Biomedicine Engineering Schools for Indian Students

7 minute read
Biomedicine Engineering Schools for Indian Students

Are you fascinated by the functioning of the human body and the mechanisms involved that help in the smooth functioning of the physical processes in human anatomy? Biomedicine is the discipline of science that purposefully implements different biological and physiological methods to practice. It gives precedence to studying human anatomy to learn various body functions and mechanisms. Biomedicine’s primary area of interest is to study the functioning of cells and other structural components of the body like the heart and brain.

On the other hand, Biomedical Engineering, commonly known as bioengineering, is the usage of different mechanisms of engineering in diverse areas of healthcare to enhance remedial or treatment capabilities and to increase operational efficiency. In this blog, we will discuss different Biomedicine Engineering Schools students in India should consider for their future studies that can help them achieve all their dreams.

10 Best Biomedical Engineering Schools in the World

Universities around the globe have stood up to the daunting challenges presented by the rising diseases by developing courses in biomedicine and increasing its scope. These courses train students to fill the deficiency of required tools by developing them to administer various types of treatments. For this purpose, institutes have established dedicated biomedicine engineering schools.

Leading universities in this discipline are listed below.

  1. Harvard University
  2. Jiao Tong University
  3. Massachusetts Institute of Technology (MIT)
  4. Fudan University
  5. Soochow University 
  6. National University of Singapore
  7. Stanford University
  8. Johns Hopkins University
  9. Zhejiang University
  10. University of Pennsylvania

Harvard John A. Paulson School Of Engineering and Applied Sciences, Harvard University

Biomedicine engineering at Harvard University has been designed to combine interrelated disciplines and build close coordination among various research institutes of Harvard. At Harvard, they incorporate different areas of engineering, like fluid mechanics with the physiological and biological sciences. Through this integration, the aim is to learn the mechanism of human systems to catalyze change by developing innovative solutions to rising health issues vis-a-vis medicine.

Bioengineers pursuing their education at Harvard have made several technological advances in bio-based computing systems, biomechanics, cell as well as tissue engineering. It opens a doorway for new learning opportunities for aspiring students in this field who should consider this as one of the first choices amongst other biomedicine engineering schools around.

School of Biomedical Engineering, Jiao Tong University

Through this integration, the aim is to learn the mechanism of human systems to catalyze change by developing innovative solutions to rising health issues vis-a-vis medicine. Bioengineers pursuing their education at Harvard have made several technological advances in bio-based computing systems, Nano-biomaterials, Medical Imaging and Informatics, Systems Biology & Medicine and Biological Sciences & Diseases.

This school, historically, has been solely devoted to producing top-level research, novel innovations and enhancing related skills intending to make students work to the full of their potential and collaborate and produce innovations at par with other biomedicine engineering schools.

Department of Biomedical Engineering, Massachusetts Institute of Technology

The aim of creating the Department of Biological Engineering at MIT was to raise a community of educated leaders who are willing and adequately capable of applying their acquired knowledge to generate result-oriented outcomes in the field of bioengineering. The students can learn how the complex fusion of quantitative and physiological methods with innovations in molecular mechanisms and cellular-based bioscience lets bioengineering comprehensively broaden the understanding of the process of biological functioning in physical as well as chemical mechanisms.

With this groundbreaking solution, the process of improvements in human health can be set in motion. One of the best institutes in this discipline, any prospective student should aim for this top-class biomedicine engineering school.

Whiting School Of Engineering, Johns Hopkins University

This is one of the leading biomedicine engineering schools in the world. The university offers students the chance to work in close collaboration with distinguished staff who possess inimitable expertise in different fields, ranging from medical imaging technology, computational biology, bioinformatics, imaging science, biomaterials, microsystems and cell and tissue engineering. Students are endlessly working to generate goal-oriented research. Through active participation with design groups, students can create devices for different ways of treatment.

They learn to outline the blueprints, develop prototypes and design various types of equipment sometimes for commercial purposes. The liaison office team in the university builds communication channels between school students healthcare companies and hospitals, creating career opportunities. This biomedicine engineering school one-of-a-kind academic experience with unlimited research scope.

Schools of Engineering and Medicine, Stanford University

Students at Stanford University’s Biomedicine Engineering School work to create a fusion of efficient mechanical skills with an operative comprehension of medical systems and other mechanisms. Extensive research at the school focuses on probing the process of how proteins create interaction and other medical concepts. Their research programs look towards future needs and aim at designing medical implements accordingly. Biomedicine research at Stanford is all-inclusive and extends not only to exploring essential scientific problems but also renders efforts to fill the much-needed requirements for healthcare to improve the health graph, standard and quality of living.

10 Best Biomedical Engineering Graduate Schools

These are the top undergraduate schools where the highest engineering degree offered is a doctorate. Have a look:

  1. John Hopkins University
  2. Georgia Institute of Technology
  3. Massachusetts Institute of Technology
  4. Duke University
  5. Stanford University
  6. University of Michigan
  7. University of California, Berkeley 
  8. Rice University
  9. University of California, San Diego
  10. University of Pennsylvania

Must Read: Biomedical Informatics vs Bioinformatics

10 Best Postgraduate Biomedicine Engineering Schools 2024

Check out the best universities offering online Master’s programs in Biomedicine. Find out below:

  1. Princeton University
  2. Harvard University
  3. Yale University
  4. Columbia University in the city of New York
  5. Stanford University
  6. University of Pennsylvania
  7. California Institute of Technology
  8. Dartmouth University
  9. Northwestern University
  10. Cornell University

10 Best Colleges for Biomedical Engineering in India

Below mentioned are the colleges of Biomedicine colleges in India:

  1. IIT Kanpur
  2. IIT Madras
  3. IIT Hyderabad
  4. IIT Varanasi
  5. IIT Allahabad
  6. Parul University, Vadodara
  7. Vellore Institute of Technology, Vellore
  8. KPR Institute of Engineering and Technology, Coimbatore
  9. NIT Rourkela
  10. SRM Institute of Science and Technology, Chennai

Why you should study Biomedicine Engineering?

Studying biomedicine engineering and becoming a biomedical engineer will be extremely beneficial to your overall career trajectory. Even if you must manage multiple responsibilities at the same time, the following advantages will make the course worthwhile:


This is most likely the most significant advantage of becoming a biomedical engineer. A biomedical engineer’s salary is unquestionably lucrative, depending on the company and your destination. An average biomedical engineer in the United States earns more than $90,000 (INR 74.66 Lakh) per year. However, your salary will vary depending on your level of experience. You can easily increase your pay scale by taking biomedical engineering courses.


As the world’s population grows, the skills of an experienced biomedical engineer are becoming increasingly important in developing technologies that can meet the needs of the population. Biomedical engineers are in charge of creating various devices to assist physically disabled people and cure a variety of illnesses.


As a successful biomedical engineer, you will be able to create medical devices and other relevant technologies that will aid in the saving and improvement of lives. The systems and devices you develop would also improve medical care and assist patients in their recovery. If you want to use your knowledge and skills to help others, biomedical engineering is the perfect career path for you.

Biomedicine Engineering: Eligibility Criteria

The following are the basic eligibility criteria for admission to Biomedical Engineering courses:

Eligibility for BTech/BE: A candidate must have passed Class 12 in the Science stream from a recognised board to be admitted to the UG degree or BTech in Biomedical Engineering.

Eligibility for MTech: Candidates must have a bachelor’s degree in Biomedical Engineering/Biotechnology from a recognised university/institute to be admitted to the master’s degree or MTech programme.

Must Read: Biomedical Engineering Syllabus

Duration of Biomedicine Engineering Courses

You need to know the duration of the biomedicine engineering courses. Here’s a table that would help you:

Country Bachelors Masters PhD
USA/Canada 4 years 2 years 3-6years
UK/Australia 3-3.5 years 1-2 years 3-6 years
Other countries 3-4 years 1-2 years 3-6 years

Jobs & Salary

A huge field of opportunities lies ahead of students of biomedical engineering. Career opportunities multiply for Indian students who can contribute immensely to the healthcare of a country as big as India. Below is a list of potential career opportunities one can choose from after earning a degree in biomedicine engineering and salary:

Credits: PayScale

Must Read: Scope of Biology as a Career

Related Articles: 

B Tech Biomedical EngineeringBSc Genetics
Scope of Biology as a CareerBranches of Biology
How To Become a NeurologistMSc Bioinformatics


Which college is best for biomedical engineering?

Some of the top Indian colleges are:
IIT Madras.
IIT Kanpur.
IIT Hyderabad.
VIT Vellore.

What is the acceptance rate for Biomedical Engineering?

The 10 Best Colleges for Bioengineering and Biomedical Engineering have a 7.2% average acceptance rate.

Who can pursue a master’s in biomedical engineering?

For admission to MS in Biomedical Engineering, most biomedical engineering masters programmes in the United States require a 3.0 (80%) GPA in a bachelor’s degree. International students must also have either 6.5 IELTS or 90 TOEFL (iBT) as proof of English proficiency. GRE scores are also required for admission to some universities.


We hope this blog has provided you with everything you need to know regarding biomedicine engineering schools and the importance of this scientific field. Are you aspiring to be a part of these major biomedicine engineering schools of the world? Consider joining a free counselling session with Leverage Edu if you plan to study abroad.

Leave a Reply

Required fields are marked *