Bachelor of Technology [B.Tech] (Biomedical Engineering)

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Pranjal Singhal

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Course Structure

Through this course, the students will be able to understand, learn and use different engineering disciplines and apply these concepts in medical and biological stream.

The course delivery methods include lectures, lab work, industrial training, assignments, workshops etc.

During this course, students are also encouraged to take up a research project and industrial training.

In the final assessment, the students are graded on Theory paper, Term work (assignments), Lab work and Research Project.

Syllabus

It is possible that syllabus might vary from institution to institution. The syllabus is made up of both core and elective courses. The common topics covered in the course are as follows:

CORE COURSES

Name of the Course

Topics

Description

Mathematics

Matrices

Trigonometry

Differential Calculus

Integral Calculus

Applications of Differential Calculus and Integral Calculus

Functions of several variables

Differential equations

Multiple integrals

Vector calculus

Three dimensional analytical geometry

Curve fitting and numerical solution of equations

Finite difference and interpolation

Numerical Differentiation and Integration

Numerical Solutions of ordinary differential equations

Numerical Solutions of Partial differential equations

This is a core course on Mathematics applied in Engineering.

Physics

Mechanical properties of solids and Acoustics

Electromagnetic waves, circuits and applications

Lasers and Fiber Optics

Quantum Mechanics and Crystal Physics

Green energy physics

This is a core course in Physics focusing on fundamental concepts of various branches of Physics.

Chemistry

Water treatment

Polymers and reinforced plastics

Phase equilibria, Lubricant and Adhesives

Corrosion and its control

Instrumental methods of analysis

It is a core course in Chemistry which focuses on application based knowledge of principles and theories.

Basic Civil Engineering

Building Materials

Material Properties

Building Components

Surveying and transportation

Water supply and sewage disposal

This course introduces students to topics in civil engineering

Material Science

Electronic and Photonic Materials

Magnetic and Dielectric Materials

Modern Engineering Materials and Bio-materials

Introduction to nano science and nano technology

Materials Characterization

This course is to understand the concepts and topics in the field of material science.

Environmental Science

Environmental Education and Ecosystems

Environmental Pollution

Waste management

Bio-diversity and its conservation

Environmental protection

This course deals with the study of environmental issues and its management

Biochemistry

Metabolism of carbohydrates

Protein Metabolism

Fatty acid metabolism and nucleic acid metabolis

Oxidative Phosphorylation

Here, the study is on various bio molecules and their functioning

Medical electronic devices

Semiconductor Diodes

Special Purpose diodes and transistors

Transistors

Field Effect transistor

Thyristors and IC Fabrication

This course introduces students to construction of electronic devices in medicine

Basic Mechanical Engineering

Machine Elements

Energy

Manufacturing Processes

This course familiarises students to the basics of Mechanical Engineering

Basic Electrical and Electronics Engineering

Fundamental of DC Circuits

Magnetic Circuits

AC Circuits

Electrical Machines and Measuring Instruments

Electrical Safety, wiring and Introduction to Power Systems

Electronic Components

Semiconductor Device

Transducers

Digital Electronics

Communication systems

This course is on the study of circuits, machines and measuring equipments, digital electronics etc.

Engineering Graphics

Fundamentals of Engineering Graphics

Projection of Lines and Solids

Sections and Developments

Pictorial Projections

Building Drawing

This is course to understand 1D, 2D and 3D elements and objects

Electronics Engineering Practices

Introduction to basics of Electronic components and instruments

Schematic Capture

PCB Design Process

PCB Fabrication Process

Assembling and Testing

Here, the study is on PCB designs and fabrication processes

Mathematics for Biomedical Engineering

Partial Differential equations

Fourier Series

One Dimensional Wave and Heat Equation

Fourier Transforms

Graph Theory

Linear models of biological systems

Nonlinear equations in biomedical engineering

Probability and theoretical distributions

Correlation and regression analysis

Analysis of variance

This course imparts knowledge on solving mathematical problems applied in biomedical engineering

Basics of Human Anatomy and Physiology

Human Body

Cardiovascular and Respiratory systems

Nervous Systems and Musculoskeletal Systems

Digestive and Excretory System

Special Organs and Endocrine Glands

This course is to understand human body, its functioning and its designing for biomedical engineering

Digital Electronic System Design

Boolean Algebra and Combinational Circuits

Sequential Circuits

Memory Devices

Digital Integrated Circuits

Applications of Digital Systems

This course is to understand digital electronics and its use in biomedical engineering

Applied Electronic Circuits

Rectifiers and power supplies

Small signal and large signal amplifiers

Differential and Tuned Amplifiers

Feedback Amplifiers and Oscillators

Multi-vibrators and wave shaping circuits

This course is to understand the working of electronic units

Biomedical Sensors and Measurement Devices

Measurement system and basics of Transducer

Measurement of Non-Electrical Quantities

Signal Generators and Signal Analyzer

Digital Data Display and Recording Systems

Medical Applications of Sensors

This course is to gain knowledge  of measuring instruments

Biomaterials and Artificial organs

Biomaterial Properties

Classes of Biomaterial

Soft and Hard tissue applications

Material Response

Biomaterial Testing and Artificial Organs

This course focuses on the study of implants and artificial organs

Medical Instrumentation

Bioeletrodes and Biochemical Sensors

Bioamplifiers, Bioelectric Signals, PCG and their Recording

Patient monitoring systems and biotelemetry

Cardiac Measurements and assist devices

Analytical Equipments

Pulmonary analyzers and  aid equipments

Physiotherapy and Electrotherapy equipments

Intruments dealing with kidney and bones

Sensory intsrumetation

Special equipments

This course is on the study of basic principles and working of biomedical instruments

Biomedical Circuits and Networks

Methods of Analysing Circuits with independent sources

Network theorems

AC Circuits and Coupled Circuits

Transient Analysis

Two port networks and elements of realizability theory

This course is to understand the basics of circuits

Fundamentals of Signals and Systems

Classification of signals and systems

Analysis of continuous Time signals

Continuous time systems

Analysis of Discrete time signals

With the course, the student is familiarised with analysing and synthesizing signals and systems

Biomedical Signal Processing

Fundamentals of signal processing

Digital Filter Design

Wavelet and Speech Processing

Analysis of Bio signals

This course is to understand concepts of signal processing and biomedical signals

Medical Imaging Systems

X-ray

PET and SPECT Imaging

Magnetic Resonance Imaging

Ultrasound Imaging

Here the focus is o various medical imaging techniques and imaging systems

Medical Image Processing and Analysis

Fundamentals of digital image and transform

Image Enhancement

Image Segmentation

Image Compression

Image restoration and reconstruction of medical images

This course focuses on medical image acquisition and medical image processing

Biomedical Control Systems

Control system modelling

Time response analysis

Frequency response analysis

Physiology control system

Modelling of physiological systems

This course is to study concepts of control systems in biomedical modelling

Rehabilitation Engineering

Wheelchair

Orthotic and Prosthetic Devices

Assistive Technology for vision and hearing

Advanced Applications

This course is to learn concepts of rehabilitation and devices used in rehabilitation for biomedical engineering

ELECTIVES

Name of the Course

Topics

Description

Assist Devices

Principle of External counter pulsation technique

Artificial kidney function

Hearing aids

Hand and arm replacement

Electrotherapy

This course is on the assisting devices used in medical industry

Soft Computing Techniques

Fuzzy Sets

Optimization

Introduction to Neural Networks

Adaptive networks based Fuzzy interface systems

Applications

This is a course on computing techniques in medicine

Transportation in Living Systems

Heat transport

Transportation of fluids

Transportation of lymph

Mass transfer

This course is on the study of transportation within the human body

Bio Chemistry

Biochemistry of living cell

Enzymes

Carbohydrate

Liver Function tests

Principles and Application of Photometry

This course is on the basics of bio-chemistry

Hospital Engineering and Informatics Systems

Classification of hospital & architecture

Electrical power systems in hospitals

Air conditioning & gas supply systems

Hospital engineering & Management

Hospital Information system

This course is on the running and operations in hospital systems and managements

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