Home » PhD in Biomedical Engineering – Eligibility, Admission, Syllabus, Institutes, Scope

PhD in Biomedical Engineering – Eligibility, Admission, Syllabus, Institutes, Scope

A PhD in Biomedical Engineering is a doctoral degree program in biomedical engineering. The Doctor of Philosophy in Biomedical Engineering is a three-year program that can be extended to five years. Tissue Engineering, Molecular or Systems-Level Biology or Physiology, and Mathematics are all covered in the PhD Biomedical Engineering program.

The Doctor of Philosophy in Biomedical Engineering is involved in nationally and internationally recognized research projects funded by the National Institutes of Health and the National Science Foundation. The Doctor of Philosophy in Biomedical Engineering is a career-oriented program that can lead to a variety of jobs in the private and public sectors.

PhD Biomedical Engineering graduates can work as analytical chemists, toxicologists, healthcare scientists, and others in a variety of industries, including pharmaceutical companies, industrial laboratories, and health organizations.


PhD Biomedical Engineering: An Overview

The following table lists the highlights of the PhD Biomedical Engineering program:

Level of CourseDoctorate
Also referred asDoctor of Philosophy in Biomedical Engineering
Duration of Course3 – 5 years
Type of ExaminationSemester-based
Eligibility CriteriaPost-graduation in Biomedical Engineering with a minimum of 55%
Process of Admission Merit/ Entrance-Based
Average Annual fee for the CourseINR 15,00,000 – INR 2,00,000
Average Salary
Per Annum
INR 4,00,000 – INR 11,00,000
Top Hiring Firms BPL Healthcare, Instromedix Pvt. Ltd, EMCO Medical Pvt. Ltd, Biomedics, Medex India Ltd, Ranbaxy Diagnostics, Nexus Health Systems,Wipro Biomedical, Claris Lifesciences Ltd, etc.
Profiles of JobResearch Scientist (Life Sciences), Biomedical Scientist, Analytical Chemist, Clinical Biomedical Engineering, Clinical Research Associate, Healthcare Scientist,Forensic Scientist, Physician Associate, Scientific Laboratory Technician, Toxicologist, etc.
Employment AreasEducational Institutes, Environmental Pollution Control, Drug Manufacturing Companies, Hospitals, Blood Service, Industrial Laboratories, Public Health Entities,Cancer Research Institutes, Research Departments, Agriculture and Fisheries, Forensic Science, Public Health Laboratories, Cosmetic Industries, etc.

PhD Biomedical Engineering Eligibility

The following are the common PhD Biomedical Engineering eligibility criteria that candidates must meet in order to be considered for admission to this program:

A Master’s degree in Biomedical Engineering from a recognized university is required.
Students must have scored at least 55 percent on their B.E. and M.E./M.tech. exams.


PhD Biomedical Engineering Syllabus

Although the PhD in Biomedical Engineering program syllabus varies by college, it generally consists of a few common foundation courses from which students can choose according to their interests.The following table lists the most common subjects covered in a structured PhD biomedical engineering curriculum:

Subjects of Study
Biomedical Instrumentation
Biomedical Imaging Systems
Biomechanics
Signal Processing
Image Processing
Computer Graphics
Design of Algorithms and Data Structures

PhD Biomedical Engineering Admission Procedure

The majority of colleges and institutes that offer PhD Biomedical Engineering programs admit students based on their Master’s degree examination results. Some colleges, on the other hand, choose candidates based on national-level entrance exams that assess their abilities and skill sets.

The two major pathways for PhD biomedical engineering admissions are as follows.

Based on Merit

The following is a step-by-step procedure for merit-based admission:

Step 1: The first step is for students to register on the official website.
Step 2: Complete the application form with accurate information.
Step 3: Based on their qualifying examination score, students will be invited to a personal interview.
Step 4: If a student meets all of the eligibility requirements, he or she will be offered admission to the course.

Based on Entrance

The majority of colleges and universities offer PhD biomedical engineering admission based on entrance exams such as GATE, UGC NET, and others.

The following is a step-by-step procedure for entrance-based admission:

Step 1: The first step is for students to register on the official website.
Step 2: Complete the application form with accurate information.
Step 3: Following the examination, the website will post a cutoff list. Candidates will then be assigned seats based on their entrance exam scores.
Step 4: For admission to this course, some colleges conduct personal interviews and group discussions.
Step 5: If a student meets all of the eligibility requirements, he or she will be offered admission to the course.


PhD Biomedical Engineering: Institutes Ranked by NIRF

NIRF RankingInstitute NameProcess of AdmissionAverage Fees
(Annually)
Average Salary
2IIT DelhiNew DelhiINR 42,900INR 8,00,000
8IIT HyderabadHyderabadINR 25,095INR 5,00,000
11IIT BHUVaranasiINR 46,815INR 6,50,000
25IIT RoparRupnagarINR 16,300INR 4,50,000
40NIT KurukshetraKurukshetraINR 16,100INR 4,00,000

PhD Biomedical Engineering: Important Entrance Exams

There are numerous national and state-level entrance exams to take in order to be admitted to a PhD program in biomedical engineering. The PhD Biomedical Engineering programs at colleges such as IITs and NITs require candidates to take the GATE exam.

Some of the most popular PhD biomedical engineering entrance exams are listed below:

  • GATE: The Graduate Aptitude Test in Engineering (GATE) is a national-level exam held jointly by the Indian Institute of Science and the Indian Institutes of Technology (IITs) to select candidates for PhD degree jobs or lectureships in Indian universities and colleges.
  • The Engineering, Agricultural, and Medical Common Entrance Test (AP EAMCET) is a state-level entrance examination held in Telangana and Andhra Pradesh separately. The exam is used to determine eligibility for a variety of programs, including PhD Biomedical Engineering.

PhD in Biomedical Engineering: Focus Areas

The following is information and details about the PhD Biomedical Engineering program:

  • In biomedical engineering, engineering principles and methods are used to define and solve problems in medicine and biology.
  • Tissue Engineering, Molecular or Systems-level Biology/Physiology, and Mathematics are all covered in this PhD program.
  • Candidates in this program apply their engineering, biology, and medical knowledge to the medical device and healthcare industries.
  • This is a distinct field that encompasses biology, life sciences, engineering disciplines, medicine, clinical applications, and human health improvement.
  • Candidates may choose biomedical engineering because they want to help people, because they want to work with living systems, and because they want to apply advanced technology to health-care problems.
  • Industrial, health-care, academic, private-laboratory, and government settings all employ biomedical engineers.

PhD Biomedical Engineering: Suitable Candidates

  • Candidates who are developing biomedical sensors and instrumentation for use in rural health care, as well as new materials for use in blood and tissue, are a good fit for it.
  • They should have excellent written and verbal communication skills, as well as a strong interest in biology and mathematics.
  • Other personal skills required for this career include the ability to work as part of a team, creativity, and an analytical bent of mind.
  • Observation, concentration, investigation, critical thinking, and record keeping are all skills that the candidates should have.

PhD Biomedical Engineering: Preparation Plan

The PhD Biomedical Engineering entrance exam syllabus will differ from one college to the next. The majority of exams, however, focus on topic-specific knowledge and skills in biology and material science.

  • Multiple Choice Questions on the following topics at the M.Sc. main level usually appear in the question paper for admission to the PhD in Biomedical Engineering course: Physics, Chemistry, Life Sciences, Biotech, Calculus, Materials Science, and Principles of Design and Biomechanics, among others.
  • Students should be familiar with the entire syllabus of the entrance exam they will be taking, as some of these exams are solely based on scientific knowledge.
  • Candidates should consider purchasing study materials or previous year’s PhD entrance test question papers and practicing them for PhD Biomedical Engineering entrance exams in order to be well prepared.
  • The program’s research proposal must be prepared and thoroughly examined.
  • These course books in biomedical engineering are also useful study materials for these exams.
  • The college selects candidates based on their performance on the respective entrance exams, which are followed by an interview.
  • The GATE qualifying cutoff for the general category is 25.0.
  • To get into a good PhD biomedical engineering college, taking the GATE exam is the best way to go.
  • A few private institutes offer the course, which allows students to be admitted based on their performance in a relevant entrance exam followed by a round of personal interviews.
  • Candidates must perform well on the respective entrance exams in order to gain admission to a good college for a PhD biomedical engineering program.
  • Candidates should devote time and effort to the entrance exam and be prepared for a personal interview.
  • They should be well-versed in their research topic so that their research idea can impress the interview panel.

PhD in Biomedical Engineering: Top Institutes

The table below lists the best PhD biomedical engineering schools and universities that offer full-time programs.

Ranking by NIRFName of InstitutePlaceAverage Fees
(Annually)
Average Annual Salary
2IIT DelhiNew DelhiINR 42,900INR 8,00,000
8IIT HyderabadHyderabadINR 25,095INR 5,00,000
11IIT BHUVaranasiINR 46,815INR 6,50,000
25IIT RoparRupnagarINR 16,300INR 4,50,000
40NIT KurukshetraKurukshetraINR 16,100INR 4,00,000
49North-Eastern Hill UniversityShillongINR 13,350INR 4,00,000
67NIT RaipurRaipurINR 28,000INR 5,00,000
85PSG College of TechnologyCoimbatoreINR 14,000INR 7,24,000
151Vinayaka Missions University, SalemSalem, Tamil NaduINR 41,000INR 6,87,000
_Manipal Academy of Higher EducationManipalINR 59,000INR 7,50,000

PhD Biomedical Engineering and PhD Biomedical Science: Key Differences

PhD Biomedical Science is similar to PhD Biomedical Engineering.The following are some of the distinctions between these two courses:

PhD Biomedical Engineering is the study of using high-quality computers to detect and treat biological diseases, while PhD Biomedical Sciences is the study of processing medical data, including imaging and enhancement techniques.

For more comparison information, see the table below:

Basis of ComparisonPhD Biomedical EngineeringPhD Biomedical Science
Also referred asDoctor of Philosophy, Biomedical EngineeringDoctor of Philosophy, Biomedical Science
Duration of Course3 – 5 years3 years
Eligibility CriteriaPost-graduation in Biomedical Engineering with a minimum of 55%Master’s Degree with a minimum of 50%
Type of ExaminationSemester-basedSemester-based
Process of Admission Entrance/ Merit-basedEntrance/ Merit-based
Profiles of Job Research Scientist (Life Sciences), Biomedical Scientist, Analytical Chemist, Clinical Biomedical Engineering, Clinical Research Associate, Forensic Scientist, Healthcare Scientist,Physician Associate, Scientific Laboratory Technician, Toxicologist, etc.Clinical Engineer, Biomedical Officer, Patent Analyst, Biomechanics Engineer,Packaging Officer, Research Assistant, etc.
Employment Areas Educational Institutes, Environmental Pollution Control, Drug Manufacturing Companies, Public Health Entities, Hospitals, Blood Service, Industrial Laboratories, Cancer research institutes, Research Departments, Agriculture and fisheries, Forensic Science, Public Health Laboratories, Cosmetic Industries, etc. Hospitals, Pharmaceutical Companies, Medical Institutes, Manufacturing Units, Clinics, Government Agents, Medical Equipment Manufacturing Companies, etc.
Average Fees
for the Course
(Annually)
INR 15,000 – INR 2,00,000INR 10,000 – INR 2,00,000
Average Salary
Per Annum
INR 4,00,000 – INR 11,00,000INR 2,00,000 – INR 10,00,000

Here is a list of prestigious universities that offer biomedical engineering programs and are known for their academic excellence.

  • Wright State University.
  • Troy University
  • Cornell University 
  • University of Maine 
  • University of Saskatchewan
  • Queen Mary University of London 
  • Kingston University London 
  • University of Alberta 
  • Dartmouth College 
  • Brown University
  • University of British Columbia
  • Flinders University 
  • Stevens Institute of Technology
  • The University of Melbourne
  • The University of New South Wales 
  • University of Aberdeen 
  • University of Warwick
  • Texas A and M university
  • University of Technology Sydney 
  • Western University
  • Newcastle University 

PhD Biomedical Engineering: Important Book Recommendations

Some of the PhD Biomedical Engineering subject books listed below can assist students in gaining a better understanding of the course:

Book NameAuthor’s Name
Fundamentals of BiomechanicsDuane V Knudson
Biomedical Image AnalysisRangaraj M Rangayyan
Medical Imaging SystemsAlbert Macovski
Biomedical InstrumentationR S Khandpur
Biomedical Electronics & InstrumentationG S Sawhney

PhD Biomedical Engineering: A Comparison among Institutes

The table below shows the comparison between India’s three best PhD biomedical engineering colleges.

Basis of ComparisonIIT New DelhiIIT HyderabadIIT BHU
AimIIT New Delhi is a public technical and research university that was founded in 1961 and is one of the country’s oldest universities. This is one of the best universities for pursuing a PhD.IIT Hyderabad, which first opened its doors in 2008, is one of India’s top universities, offering PhD programs as well as other coursesIIT BHU is a public technical and research university with students from all over the country. It was founded in 1919. Among other research programs, its PhD program is highly regarded.
PlaceNew DelhiHyderabadVaranasi
Ranking by NIRF2811
Average Fee
(Annually)
INR 42,900INR 25,095INR 46,815
Average Annual SalaryINR 8,00,000INR 5,00,000INR 6,50,000
Top Hiring FirmsMicrosoft, Mastercard, Societe Generale, Uber, Denso Japan, TSMC Taiwan, HCL, Flipkart, C-Dot, EXL, IBM, Qualcomm, etc.Infosys, Dell, Deloitte, Microsoft, AMD Bangalore, Amazon, Oracle, etc.Aditya Birla, BOSCH, Capgemini, CGI, TCS, UTC, EMC, HIL, etc.

PhD in Biomedical Engineering: Top Job Profiles

A candidate with a degree in this field has a wide range of job opportunities. Working for the government, private organisations, and a variety of other sectors will be simple for them. They can also teach in colleges or universities as professors or lecturers.

  • PhD biomedical engineers can work in academic institutions as well as in industry and other institutions in high-level research and development positions.
  • PhD holders in Biomedical Engineering seek positions in the public and private sectors as professors, research and development engineers in areas such as bioinstrumentation, biomaterials, biomechanics, tissue engineering, or rehabilitation engineering, and consulting engineers.
  • Forensic Scientists, Physician Associates, Scientific Laboratory Technicians, Toxicologists, and other positions are available to candidates who have completed a PhD in Biomedical Engineering program.

The table below lists some of the most common PhD biomedical engineering job profiles and career prospects following completion of the course.

Profile of JobDescription of JobAverage Salary
Per Annum
Clinical ScientistClinical scientists work to advance biomedical research, medicine, and the processes that drive and support living organisms. Medical scientists working in hospitals, laboratories, research centers, institutes, universities, and clinics are also considered.INR 5,25,000
BiotechnologistThese experts examine samples from a variety of sources to determine the amount of compounds present or provide information on compounds.INR 3,00,000
ChemistThey assist in the development of drugs, synthetic fibers, and cosmetics. Chemists can develop and improve processes and products in fields like cosmetics, electronics, and pharmaceuticals.INR 6,00,000
Research ScientistTypically, they work in almost every field of science. Geoscience, Medical Research, Meteorology, and Pharmacology are just a few of the fields in which they plan and conduct experiments and investigations.INR 4,50,000
Pharmaceutical Sales RepresentativeThey learned to combine their interpersonal skills with their knowledge of medical drugs and treatments in order to generate sales for pharmaceutical companies. They visit hospitals, healthcare facilities, and pharmacies to present a product or treatment to doctors and medical staff.INR 7,50,000

Some other important areas of employment are

  • Clinics and hospitals
  • Technical Writer
  • Manufacturing Units
  • Professors/Teacher
  • Clinical Engineer
  • Research Scientist
  • Government Agencies
  • Medical Equipment Manufacturing Companies
  • Biomaterials Engineer
  • Bioinstrumentation Engineer
  • Pharmaceutical Companies
  • Patent Analyst
  • Business Manager
  • Biomechanics Engineer
  • Medical Institutions

PhD Biomedical Engineering: Benefits and Scope

The pursuit of a PhD in Biomedical Engineering degree is dependent on the aspirations and goals of each individual. The following are some of the reasons why you should take this course.

  • According to reports, there will be a surge in demand for biomedical engineers, which is expected to increase by 23% between 2014 and 2024. People who have problems with their knees or hips are now opting for knee or hip replacement procedures. Some medical tests used to be excruciatingly painful. Biomedical engineers, on the other hand, are working to develop technology that is less painful for patients. Every day, new methods for performing blood tests, screening for infectious diseases, and genetics are developed. Heart and kidney disease, as well as joint problems, are on the rise nowadays.
  • Bioengineers are involved in the design and construction of devices such as cardiac pacemakers, defibrillators, artificial kidneys, blood oxygenators, prosthetic hearts, and joints in order to overcome these challenges.
  • Students will be able to create new tools, processes, and implementations that provide remedies to more complex medical and health-related problems by combining their experience in electrical, mechanical, and materials engineering with life sciences platforms.
  • PhD holders may be able to analyse difficult life sciences issues and develop future solutions.
  • It focuses on clinical and industrial applications while balancing biomedical engineering and life science research. Graduates are well-prepared to become industry leaders, particularly in the medical device industry, and to contribute to the community by providing a network of professionals.
  • Biomedical engineering is used in a wide range of applications. Other scientists, engineers, marketing and sales teams, legal professionals, and everyone in between are examples of these professionals.
  • After completing this course, students can expect to earn between INR 4,00,000 and INR 11,00,000 per year on average.
  • Biomedical engineering is useful for designing instruments, devices, and software, combining knowledge from various technical sources to develop new procedures, and conducting research to solve clinical problems.
  • Candidates who specialize in this field can create imaging systems like magnetic resonance imaging, ultrasound imaging, and x-ray machines, as well as techniques and devices to automate or control body functions.
  • Following this course, they may obtain teaching positions in colleges and universities by passing the UGC-NET exam, which is required to become a permanent lecturer.
  • They work in a variety of settings, including hospitals, medical equipment manufacturing companies, industrial firms, educational and medical institutions, pharmaceutical companies, and government regulatory agencies, among others.

FAQs

What does PhD Biomedical Engineering stand for?

Doctor of Philosophy in Biomedical Engineering is the full form of PhD in Biomedical Engineering.

What are the best colleges for pursuing a PhD in Biomedical Engineering?

IIT New Delhi, IIT BHU, Manipal Academy of Higher Education, IIT Hyderabad, IIT Ropar, NIT Raipur, and many other top institutes and colleges offer PhD Biomedical Engineering courses.

What job opportunities exist for PhD biomedical engineering graduates?

PhD Biomedical Engineering students can work as biomedical scientists or healthcare scientists. Research scientists Life sciences Analytical chemists Clinical biomedical engineering Clinical research associates, forensic scientists, physician associates, scientific laboratory technicians, toxicologists, and others

What can you do with a PhD in Biomedical Engineering?

Jobs in medical equipment manufacturing units, industrial firms, hospitals, educational and medical institutions, pharmaceuticals, government regulatory agencies, and other fields are available to candidates.

What does a student with a PhD in biomedical engineering earn on average?

According to the job profile, the average annual salary ranges between INR 4,00,000 and INR 11,00,00.

What are the requirements for admission to a PhD program in biomedical engineering?

To be considered for admission to this course, candidates must have a Master’s degree in a relevant discipline from a recognized university.

What is the average annual tuition fee for a PhD program in biomedical engineering at Indian universities and colleges?

The average annual tuition fee at the best PhD biomedical engineering institutes is between INR 15,000 and INR 2,00,000.

Leave a Reply

Your email address will not be published. Required fields are marked *