About Biomedical Engineering

The Biomedical Engineering program is blend of medicine and engineering which provides a comprehensive exposure to biological concepts coupled with an understanding of engineering technicalities. The Faculty of Engineering offers a Bachelors degree and Diploma degree program in Biomedical Engineering which focuses on providing students with the understanding of machineries and technical systems which are of great utility to the medical field. The program is approved by UGC and is focused on providing students with the most dynamic skill sets essential for being contributors in the biomedical engineering fields. Parul University’s department of biomedical engineering focuses on various subjects such as biology, engineering graphics, engineering physics, human anatomy and electronic devices, amongst others. With the continuous growth in the scope of medicine, digitalisation and technology, the biomedical field plays a pivotal role in providing the much needed solutions for human livelihood. The department is equipped with 6 instructional & research laboratories which provide a worth while practical exposure in the areas of Biology, Human Anatomy & Physiology, Medical Instrumentation and its surgical procedures, Diagnostics, Therapeutics and Analytical Instruments amongst others. With the endless pool of career opportunities in the various technical, medical and research industries, biomedical engineering graduates have wide range of lucrative career possibilities.

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National Applicants

International Applicants

Program Outcomes

Why Study Biomedical Engineering

The rampant evolution of technology today, and the continuous growth in the medical field, as a pillar of human livelihood has created a great demand of biomedical engineers in the medical and engineering fields. In light of this fact, pursing biomedical engineering places students on a leveraged position as they will be having a wide range of career options. Beyond the scope of the industry, the graduates of this program can also take up careers in research and development.

Biomedical Engineer

An ability to comprehend and understand the relationship between engineering and medical biology.

Equipment Design Engineer

An ability to navigate the various industrial aspects of biomedical engineering and effectively engineer solutions.

Lab Technician and Administrator

An ability to develop the communication skills along with other career oriented skill sets, essential for various career prospects.

Research Engineer

An ability to understand the contemporary trends in medical technology and to develop new machinery for effective use.

Technical instructor

An ability to navigate the industrial dimensions of biomedical engineering to effectively execute various career roles.

Curriculum

Workshop	Fundamentals of Programming
Environmental Science	Basic Electronics
Basic Electrical Engineering	Engineering Graphics
Information and Communication Technology	Mathematics-II
Elements of Mechanical Engineering	Engineering Physics
Mathematics	Communication Skills - 2
Communication Skills

Digital System Design	Biochemistry
Digital System Design Lab	Biochemistry Lab
Network Theory	Biosensor and Transducers
Network Theory Lab	Biosensor and Transducers Lab
Human Anatomy & Physiology	Industrial/Hospital training
Human Anatomy & Physiology Lab	Microprocessor & Interfacing
Simulation and Design Tools	Microprocessor & Interfacing Lab
Control Theory	Electronic Devices & Circuits
Control Theory Lab	Electronic Devices & Circuits Lab
Transforms and PDE	Signals and Systems for Biomedical
Professional Communication Skills-1	Signals and Systems for Biomedical Lab
	Professional Communication Skills-2

Basic Aircraft Science	Life Science
Disaster Preparedness and Planning	Biology for Engineers
Cyber Security	Engineering Geology
Fundamentals of Communication Engineering	Landscape Planning and Design
Internet of Things	Fundamentals of Management
Basic Clinical Science-I	Constitution of India
Basic Clinical Science-I Lab	Diagnostic Techniques and Instrumentation
Intellectual Property Rights and Bioethics	Mini Project
Mini Project	Biomedical Signal Processing
Biomedical Instrumentation	Microcontroller and Interfacing
Biomedical Instrumentation Lab	Bioinformatics
Biomaterials & Implants	Biomechanics & Rehabilitation Engineering
Nuclear medicine	Embedded System
Telemedicine	Bioinformatics Lab

Medical Imaging Technology	Project-II
Medical Imaging Technology Lab	Digital image processing for Biomedical
Therapeutic Equipments	Digital image processing for Biomedical Lab
Therapeutic Equipments Lab	Tissue Engineering
Basic Clinical Science II	Radiotherapy
Basic Clinical Science II Lab	Biomedical microsystems
Hospital Information System & Regulatory Standards
Virtual Biomedical Instrumentation
Project-I
Nanotechnology for Medical Applications
Internet of Things
Biological Modeling and Simulation