Degrees offered: M.E /M.Tech., BS, Ph.D, B.E /B.Tech, M.S
Bioengineering is a branch that deals with the amalgamation of the two fields of science, biology and engineering. Bioengineering is a branch in the field of Engineering that deals with several aspects of energy, biomaterials as well as the environment and helps integrate them into engineered technology.
Around 60 colleges in India offer Bioengineering degrees and diplomas. Aspiring candidates have to fulfil certain eligibility requirements to get successful admission to desired colleges. These eligibility criteria are set by the group of institutes offering Bioengineering courses. Bioengineering courses teach subjects like Physiology, Biomaterials, Tissue Engineering, Analog Circuits, Cancer Biology And Medical Robotics.
Candidates after doing Bioengineering get to pursue job roles as Clinical Engineers, Professors, Biomaterials Engineers, Bio-Mechanical Engineers, Researchers, and Quality Engineers. The top recruiters in India for these profiles are Boston Scientific, Johnson & Johnson (J&J), Biogen, Pfizer, Novartis, National Institutes of Health (NIH), Mayo Clinic, and Wipro.
Particulars | Values |
Branch Name | Bioengineering |
Degree | |
Eligibility | UG: 10+2 in Science with Physics and Biology/Mathematics as core subjects PG: Bachelor in Bioengineering or relevant discipline |
Admission Process | Entrance Exams |
Entrance Exam | JEE Main, JEE Advanced, GATE, CUET UG, CUET PG |
Course Fees | Rs. 3.7 Lakhs |
Job Profiles | Clinical Engineer, Professor, Biomaterials Engineer, Bio Mechanical Engineer, Researcher, Quality Engineer |
Average Salary | Rs. 3.5 LPA |
Recruiting Companies | Boston Scientific, Johnson & Johnson (J&J), Biogen, Pfizer, Novartis, National Institutes of Health (NIH), Mayo Clinic and Wipro. |
There are various courses and degree programmes similar to bioengineering. The major difference between these courses is the application of the core engineering subjects and their functionalities used during the corporate experience. Some of these specialisations are quite similar and provide the same kind of job opportunities after graduation.
Bachelor of Science in Biomedical Engineering | Doctor of Philosophy in Bioengineering |
Master of Science in Neural Engineering | Master of Science in Biomedical Instrumentation |
Bachelor of Science in Bioprocess Engineering | Master of Science in Genetic Engineering |
Many colleges, both private and public offer Bioengineering courses at undergraduate and postgraduate level. The admission to these colleges is based on an admission test, some colleges may also conduct personal interviews or aptitude tests. In the table below, top bioengineering colleges in India are mentioned.
Colleges | Fees |
Rs. 88,300 | |
Rs. 1.42 Lakhs | |
Rs. 3.74 Lakhs | |
Rs. 2.56 Lakhs | |
Rs. 3.24 Lakhs | |
Rs. 1 Lakhs | |
Rs. 7.98 Lakhs | |
Rs. 6.13 Lakhs | |
Rs. 28,400 | |
Rs. 10.71 Lakhs |
Note: The fee structure provided above can be for any particular Bioengineering course (Diploma/ Degree/PGD).
Numerous private colleges offer Bioengineering courses in India. These colleges and intuitions are known for their comprehensive education, facilities provided and the faculty. The table below lists some of India's top private Bioengineering colleges as per the NIRF Ranking and their associated fees.
Colleges | Average Fees |
- | |
- | |
Sharda University | Rs. 2.86 Lakhs |
CMJ University, Shillong | Rs. 1 Lakhs |
Rs. 3.23 Lakhs | |
- | |
Rs. 1.48 lakhs | |
Rs. 91,970 | |
Rs. 1.68 lakhs | |
Rs. 1.91 lakhs |
In India, more than 30 government colleges offer Bioengineering courses. These colleges provide similar education and course materials at a comparatively lesser cost than private colleges and institutions. India's reputed government Bioengineering colleges with their fees are listed in the table below:
Colleges | Average Fees |
Rs. 87,220 | |
Rs. 65,000 | |
Rs. 83,200 | |
- | |
Rs. 1.09 lakhs | |
Government Gajanand Agrawal Post Graduate College, Bhatapara | Rs. 5,110 |
Rs. 1.30 lakhs | |
Rs. 63,950 | |
Rs. 1.23 lakhs |
Students who aspire to enrol in the Bioengineering course need to meet the following eligibility criteria at undergraduate and postgraduate levels. The admission is based on entrance examinations. Mentioned below are the Bioengineering eligibility criteria for undergraduate and postgraduate courses.
The eligibility criteria for undergraduate courses are a set of prerequisites that the candidate must meet to secure admission into the desired institution. Candidates can check the eligibility criteria of the desired institution on the official course website. Here are the eligibility criteria for undergraduate courses in the field of Bioengineering:
There are certain entrance exams that candidates should appear to be eligible for Bioengineering courses. Below, we have listed some popular Bioengineering entrance exams.
Exam Name | Level | Conducting Body | Exam Schedule |
National | NTA | ||
National | IIT Bombay | ||
National | NTA |
Candidates who are interested in pursuing postgraduate courses in Bioengineering must fulfil the eligibility criteria. Candidates must ensure that these criteria are met before applying for admission. The eligibility criteria for postgraduate-level Bioengineering are as follows:
Students must have a graduation degree in the field of Bioengineering or a related discipline.
The marks obtained during graduation should not be lower than a total aggregate of 60 per cent.
When it comes to the top postgraduate entrance examination, there is only one national-level entrance exam which is GATE (Graduate Aptitude Test in Engineering). Various state universities also conduct their specific entrances for postgraduate courses in Bioengineering Degrees.
Exam Name | Level | Conducting Body | Exam Schedule |
National | IITs | ||
National | NTA |
Bioengineering as a degree course has a blend of scientific and technological fields. A candidate would be the most suitable if they had a strong inclination towards a scientific background and also a good sense of the basics of both mathematics and science. Bioengineers are involved in the development of advanced diagnostic and therapeutic techniques.
With the increasing reliance on technology in healthcare and environmental management, the demand for bioengineers is expected to grow. Similarly, the rise of customised medicine, regenerative therapies, and telehealth offers significant opportunities for bioengineers to contribute to transformative healthcare advancements.
| Minimum Fees | Maximum Fees | |||
|---|---|---|---|---|
| Private | Government | Private | Government | |
| UG |
1.50 Lakhs
Ph.D in Bio Engineering at GLA University, Mathura
|
87.00 K
B.E /B.Tech in Bio Engineering at Nagaland University, Kohima
|
31.70 Lakhs
B.E /B.Tech in Bio Engineering at Plaksha University, Mohali
|
10.72 Lakhs
B.Tech M.Tech in Bio Engineering at Indian Institute of Technology Madras
|
| PG |
80.00 K
M.E /M.Tech. in Bio Engineering at Singhania University, Jhunjhunu
|
28.40 K
M.E /M.Tech. in Bio Engineering at Indian Institute of Science, Bangalore
|
10.40 Lakhs
Dual Degree in Bio Engineering at Amity University, Gurugram
|
3.89 Lakhs
M.E /M.Tech. in Bio Engineering at Institute of Chemical Technology, Mumbai
|
| DOCTORAL |
1.50 Lakhs
Ph.D in Bio Engineering at GIET University, Gunupur
|
6.10 Lakhs
Ph.D in Bio Engineering at Institute of Chemical Technology Mumbai, Marathwada Campus, Jalna
|
1.50 Lakhs
Ph.D in Bio Engineering at GIET University, Gunupur
|
6.10 Lakhs
Ph.D in Bio Engineering at Institute of Chemical Technology Mumbai, Marathwada Campus, Jalna
|
| DIPLOMA |
60.00 K
Diploma in Bio Engineering at Singhania University, Jhunjhunu
|
---
Data not available
|
2.25 Lakhs
Diploma in Bio Engineering at Shobhit Institute of Engineering and Technology, Meerut
|
---
Data not available
|
The curriculum of the Bioengineering course can vary based on the institution. However, some of the subjects that are typically offered at the undergraduate level include Engineering Mathematics, Biological Systems Engineering, and Fundamentals of Biocomputer Engineering. Mentioned below is the syllabus for B.Tech BioEngineering at VIT Bhopal.
Semester- 1 | |
Communication for Technical Professionals | Engineering Physics |
Biochemistry | Introduction to problem solving and programming |
Calculus for Bio Engineers | Electric Circuits and Systems |
Ethics and Values | - |
Semester- 2 | |
Technical writing and composition | Environmental Science |
Applications of Differential Equations | Physiology of Cells and Tissues |
Introduction to Bioengineering | Physiology of Cells and Tissues |
Cell and Tissue culture techniques | Analog Circuits |
Bio-inspired Design (Programme elective) | - |
Semester- 3 | |
Transform Techniques | Biophysics |
Computational Biology and Analytics | Human Physiology |
Bio signals and Image Processing | Global Health Challenges |
Biomaterials | Extra-Curricular Activities |
Project Exhibition-I | - |
Semester- 4 | |
Modelling and simulation of Biological Systems | Biostatistics |
Molecular Biology and genetic engineering | Bio-fluid Mechanics |
Python Programming | Signals and Systems |
Course – I (Indian Constitution) | Project Exhibition – II |
Semester- 5 | |
Bio-optics | Biosystems and Control |
Biosafety, bioethics and IPR | Biomedical Instrumentation /Drug Design and Delivery (PE) |
Cancer Biology /Biosensors and MEMS (PE) | Soft Skills for Engineers - I |
Placement Training– I | Engineering Project in Community Service |
Semester- 6 | |
Tissue Engineering | Immune Engineering |
Stem Cells and Regenerative Medicine | Placement Training –II |
Engineering Design | Technology Entrepreneurship |
Sensors and IoT | - |
Semester- 7 | |
Bio Mechanics | Industrial Internship |
Capstone Project | Comprehensive Exam |
Semester- 8 | |
Capstone Project | Soft Skills for Engineers |
The syllabus of Bioengineering at the postgraduate level contains subjects such as Biotechniques, Advanced Bioengineering, Bio Instrumentation and Control, and Metabolic Engineering. In the following table, the syllabus of IIT Guwahati for their M.Tech Bioengineering course is mentioned.
Semester- 1 | |
Biotechniques | Advanced Bioreactor Engineering |
Introduction to IPR and Ethics | Elective I |
Elective II | Experimental techniques in Bioengineering |
Semester- 2 | |
Advanced Bioengineering | Metabolic Engineering |
BioInstrumentation & Control | Elective III |
Elective IV | Applied Bioengineering Lab |
Semester- 3 | |
Research Methodology | M. Tech Project I (MTP I) |
Semester- 4 | |
M. Tech Project II (MTP II) | - |
Bioengineering is one of the emerging fields of engineering in the present times. With intensive research to improve medical treatments through modern technology, the field promises excellent career prospects. Bioengineers are in great demand and one can easily find employment with private sector enterprises as well as government entities.
Job Profiles | Job Descriptions |
Clinical Engineer | Clinical Engineer helps with implementing Bioengineering developments in the field of medicine and healthcare. He or She uses bioengineering principles to design, develop, and maintain medical devices and equipment. |
Biomaterials Engineer | Biomaterials Engineer helps in the creation of equipment like the pacemaker and defibrillator. He or She is also responsible for conducting research to improve existing biomaterials and create innovative solutions. |
Bio-Mechanical Engineer | Biomechanical Engineer Applies the principles of Mechanical Engineering to Biology to create new innovations. He or She works in the field of biology and conducts research to understand the mechanical behaviour of biological tissues and systems. |
Quality Engineer | Quality Engineer is a professional who does testing and research on innovations in the field of Bioengineering to study its suitability for use. He or She also uses his or her research to develop and implement testing procedures. |
There have been lots of advancements and upgrades in the field of science. The bioengineering field of science has seen an increased emphasis on telehealth, sustainable procedures, customised medicines, AI and machine learning. Growth in telehealth solutions and digital platforms is expanding access to healthcare and enabling remote patient monitoring and management.
Emphasis on eco-friendly and cost-effective production processes for biomaterials is also increasing. Personalised medicine is enabling tailored treatments based on individual genetic profiles due to advances in genomics and Bioengineering procedures. AI and machine learning have improved data analysis, drug discovery, and predictive models for disease progression.
Many government and private organisations hire bioengineering graduates for various job roles. Candidates can work in various areas such as Pharmaceutical Industry, Clinical Research, and Agricultural industries. Below, Some of the top recruiters hiring qualified bioengineering graduates are mentioned.
The salary after completion of a Bioengineering course depends on many factors such as the job profile opted for by the candidate, the location of the job, and the skills and experience of the candidate. Mentioned below are the average salaries of top career options in the field of Bioengineering.
Job Profiles | Average Salary |
Clinical Engineer | Rs. 3.2 LPA |
Biomaterials Engineer | Rs. 3.4 LPA |
Bio Mechanical Engineer | Rs. 3.6 LPA |
Quality Engineer | Rs. 5.6 LPA |
Source: AmbitionBox and Glassdoor
“The salary figures mentioned anywhere in these articles are just for reference purposes. Please treat them as such. Actual salaries may vary depending on respective candidates, employer, job location and numerous other factors".
Candidates interested in pursuing Bioengineering should have certain skills that are necessary in the field of Bioengineering. These skills will be helpful to the candidate in their careers and in their future. Mentioned below are some important skills required in the field of Bioengineering:
The course curriculum for a Bioengineering qualification enables the candidates to acquire in-depth knowledge of mathematics, engineering, and elementary science subjects like physics, physiology, and chemistry. The course curriculum is an amalgamation of various quantitative aspects of engineering design and analysis with a host of topics under biological sciences.
Candidates can expect to acquire essential skills that will help them contribute to developing better systems for medical diagnosis, treatment, research, and support. The course curriculum will prepare the students to take on various challenges of the modern work environment efficiently.
Answer :
Since this course deals with the field of Biology and Engineering, both a science and mathematics background are essential. However, if the basics are known, the rest of the concepts of the course will not be hard to pick up on.
Answer :
Some of the most renowned universities in India for the Field of Bioengineering are IIT Bombay, ICT Mumbai, IIIT Delhi, IISc Bangalore, and IIT BHU.
Answer :
The salary of a Bioengineer depends a lot on their experience. Since it is a field of constant learning, the longer you have been in it, the more you tend to know and the more you are valued. It can also depend upon the recruiter as well as your field of specialisation.
Answer :
They combine the fields of Biology and Engineering to create innovations in the field of healthcare and medicines such as prosthetics, medical imagery, artificial organs, monitoring systems, and other diagnostic systems. They also research on new advancements with collaborations with other biologists and check the safety of existing equipment created by the Bioengineering Department.
Answer :
With an increasing need for greater development in the medical industry growing with our increasing advancements in the field of technology, there will also be a need for a Bioengineer. It is a profession of the mind that cannot be substituted with any other artificial solution and shall always be relevant.
Hi,
It's great that you're thinking ahead! If you want to join GITAM University in Class 11 and stay in the hostel while taking the PCB (Physics, Chemistry, Biology) stream, here’s what you should know:
GITAM usually offers undergraduate courses after 12th, so for now, focus on doing well in your 10th and 12th board exams. You'll need good marks in PCB to be eligible for courses like B.Sc., BPT, or allied health sciences at GITAM.
As for hostels, GITAM has good facilities with shared rooms, dining, gym, and sports areas. Once you're eligible for a course after 12th, you can apply for hostel accommodation.
Also, keep an eye out for the GITAM Admission Test (GAT) if required for your chosen course.
Hope this helps!
Several institutions in Hyderabad offer BSc Biotechnology programs. Top choices include the University of Hyderabad, Osmania University, the International Institute of Information Technology, Telangana Mahila Viswavidyalayam, and Malla Reddy University. Additionally, colleges like Nizam College, St. Mary's College, Woxsen University, and CBIT also offer this program.
Hello,
to pursue a BSc in Biotechnology in hyderabad, you need to have completed 10+2 with Physics, Chemistry, and Biology (PCB) subjects, securing at least 50-60% marks. admissions are offered through both merit-based selection and entrance exams like CUET-UG, depending on the college. notable institutions offering this course incluse Loyola Academy, Malla Reddy University and Woxsen University.
Hey there! With a rank of 93,000 in the general category, getting into VIT for biotechnology might be a bit tricky, but it’s not impossible! Admission can be pretty competitive, especially for popular courses like biotech. It really depends on the specific campus and the cut-off trends for the year. I'd recommend checking out the latest cut-off ranks for VIT and maybe even looking into some other colleges too, just to keep your options open. Good luck!
For Detail call-9962747850
You can get the MSc Biotechnology entrance exam syllabus and registration dates for 2025 from the official website of the respective university or entrance exam authority such as GAT-B (DBT). Visit www.rcb.res.in/GATB for updates and notifications.
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