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, Diploma and a Masters 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 Human Anatomy & Physiology, Biomedical Instrumentation, Biomedical Signal Processing, Bioinformatics and Clinical Science. 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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Biomedical EngineeringProgram 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

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.

Equipment Design Engineer
Lab Technician and Administrator

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.

Research Engineer
Technical instructor

Technical instructor

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

Duration: 4 years (Semester System)


affiliation

Affiliation

Constituent College of Parul University

eligibility

Eligibility Criteria

For admission to degree engineering, the candidate shall have passed HSCE (std.XII, 10+ 2 pattern) in Science Stream

admission_mode

Mode of Admission

For admissions please visit our portal to register/login yourself and proceed ahead with your admission application.

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Biomedical Engineering feesFees

Country
State

Biomedical Engineering

₹ 90,300/- Annually*

* Tuition Fees may vary depending on the Country/ State in which the candidate has passed their qualifying examination.

Biomedical Engineering CurriculumCurriculum

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

 

 

Biomedical Engineering Curriculum Laboratories


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Biomedical Engineering Labs

The department of Biomedical Engineering seeks to promote and develop the practical skills of the students in preparation for their industrial careers.

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Human Anatomy & Physiology laboratory

The laboratory is equipped with human skeleton, stethoscope, organ models of ear, eye, kidney, nose, brain, heart and lungs.

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The Biomedical Instrumentation Laboratory

The laboratory is equipped with an Electrocardiography monitoring kit,

https://paruluniversity.ac.in/Biomedical Signal Processing laboratory

Biomedical Signal Processing laboratory

https://paruluniversity.ac.in/Bioinformatics laboratory

Bioinformatics laboratory

https://paruluniversity.ac.in/Clinical Science laboratory

Clinical Science laboratory

Biomedical Engineering CurriculumActivities


PiCET-2019

The 2nd International Conference, Parul University International Conference on Engineering & Technology: Smart Engineering was Jointly organized by Faculty of Engineering & Technology, Parul University, India and Wroclaw University of Science and Technology, Wroclaw, Poland. Mechanical Engineering and Allied Engineering had been covered under the theme of 'Smart Innovations' in PiCET'19. First session on day one was on theme: 'Next-Generation Manufacturing'

STTP on Material Characterization using Sophisticated Analytical Instruments

Department of Biomedical Engineering organized STTP on Material Characterization using Sophisticated Analytical Instruments.The course was sponsored by Department of Science & Technology, Gujarat Council of Science & Technology Govt. of Gujarat. It was meant to train faculties of different departments such as Chemical, Mechanical, Biomedical, Applied Sciences and research scholars to impart the basic knowledge of the techniques used in characterization of materials.

Industrial Visit at EIE Instruments, Ahmedabad

An industrial visit was organized for 45 students of 5th semester Biomedical Engineering and Instrumentation & Control Engineering to EIE Instruments, Ahmedabad. Dr. Poonam Mondal and Mr. Dhiraj Mehta accompanied the students in this industrial visit. Mr. Ravi Parikh,Techno-Commercial Head briefed about the industry, its different units and functions.

Tech Expo

One of the Faculty of Engineering's major annual exhibition where the final year students get to exhibit their highly innovative projects. A total of 4,000 students took part in this year's tech expo exhibition where they were showcasing their robots and automated systems which were strategically designed to act as solutions for various socio-economic issues.

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