In this article, we will have an in-depth analysis of B.E./B.Tech. Biomedical Engineering course. It is a 4 years long Undergraduate Level Bachelor’s Degree program. The Research and Development field associated with this sector is pretty lucrative. In this article, you will be able to find information such as basic course details, important subjects present, eligibility criteria, courses to do after B.E./B.Tech. Biomedical Engineering, scope and job opportunities.
Students who have an interest in the field of Engineering, Technology and Biology may pursue this course. Biomedical Engineering is a relatively newly introduced branch of Engineering. Also, compared to other branches, number of Colleges offering this course and seats available are very less. Owing to these factors, the job market associated with this sector is relatively less saturated. Let us check out basic course details as well as course duration details in the next section-
B.E./B.Tech. Biomedical Engineering: Basic course details
It is a 4 years long Undergraduate Level Bachelor’s Degree program. The 4 years’ duration is divided into 8 semesters, with each semester lasting a period of 6 months. During each semester, students have to face separate sets of theoretical subjects as well as practical lab sessions.
B.E./B.Tech. Biomedical Engineering program is all about the amalgamation of topics such as- Engineering, Technology and Biology. It is aimed at using concepts of Engineering, Technology and Biology to solve problems and in aiding research work, improve and enrich healthcare sector, medicines, diagnostic processes, rehabilitation, hospital equipment/tools and surgical processes.
To get a better idea about the course structure, please go through the list of important subjects present in B.E./B.Tech. Biomedical Engineering program.
B.E./B.Tech. Biomedical Engineering: Important subjects present
This list contains only names of important subjects. This list has been made with the aim of giving readers basic idea about the course structure.
In case of 1st and 2nd semester, common Engineering subjects are present along with workshop session.
- Engineering Mathematics
- Engineering Physics
- Engineering Graphics
- Communication Skills
- Elements of Electrical Engineering
- Elements of Mechanical Engineering
- Mechanics of Solids
- Basics of Civil Engineering
- Computer Programming and Utilization
- Environmental Science
From 3rd semester onwards, subjects focusing on Biology as well as Engineering concepts useful in the field of Biology are introduced.
- Life Science
- Circuits and Networks
- Logic Design
- Design Tools
- Advanced Electronics
- Physiological Measurement Techniques
- Microprocessor and Interfacing
- Biomaterials and Implants
- Biomedical Transducers
- Biological Systems
- Signals and Systems
- Diagnostic Instrumentation
- Analytical and Optical Instrumentation
- Therapeutic Instrumentation
- Biomedical Control Theory
- Biomedical Signal Processing
- Physiological System
- Medical Imaging
- Hospital Management
- Artificial Intelligence
- Image Processing
- Clinical Technology
- Rehabilitation Engineering
- Medical Techniques
- Biomedical Microsystems
- Electronics System Design
It is evident from the above mentioned list of subjects that this course is about using Engineering concepts and Technology along with concepts of Biology to aid and enrich healthcare processes such as diagnosis, treatment, surgery, rehabilitation as well as research and development.
Some of the subjects mentioned in the list above are recurring ones, meaning they will appear in more than just one semester. Elective subjects are also present, which varies from one Institute to another.
In case of last 3 semesters, Industrial training, project work and seminars will also play an integral part.
10+2 Science stream students with Physics, Chemistry, Mathematics/Biology subjects, who have passed 12th board examination from a recognized board are eligible to pursue this course. Thus, both Mathematics and Biology group students are eligible to pursue this Engineering program!
Minimum marks criteria may exist, varying from one institute to another. Generally, it is between 40-50% marks. Students must also have appeared for state level entrance examination to be considered eligible to take part in admission process.
Courses to do after B.E./B.Tech. Biomedical Engineering
- M.E./M.Tech. Biomedical Engineering/Biomedical Instrumentation/Biochemical Engineering/Biotechnology or other relevant branches of specialization.
- M.B.A. program.
Scope, Salary and Job opportunities
Healthcare, Pharmaceutical and Healthcare equipment manufacturing sectors are the prime recruiters. Government agencies such as Drugs Department, State wise Health Departments are also known to recruit B.E./B.Tech. Biomedical Engineering Graduates. Average starting salary is generally between 3-6 Lakh Rupees per year. Chances of building a career abroad after Graduation is good, when it comes to this Engineering branch. Abroad, salary package will be much better in comparison to the figure mentioned above.
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Graduates may also find jobs in Pathological labs, Clinics and Hospitals as well as Rehabilitation Clinics. Some of the commonly found job posts available for graduates are-
- Biomedical Engineer
- Equipment Design Engineer
- Lab Technician/Administrator
- Research Engineer
After M.E./M.Tech. program, one may take up post of a lecturer in Government or Private Engineering/Technical Colleges. Taking up PhD course will open door that leads towards a rewarding career in the Research and Development sector associated with this field!