Ph.D. in Biomedical Engineering is a three to a five-year course. Eligibility for the course is a postgraduate course in Biomedical Engineering, candidates should have Bachelor’s degree in Biomedical Engineering/Bachelor in Technology in Biomedical Engineering from recognized University.
- Central Drug Research Institute
- Indian Institute of Technology, Gandhinagar
- Indian Institute of Technology, Hyderabad
- Lovely Professional University
- Jaipur National University
The average tuition fees for Ph.D. in Biomedical Engineering come between INR 50,000 to 4 Lacs for the span of three to 5 years.
Admissions for such course are on the basis of counseling after clearing entrance tests like UGC-NET and other depending on the colleges.
Major Job profile and designations for these graduates are an Analytical chemist, Biomedical scientist, Healthcare scientist, clinical Biomedical Engineering, Clinical research associate, Forensic scientist, Physician associate, Research scientist (life sciences), Scientific laboratory technician, Toxicologist. Graduates with this degree have an opportunity for the industries like Drug Manufacturing Companies, Public Health Entities, Blood Service, Industrial Laboratories, and Cancer research institutes, Research Departments, Educational Institutes, and Environmental Pollution Control etc.
The average salary for Ph.D. in Biomedical Engineering graduates is around INR 4 to 20 Lakh but this can be higher on the basis of experience and other factors.
Top Colleges for Ph.D. (Biomedical Engineering)
- M.Phil/Ph.D in Engineering in Delhi-NCR
- M.Phil/Ph.D in Engineering in Maharashtra
- M.Phil/Ph.D in Engineering in Chennai
- M.Phil/Ph.D in Engineering in Uttar Pradesh
- M.Phil/Ph.D in Engineering in Telangana
Ph.D. in Biomedical Engineering: Course Highlights
Listed below are some of the major highlights of the course.
|Duration||3 to 5 years|
|Examination Type||Semester System|
|Eligibility||Post-graduation in Biomedical Engineering|
|Admission Process||Based on counseling after clearing Entrance Tests like UGC-NET for different colleges.|
|Course Fee||INR 50,000 to 4 Lacs for three years|
|Average Starting Salary||INR 4 to 20 Lacs per annum|
|Top Recruiting Companies||Drug Manufacturing Companies, Public Health Entities, Blood Service, Industrial Laboratories, Cancer research institutes, Research Departments, Educational Institutes, Environmental Pollution Control, Agriculture and fisheries, Forensic Science, Hospitals, Public Health Laboratories, Cosmetic Industries, etc.|
|Job Positions||Analytical chemist, Biomedical scientist, Healthcare scientist, clinical Biomedical Engineering, Clinical research associate, Forensic scientist, Physician associate, Research scientist (life sciences), Scientific laboratory technician, Toxicologist|
Ph.D. in Biomedical Engineering: What is it about?
Credibility in the Biomedical Engineering career is enhanced by having a higher degree. This ensures that the students have advanced and specialized training in a particular area and is an expert in the relevant field. Life Sciences is serving as a frontline area with exciting possibilities, amazing applications and a benefit to the mankind. Being a doctorate in the field of Biomedical Engineering/ Microbiology/ Technology/ Biomedical Engineering can provide additional opportunities for employment.
This broad definition of Biomedical Engineering means that the job of a biochemist can encompass a wide range of scientific topics, including stem cell research, genetic research, immunology, pharmacology, forensics, cancer research, environmental science and food science.
This interdisciplinary study reduces biological processes (reproduction, aging, and genetics) to their chemical identity for easier comprehension. It’s not all internal though; external environmental influences have a large effect on all living things and biochemists must tackle that mystery as well.
Biomedical Engineering plays an important role in a wide variety of areas. These professionals can range from other scientists, to engineers, to marketing and sales teams, to legal professionals, and everyone in between.
Ph.D. in Biomedical Engineering: Top Institutes
|Name of Institute||City|| Fees|
|Central Drug Research Institute||Lucknow||INR 90,000 |
|Sree Chitra Tirunal Institute for Medical Sciences and Technology||Trivandrum||INR 60,000|
|Dr. B.R. Ambedkar Center for Biomedical Research||New Delhi||INR 50,000|
|Indian Institute of Technology, Gandhinagar||Ahmedabad||INR 4.55 Lacs|
|Indian Institute of Technology, Hyderabad||Telangana||INR 3.34 Lacs|
|Lovely Professional University||Punjab||INR 39,500 |
|IIT||Delhi||INR 3.50 Lacs|
|NIT||Silchar||INR 17,620 |
|Jaipur National University||Jaipur||INR 57,150 |
|DIT University||Dehradun||INR 75,800 |
|Amity University||Jaipur||INR 40,000 |
|Santosh University||Ghaziabad||INR 3 Lacs|
|Sharda University||Noida||INR 10 Lacs |
Ph.D. in Biomedical Engineering: Eligibility
To pursue a Ph.D. course in Biomedical Engineering the candidate should have bachelor’s degree in Biomedical Engineering from a recognized university. Also the masters in Biology/Pharmacy and Biomedical Engineering or the relevant stream with an aggregate of 55% marks and also with valid Ph.D. entrance test along with the interview.
For admission to the Ph.D. in Biomedical Engineering department minimum requirements are:
- M.Sc. in disciplines consistent with the research areas of the department.
- B.Tech/ M.Tech in any branch of Engineering/ Bio-Technology and Interdisciplinary areas.
- B.Tech/M.Tech or equivalent degree in Biomedical Engineering.
Ph.D. in Biomedical Engineering: Admission Process
In India, universities have rights to set their own procedure and standards for the Ph.D. programme admissions. But the set of requirements for the application are similar. These should include a research proposal, detailing the proposed outline of your Ph.D. project, and explaining the methodology you plan to employ.
Entrance Exams are:
- UGC/ CSIR (JRF) examinations
- Teacher Fellowship
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Ph.D. in Biomedical Engineering: Syllabus and Course Description
Subjects of Study
|Biomedical imaging systems|
|Design of algorithms and data structures|
Ph.D. in Biomedical Engineering: Career Prospects
One can think of working with both public and private sectors. Companies like Medical Instrument companies, Biomedical Engineering, Food and Drink industries, Research Companies and Laboratories, Sales and Marketing Firms, Chemical manufacturing companies, Health and Beauty Care, etc. are always in constant need of people to come work with them.
Major Job profile and designations for Ph.D. in Biomedical Engineering graduates are an Analytical chemist, Biomedical scientist, Healthcare scientist, Clinical Biomedical Engineering, Clinical Research Associate, Forensic Scientist, Physician Associate, Research Scientist (life sciences), Scientific Laboratory Technician, Toxicologist etc. Graduates with this degree have an opportunity for the industries like Drug Manufacturing Companies, Public Health Entities, Blood Service, Industrial Laboratories, and Cancer research institutes, Research Departments, Educational Institutes, and Environmental Pollution Control etc.
The average salary for Ph.D. in Biomedical Engineering graduates is around INR 4 to 20 Lacs but this can be higher on the basis of experience and other factors.
- Research Scientist
- Clinical Scientist
- Research Associates
- Biomedical Scientist
- Laboratory Technician
|Job Position||Job Description||Average Annual Pay Scale in INR|
|Biotechnologist||Analysing samples from various sources to provide information on compounds or quantities of compounds present.||2 to 3 Lacs|
|Research Scientist||Research scientists work in almost every area of science imaginable. They plan and carry out experiments and investigations in a range of areas, including geoscience, medical research, meteorology and pharmacology.||8 to 10 Lacs|
|Clinical Scientist||Clinical scientists, often also referred to as medical scientists, work in hospitals, laboratories, research centers, institutes, universities, and clinics. Clinical scientists work to advance knowledge in biomedical research, medicine, and the processes that drive and support living organisms, though they may also work to develop products, treatments, and medications based on this knowledge. Typical duties of clinical scientists include devising and carrying out research and experiments, supervising assistants and lab techs, drafting, implementing and evaluating guidelines, conducting tests, and many other duties, depending on their work environment and specific role.||4 to 6 Lacs|
|Research Assistant||Another option for Biomedical Engineering majors is a career as a research assistant, working in government or private laboratories, pharmaceutical companies, hospitals or facilities connected to the growing field of Biomedical Engineering. Though jobs involving a high level of research will require an advanced degree, there are still many jobs at the assistant or technician level open to those with undergraduate degrees.||3 to 5 Lacs|
|Chemist||He or she may develop products such as synthetic fibers, drugs and cosmetics.Research chemists create and improve processes and products, such as cosmetics, electronics and drugs.||6 to 7 Lacs|
|Clinical Laboratory Technologist||Clinical laboratory technologists use their backgrounds in Biomedical Engineering to conduct experiments on bacteria, viruses and microorganisms. Technologists may perform tests on levels of compounds in human blood, monitor growth of bacteria or examine the effects of drugs on viruses. Depending on the laboratory environment they are in, these professionals may be involved in a broad range of studies or specialize in a specific field, such as bacteriology or virology. Clinical laboratory technologists may find employment in government health agencies, drug manufacturing companies or healthcare facilities.||4 to 5 Lacs|
|Medical Biomedical Engineering Technician||Technician positions are available in both research and clinical laboratories. Technicians in clinical labs can perform routine tests and sample analysis, then communicate the results to doctors. In research laboratories, they perform simple experiments and sample preparation. Lab technicians can also operate and maintain lab equipment and may manage lab inventory.||4 to 6 lakh|
|Pharmaceutical Sales Representative||Pharmaceutical sales representatives combine their knowledge of medical drugs and treatments with their interpersonal skills to generate sales for pharmaceutical companies. Sales representatives typically are in charge of coordinating meetings with doctors and medical staff. These professionals travel to hospitals, healthcare facilities and pharmacies to present a product or treatment. Sales representatives generally have acquired product knowledge through employer or manufacturer-sponsored training courses.||8 to 10 Lacs|