Biomedical Engineering bridges the gap between biomedical science and engineering. It involves the application of engineering principles to create solutions for healthcare and generally concerns with the development and design of medical products. Biomedical engineers collaborate with doctors and researchers to develop medical systems, equipment or devices that can solve clinical problems. Biomedical engineers not just create equipment and devices, but computer systems and software used in healthcare as well.

Biomedical Engineering (BME) improves human health by applying engineering principles and methods to medical problems. Biomedical engineers might find themselves developing:

  • Sensor that identify cancer.
  • A device that mimics the blood brain barrier for use in drug testing.
  • Neural probes to treat Parkinson’s with deep Brain simulation.
  • Computer models that suggest how complex proteins are assembled.
  • Design of the instruments of medical imaging.
  • Waveform to image the body with MRI.
  • Ultrasound therapies to treat tumors non- invasively.
  • Design of life supporting instruments devices for ICU.
  • Design the prosthetics arms and legs.
  • Design the artificial organs.

Several opportunities exist for students pursuing a course in biomedical sciences in India. It is a huge, happening subject with immense opportunities for management, laboratory work, education, research, and consultancy. Once you become competent in the subject, you can work in the private sector or the numerous national healthcare laboratories. Those who do not find themselves appropriate for standard hospital careers may choose for health protection agencies, or work in forensic science departments.

Carrier Scope

  • Government Agencies and R&D
  • Medical Equipment & Diagnostics Industries
  • Pharmaceutical Manufacturing & Processing Industries
  • Public Health organization
  • Hospitals
  • Medical Research Laboratories
  • Biomedical Engineers for maintenance of medical equipments in  Hospitals
  • Product Development Engineer, Design Engineer and System Test engineer in biomedical equipment   manufacturing company
  • Medical  equipment consultancy
  • Research Scientist and R&D engineer in various research organizations such as Tata Foundation and IITs etc.
  • Sales and Marketing of Medical Instrument

Areas of Specialization

The Students of biomedical engineering can opt for specialization in the areas, such as medical imaging, radiology, medical instrumentation, Rehabilitation Engineering, Prosthetic design and clinical processing

Duration: 4 Years


50% in 10 + 2 Science Stream (PCM/PCB)

Selection Procedure:

Entrance Test and Interview


Programme Outcome
  • I Semester

    Engineering Maths-I
    Engineering Physics-I
    Engineering Chemistry-I
    Introduction to IT
    Fundamentals of electrical Science
  • Practicals & Sessionals

    Language Lab
    Engineering Physics Lab
    Engineering Chemistry
    PC software Lab
    Practical Geometry
    Engineering Workshop
  • II Semester

    Engineering Maths-II
    Engineering Physics-II
    Engineering Chemistry-II
    Programming and Problem Solving using 'C' Language
    Fundamental of electronic
    Mechanical Engineering
  • Practicals & Sessionals

    Communication Tech
    Engineering Physics Lab-II
    Engineering Chemistry-II
    Programming Lab
    Machine Drawing
    Basic Electronics Lab
  • III Semester

    Anatomy & Physiology
    Biochemistry and Histology
    Electronics Measurement & Instruments
    Electronics Devices and circuit
    Environmental Engineering
  • Practicals & Sessionals

    Anatomy and Physiology Lab
    Biochemistry & Histology Lab
    Electronic Measurement Lab
    Electronics Lab
  • IV Semester

    Biomedical Instrumentation-I
    Transducers Instrumentation
    Digital Electronics
    Communication System
  • Practicals & Sessionals

    Biomedical Instrumentation Lab-I
    Transducer Lab
    Digital Electronics Lab
    Communication Engineering Lab
  • V Semester

    Biomaterials and components
    Biomedical Instrumentation-II
    Biomedical- Signal Processing
    Linear Integrated Circuit
  • Practicals & Sessionals

    Biomedical Instrumentation Lab-II
    Analog Electronics Lab
    Microprocessor Lab
    Electronic Workshop and PCB Lab
  • VI Semester

    Clinical Science & Engg.
    Cardiovascular Instrumentation
    VLSI Design
    Microcontroller & Embedded System
    Neural Network & fuzzy logic
  • Practicals & Sessionals

    Lab Subject
    Clinical Science Lab
    Microprocessor and Microcontroller Lab
    Introduction to Good Laboratory Practice
    Humanities and Social Sciences Lab
  • VII Semester

    Radiology and Medical Image
    Biosensors and MEMS
    Fiber Optics Instrumentation
    Rehabilitation Engineering
    Industrial Internship Program
    Major Project
  • Practicals & Sessionals

    Medical Imaging Lab
    MATLAB programming for Bioengineering
    Industrial Practical Training & Seminar Lab