical Embedded System Design | BEG 3C2 BM |
Semester 6 [All courses]
| Semester 6 | Course code |
| Engineering Economics | BEG 2C1 BM |
| Tissue Device Interactions | BEG 3B2 BM |
| Medical Imaging I | BEG 3B3 BM |
| Biomedical Instrumentation I | BEG 3B4 BM |
| Biomedical Digital Signal Processing | BEG 3B5 BM |
| Medical Electronics |
Semester 7 [All courses]
At last year, the course includes a project where student must utilize their skill to generate theirs own project working in groups. Elective subject is also provided to the student where they can choose subject according to their interest
| Semester 7 | Course code |
| Biomedical Instrumentation II | |
| Organization and Project Management | |
| Medical Imaging II | |
| Implantable Devices | BEG 4B3 BM |
| Elective I | |
| Project |
Semester 8 [All courses]
| Semester 8 | Course code |
| Medical Industry Management | BEG 4B4 BM |
| Medical Informatics | BEG 4C3 BM |
| Engineering Professional Practice | BEG 4B5 BM |
| Elective II | |
| Elective III | |
| Project |
