A biomedical engineer is a specialist who designs medical equipment with the help of engineering concepts. Biomedical engineers typically do the following design system and products, such as artificial internal organs artificial devices that replace body parts, and machines for diagnosing medical problems. Install, adjust, maintain, repair, or provide technical support for biomedical equipment.

Biomedical engineering, or bioengineering, is the application of engineering principles to the fields of biology and health care. Bioengineers work with doctors, therapists and researchers to develop systems, equipment and devices in order to solve clinical problems.

• Tech in Biomedical Engineering
• Sc. in Biomedical Engineering
• E in Biomedical Engineering
• Bachelor of Technology(B.Tech in biomedical instrumentation)
• Bachelor of Technology in Biotechnology & Biochemical Engineering

• Bioinstrumentation
• Biomechanics
• Biomaterials
• Molecular cellular and Tissues Engineering
• Clinical Engineering
• Navigation system
• Rehabilitation Engineering
• System Physiology

• IIT, Kanpur
• SRM University: Department of Biomedical Engineering-Ghaziabad
• Thapar Institute of Engineering and Technology-Patiala
• VIT University-Vellore
• National institute of Technology-(NIT)-Rourkela
• Manipal Institute of Technology-(MIT) Manipal
• Deebandhu Chhotu Ram University of Science & Technology-Sonepat

College –IIT, Kanpur

Course –Biological sciences & Bio-Engineering

Duration – 4 years

Eligibility – 12^th with PCM

Admission Process – JEE Main + JEE Advance

College –SRM University: Department of Biomedical Engineering-Ghaziabad  

Course – B.Tech Biomedical Engineering

Duration: 4 years

Eligibility – Minimum 50% aggregate in PCM/PCB

Admission Process – SRMJEE

College –Thapar institute  of Engineering% Technology –Patiala

Course –B.Tech in Biomedical

Duration – 4 years

Eligibility -10+2 with PCB

Admission Process -10+2 PCB merit

 College –VIT  University -Vellore

Course –B.Tech Biomedical Engineering

Duration- 4 years

Eligibility – 10+2 with 60%  in PCM/PCB, but after joining  VIT,registering for mathematics        as abridge course is mandatory for PCB

College –National institute  of Technology-(NIT)Rourkela

Course –B.Tech Biomedical Engineering

Duration- 4 years

Eligibility-10+2 with 50% marks in PCM/PCB

Admission mode-JEE Mains

College-Manipal Institute of Technology(MIT)Manipal

Course-B.Tech Biomedical Engineering

Duration- 4 years

Eligibility -10+2 with 50% marks in PCM/PCB

Admission mode- Manipal University Online Entrance Test-(MU-OET)

• Keen interest in Biology & Mathematics
• Good communication skills
• Research And analytical skills
• Computational skills
• Aptitude for life Sciences
• Critical Thinking & Record keeping

B.E. Biomedical Engineering: Eligibility. Candidate must have passed the 10+2 or equivalent examination from a recognized state or central board with at least 50% (40% to 45% for reserved category candidates) of the marks with Physics, Chemistry, and Mathematics/Biology as the major subjects of study.

• Pharmaceuticals
• Medical institutions
• Medical Research
• Medicine
• Modern health care
• Government Regulatory agencies
• Universities/Colleges
• Hospitals
• Industrial Firms

Nick Domicone                                  
B.S. in Biomedical Engineering.

Day to day, he spend a lot of time utilizing the athlete management system which stores, analyzes, and visualizes all of their data. The skills that are very important to do this include critical thinking and problem solving, process improvement, and a general knowledge of pseudo coding. This process is not just digitizing data, but rather improving the entire process, including data input, analysis, and visualization.

It is equally important for him to know how to concisely convey the data results to a coach as it is to run analysis on it. His foundational knowledge of engineering has not only provided him with the tools he need to perform his job, but, more importantly, provided him with the ability to learn quickly and adapt to the circumstances that he encounter every day.

His advice to prospective Biomedical Engineering students is to try to envision what you want to be doing after you graduate in a general sense. Don't get caught up on all of the little details, but rather think about where you want to be conceptually. He really liked the concept of merging engineering and the body, so he chose Biomedical Engineering. This major gave him a wide breadth of engineering knowledge and experience that he would not have received in any other engineering major.

When he went to OSU, his other engineering friends would call a biomedical engineer a jack of all trades, having a base knowledge of all types of engineering, but nothing in-depth enough. He now looks back at that as a compliment; as it is this wide base of knowledge that allows him to successfully tackle the variability in his career.