BTech-Biomedical-Engineering
construction

Overview

 construction

Curriculum

 construction

Fees

 construction

Career

About Biomedical Engineering

The biomedical engineering program at Sandip University is highly advanced and the perfect fit for students who are interested in medicine as well as engineering. Biomedical engineering basically refers to the integration of the principles of engineering to find solutions for biomedical problems. This is a unique branch where medicine and healthcare meet engineering to benefit human health. Sandip University’s B.Tech Biomedical Engineering program spans four years and eight semesters.

The curriculum is infused with value addition and global certifications to enhance each student’s technical and soft skills relevant to biomedical engineering. The goal is to help students create a unique perspective to help them understand the applications of engineering in medical science. Highly qualified and experienced faculty from IITs and NITs are available in the department to train students to become employable professionals upon graduation.

Students are provided with the best infrastructure for academic development and personal growth. A well-structured Wi-Fi enabled eco-friendly campus is designed to provide ample opportunities for the overall development of students. As one of the top biomedical engineering colleges in Nashik, Sandip University provides 100% placement assistance to students through annual placement drives to help students build global careers from the get-go!

Key Features of the Program at Sandip University

  • Industry-relevant curriculum
  • Value addition and global certification programs
  • Research-based and project-based training
  • Dedicated labs equipped with futuristic tech
  • Compulsory internships
  • 100% placement opportunities

Career Opportunities in Biomedical Engineering

icon

Biomedical Engineer

Biomedical engineers are tasked with designing and engineering solutions to medical problems with the help of technology. These professionals create well-researched equipment that can help aid the healthcare industry.

icon

Biomedical Research Scientist

Biomedical research scientists conduct cutting-edge research and develop solutions for medical problems using engineering technology. Some of the examples of biomedical engineering marvels are robotic limbs, dialysis machines, x-ray machines, etc.

icon

Product Development Engineer

Product development engineers work closely with biomedical research scientists to design, test, and develop equipment that uses the principles of engineering to solve medical issues.

icon

Instrumentation Engineer

Instrumentation engineers are responsible for designing, developing, testing, and innovating on medical instruments that are used for diagnosing and treating different issues in the human body.

StructureProgram Structure

Engilish Communication Skills Applied Physics
Algebra and Differential Calculus Environment & Ecology
Engineering Graphics & CADD. Synthesis and processing of Materials
NSS/NCC/YRC/CLUBS*
Engineering Chemistry Technical Communication
Fundamentals of Electrical and Electronics Engg. Engineering Mechanics
Introduction to Computing and C-Programming language Pharmaceutical Microbiology
NSS/NCC/YRC/CLUBS*
HSS( Foreign Language) Transform vector Calculus and Complex variable
Data Structure Medical Instrumentation
Circuit Theory & Networks Electronics Device and Circuits
Internship I Data Structure Lab
Circuit Theory & Networks Electronics Devices and Circuits Lab
Microcontroller and Application Human Anatomy & Physiology
Signal and System Engineering & Managerial Economics
Artificial Intelligence and Machine Learning Digital Electronics
Microcontroller and Applications. Lab Digital Electronics Lab
Control System Engineering Data Base Management System
Bioinstrumentation Medical Instrumentation
Linear System and Signal Processing Data Base Management System Lab
Control System Lab Internship II
Digital Signal Processing Principles of Diagnostic and Therapeutic equipment's
Embedded Systems in Medicine Digital Image Processing
Medical Informatics and Expert Systems.

 Open Elective - I
Digital Signal Processing Lab Medical Informatics and Expert Systems Lab
Mini Project Seminar
List of Open Elective I
Sensors in Automation Embedded Processor
Laser & Fibre Optics & Its Medical Applications.

 Biomedical Signal Processing
Cloud Computing Principals of Radiological Equipment
Program Elective - I Open Elective - II
Biomaterials Project Management
Internship - III Cloud Computing Lab
Project Phase - I
Program Elective - I
Radiation and Microwave Theory

VLSI Design

Open Elective - II
Embedded & RTOS Advanced Biomedical Instrumentation
Program Elective - II Program Elective - III
Program Elective - IV Project Phase - II

Program Elective - II
Modelling of Physiological Systems Bio - Medical Signal Processing
Program Elective III
Program Elective - I
Advance Control System Artificial Intelligence
Program Elective IV
Biomedical Hazards & Safety Robotics & Automation

Fee Structure & Eligibility

Programme Sem Year Mode Eligibility Academic Fees
Per Year (INR)		 Special Fees
(Incl. Library Fee & Examination Fees)
Per Year (INR)		 Fees Per Year
B.Tech (Biomedical Engineering) 8 4 Sem The candidates must be passed in 12th PCM/PCB from a recognised Board: Passed 10+2 examination with Physics/ Mathematics / Chemistry/ Computer Science/ Electronics/ Information Technology/ Biology/ Informatics Practices/ Biotechnology/ Technical Vocational subject Rs. 1,00,000/- Rs. 10,000/- Rs. 1,10,000/-

Note:
  • Admission Form and Prospectus Rs. 1000/- (One Time).
  • Caution Money Rs. 1000/-
  • Hostel Fees Rs. 1,10,000/- per annum + 5000 (Deposit Rs 5, 000 at the time of Admission only on refundable basis) Minimum 4 Occupancy
  • Transportation Fees as applicable based on Route and Pick Up Point.
  • Uniform Cost Rs. 6000/-