B.Tech Biomedical Engineering is a four-year undergraduate course that focuses on applying medicine and healthcare to engineering concepts and materials and is a multidisciplinary STEM field that blends biology and engineering. The growing demand for biomedical engineers is related to the general shift in society towards the regular use of machinery and technology in all aspects of life. There are ample job opportunities for B.Tech Biomedical Engineering degree holders in government and the private sector.
|Full Form||Bachelor of Technology in Biomedical Engineering|
|Duration||Course Duration of Bachelor of Technology [B.Tech] (Biomedical Engineering) is 4 Years.|
|Age||No age limit|
|Minimum Percentage||50% - 60% in 10+2 with Physics, Chemistry, and Mathematics as compulsory subjects|
|Average Fees Incurred||INR 10,000 - 4 LPA|
|Average Salary Offered||INR 3.9 LPA (Source: Payscale)|
|Employment Roles||Biomedical Engineer, Software Engineer, Service Engineer, Senior Software Engineer, Field Service Engineer, Healthcare Product Manager, Associate Business Analyst, Medical Application Specialist etc.|
According to Michigan Tech, “Applying the principles and problem-solving methods of engineering to biology and medicine is biomedical engineering”. Biomedical engineering is applied in the diagnosis, examination, treatment, and rehabilitation of healthcare. And it has reached people through implantable medical devices, such as pacemakers and artificial hips, through more futuristic developments such as stem cell engineering and biological organ 3-D printing.
Biomedical engineers vary from other engineering disciplines in that biomedical engineers use and apply an intimate understanding of modern biological concepts. In biomedical engineering, mechanical engineering, electrical engineering, chemical engineering, materials science, chemistry, mathematics, and computer science and engineering are all combined with human biology to enhance human health, be it an advanced prosthesis limb or a breakthrough in cell protein recognition. B.Tech Biomedical Engineering subjects include biotechnology, biomechanics, biomedical signal processing, biomedical embedded systems, material sciences, etc. B.Tech Biomedical Engineering job scope in India is immense in the medical and pharmaceutical sectors.
Tools and techniques used in B.Tech Biomedical Engineering:
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Admission for the B.Tech Biomedical Engineering course requires a minimum of 60% aggregate marks in 10+2 from a recognized board with subjects like physics, chemistry, and mathematics. Aspirants must be 17 years and above of age. Along with the above essential criteria, students must have cleared the standard entrance exams with good scores.
Admission procedure for the B.Tech Biomedical Engineering course is based on the performance in the entrance examination or on a merit basis. Aspirants must satisfy the minimum eligibility criteria, a combination of bachelor’s degree and entrance exam scores. Hence, students need to prepare accordingly for the entrance exams and admission. The admission process is different for each college, but the general overview is given below:
Fill up the admission form of the entrance exam online or offline. Attach all the documents, including the voter ID card, aadhaar card, domicile, mark sheet of 10th, 12th, and final year graduation mark sheet.
Colleges announce the cut-off marks after publishing the results. Then the aspirants scoring above the cut-off will participate in online counselling. Applicants would have to provide options of the colleges where they choose to consider admission during online counselling. Based on their ranks, the counselling body will delegate seats to the aspirants. The aspirants who get selected receive the allotment letter. The aspirants have to appear in person for document verification and pay the course fee.
Students need to appear for some of the entrance examinations held all across the country. Higher cut-off scores is a must to enroll in the best colleges in the nation. Listed below are the popular entrance exams in this field:
The entrance exam pattern may differ from one conduction body to another. Below are a few similarities between the popular entrance exams:
Listed below are the top ten colleges in the field of biomedical engineering, according to NIRF:
|32||Amity University Noida|
|37||SASTRA University Thanjavur|
|55||Visvesvaraya Technological University|
|41||SRM University Chennai|
|45||Manipal Institute of Technology|
B.Tech Biomedical Engineering fees range from INR 10,000 to 4,00,000 LPA, depending on the facilities and services provided at the institute.
|Sr. No.||College||Fees Structure per Annum|
|1||Lovely Professional University||INR 2.4 Lakhs|
|2||Manipal Institute of Technology||INR 3.2 Lakhs|
|3||IIT Hyderabad||INR 2.1 Lakhs|
|4||Shanmugha Arts Science Technology & Research Academy||INR 1.5 Lakhs|
B.Tech Biomedical engineering, being such a diverse branch in itself, has a lot to offer an individual who has freshly graduated. Biomedical engineering research requires the study and practice of physical science, mathematics, thermodynamics, biomechanics, material science, biofluids, tissue engineering, neural engineering, etc. Listed below are some of the subjects taught in this course:
Read More about B.Tech Biomedical Engineering Syllabus and Subjects
B.Tech Biomedical Engineering is one of the fastest-growing fields in the world. Economically speaking, each year, the market value of medical diagnostics triples. The way medicine is practiced is changing by groundbreaking developments in medical imaging and medical diagnostics.
In the research laboratories of biomedical engineers worldwide, modern medical devices have altered the way physicians cope with illness and trauma, extending the quality and length of human life.
Ultimately, in fields such as chemistry, materials science, and biology, the future of biomedical engineering is related to both the challenges and difficulties we encounter and advancements and achievements.
B.Tech Biomedical Engineering is a four-year undergraduate course that focuses on applying engineering principles to biology and health care. The essential subjects include engineering mechanics, material sciences, biomedical engineering basics, biomedical processes in industries, and electronics circuits. B.Tech Biomedical Engineering job scope is quite broad and diverse. Graduates can get employment in hospitals, diagnostic centers, and medical companies.
Biomedical engineers have an exciting career scope. Let's dive deep into the primary task of a biomedical engineer:
Design and Development: Biomedical engineers specialise in designing and developing products that aid in the smooth function of the human body motion. Biomedical devices include artificial heart valves and joint replacements, to name a few.
Working on a Microscopic Level: To find solutions to larger problems, biomedical engineers must function at a microscopic level. Biomedical engineers study cellular behavior to understand disease development better and establish treatments or cures before they become fatal.
Biomedical engineering connects engineering and medicine by seamlessly integrating engineering design and problem-solving expertise with medical and biological sciences to enhance healthcare diagnosis, tracking, and therapy.
People's health and well-being are directly benefited by the output of these industries. As a result, the biomedical engineer is often linked to both the humanistic aspect and the advanced technology. Implantable cardiac pacemakers and defibrillators, joint replacement implants, biomedical imaging, novel drug delivery systems, and tissue-engineered skin for grafting are only a few examples.
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Because of the interdisciplinary nature of biomedical engineering, this is different from the conventional engineering curriculum and necessitates above-average math and science abilities and a willingness to embrace these other fields. Listed below are some tips are given for B.Tech Biomedical Engineering:
Syllabus: Identify the challenging topics and allot more time to work on them.
Exam Pattern: Understand the exam pattern and make a time-bound exam preparation strategy.
Connect with students: Contact senior students who are already doing this course and ask for preparation tips.
An aspirant can go for M.Tech/M.Sc in Biomedical Engineering, Fluid Mechanics, Material Science, Biofluids, etc. GATE is a good option for an aspirant to enter the best Indian colleges like IISc, IITs, NIT, and other reputed colleges. An aspirant can also pursue their masters from foreign universities and then prepare for GRE. Qualify for the UGC NET and DBT BET exams to pursue JRF, Lectureship, and obtain a PhD. Courses to pursue after B.Tech Biomedical Engineering
The average salary in this field depends on the graduate’s experience, problem-solving skills, qualification and performance. But the average starting salary for a freshman is around INR 3.9 LPA. The salary also depends on the sector of work, and job location.
Read More about B.Tech Biomedical Engineering Salary
Biomedical engineers work in a broad range of environments and disciplines. There are opportunities to invent, design, and develop new technology in the industry. One can pursue research and push the frontiers of what is medically feasible in academia and test, introduce and develop new diagnostic tools and medical devices, and define safety standards for medical devices in government.
Many biomedical engineers find jobs in cutting-edge start-up businesses or as entrepreneurs themselves. Tissue and stem cell researchers focus on the artificial recreation of human organs, transplants, and helping millions live happier lives worldwide. Listed below are some of the popular career options in this field:
Listed below are the essentials of this field:
Analytical Skills: Biomedical engineers must analyse and consider the needs of patients and consumers to design suitable solutions.
Creativity: It's necessary to think outside the box to develop novel and integrative healthcare equipment and devices.
Communication Skills: Biomedical engineers need to articulate themselves clearly when working with patients and, more often than not, in interdisciplinary teams. Consider other people's thoughts and integrate them into the problem-solving process.
Maths Skills: For analysis, design, and troubleshooting, biomedical engineers must use calculus principles and other advanced mathematics techniques (including statistics).
Problem Solving Skills: Biomedical engineers solve crucial problems in complex biological systems because what resolves one problem may have a negative side effect that causes problems for the patient.
⭐ What is the scope of B Tech in Biomedical Engineering?
B Tech Biomedical Engineering graduates have a vast scope as they can work in sectors of pharmaceuticals, medical science, healthcare, food processing, nutrition, animal science, and environmental conservation. The course is gaining massive attention across all sectors as there are many advancements in artificial organ research and several biomedical research which involves the usage of biological organisms to develop a medical product adhering to the chemical and physical conditions of the organism and human biological conditions.
⭐ What are the major responsibilities of the biomedical engineers?
Biomedical engineers bridge the gap between medical sciences and engineering concepts by providing an overall enhancement for health care. Biomedical engineers design and construct innovative devices and improve processes for several biomedical testing, or making and administering drugs.
⭐What is the salary of Biomedical Engineers in India?
Since Biomedical Engineering is one of the fast-growing domains in the job market, the graduates are entitled to receive lucrative pay scales as the years go on. For freshers initially, it will be lesser compared to other domains, but as they gain experience, they entitled to receive more. The average Biomedical engineer salary in India is 3.6 LPA.
⭐What are Key areas of focus for Biomedical Engineering?
Some of the key areas of focus for biomedical engineering are Biomedical Electronics, Medical Mechatronics, Bioinstrumentation, Biomaterial Science, Cellular, Tissue, and Genetic Engineering, Medical Optics, Biomedical Image processing and much more.
⭐ What after B tech Biomedical Engineering?
Graduates who are willing to pursue further in specialized fields can opt for higher studies such as M.Tech in India and MS studies in abroad. They can also do part-time research work in prominent research centers across the country and can also venture into complete research and development domains depending upon their interest. They can also choose to work for medical equipment manufacturing companies and conglomerates.