Biomedical Engineering

Rohini College of Engineering & Technology

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24ME301 ENGINEERING MECHANICS 24ME301 ENGINEERING MECHANICS 24EN101 English for Engineers 24EN101 English for Engineers 24MA101 & MATRICES AND CALCULUS 24PH101 ENGINEERING PHYSICS 24CY101 - ENGINEERING CHEMISTRY 24CS201-PROGRAMMING FOR PROBLEM SOLVING USING C 24EE202 Fundamentals of Electrical and Electronics Engineering 24ME201&ENGINEERING GRAPHICS AND DESIGN 24ME201& ENGINEERING GRAPHICS AND DESIGN

Semester II

24EN201- Presentation and Language Skills Lab

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

Listening And Responding
2.1 English movie clips
2.1 English movie clips
2.2 Vocabulary Development through movies/Shortfilms/ Documentaries
2.2 Vocabulary Development through movies/Shortfilms/ Documentaries
2.3 Speaking- Just a minute talk and expressions for plans and decisions
2.3 Speaking- Just a minute talk and expressions for plans and decisions
Describing a Product
Describing a Product

UNIT III

Speaking and Presentation Skills
A Day in My Life
A Day in My Life

UNIT V

Writing Skill Development
5.1 Power Point Presentation
5.1 Power Point Presentation
5.2 Reading Newspaper Articles
5.2 Reading Newspaper Articles
5.3 .Expanding a Proverb
5.3 .Expanding a Proverb
5.4 Instructions
5.4 Instructions

24MA201- COMPLEX VARIABLES AND TRANSFORMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPLEX DIFFERENTIATION
1.1. ANALYTIC FUNCTIONS
1.1. ANALYTIC FUNCTIONS
1.2 PROPERTIES – HARMONIC CONJUGATES
1.2 PROPERTIES – HARMONIC CONJUGATES
1.3 CONSTRUCTION OF ANALYTIC FUNCTION
1.3 CONSTRUCTION OF ANALYTIC FUNCTION
1.4 CONFORMAL MAPPING
1.4 CONFORMAL MAPPING
1.5.BILINEAR TRANSFORMATION
1.5.BILINEAR TRANSFORMATION

UNIT II

COMPLEX INTEGRATION
2.1 Cauchy’s Integral Theorem
2.1 Cauchy’s Integral Theorem
2.2 TAYLORS AND LAURENTS SERIES
2.2 TAYLORS AND LAURENTS SERIES
2.3 CAUCHY RESIDUE THEOREM
2.3 CAUCHY RESIDUE THEOREM
2.4 Contour Integration
2.4 Contour Integration

UNIT III

LAPLACE TRANSFORMS
3.1LAPLACE TRANSFORMS AND PROPERTIES
3.1LAPLACE TRANSFORMS AND PROPERTIES
3.2 LAPLACE TRANSFORMS OF DERIVATIVES AND INTEGRALS
3.2 LAPLACE TRANSFORMS OF DERIVATIVES AND INTEGRALS
3.3 INVERSE LAPLACE TRANSFORM
3.3 INVERSE LAPLACE TRANSFORM
3.4 SOLUTION OF DIFFERENTIAL EQUATION BY LAPLACE TRANSFORM TECHNIQUE
3.4 SOLUTION OF DIFFERENTIAL EQUATION BY LAPLACE TRANSFORM TECHNIQUE

24EE202 FUNDAMENTALS OF ELECTRICAL AND ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

AC Circuits and Magnetic Circuits
1.1 BASIC ELECTRICAL CIRCUIT COMPONENTS
1.1 BASIC ELECTRICAL CIRCUIT COMPONENTS
1.2 KIRCHHOFF LAWS
1.2 KIRCHHOFF LAWS
1.3 MESH ANALYSIS WITH INDEPENDENT SOURCES ONLY
1.3 MESH ANALYSIS WITH INDEPENDENT SOURCES ONLY
1.4 NODAL ANALYSIS
1.4 NODAL ANALYSIS

UNIT II

AC Circuits and Magnetic Circuits
2.1 STEADY STATE ANALYSIS OF RLC CIRCUIT
2.1 STEADY STATE ANALYSIS OF RLC CIRCUIT
2.2 RECTIFIER
2.2 RECTIFIER
2.3 FULL WAVE RECTIFIER
2.3 FULL WAVE RECTIFIER

UNIT III

DC Machines and Transformers
3.1 CONSTRUCTION AND WORKING PRINCIPLE OF DC MOTOR
3.1 CONSTRUCTION AND WORKING PRINCIPLE OF DC MOTOR
3.2 TYPES OF DC MOTOR
3.2 TYPES OF DC MOTOR
3.3 TRANSFORMER
3.3 TRANSFORMER
3.4 EMF EQUATION OF TRANSFORMER
3.4 EMF EQUATION OF TRANSFORMER

24PH203- MEDICAL PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

EFFECT OF IONIZING RADIATION
1.1 ELECTROMAGNETIC RADIATION AND ITS TYPES
1.1 ELECTROMAGNETIC RADIATION AND ITS TYPES
1.2 ULTRAVIOLET RADIATION AND ITS BIOLOGICAL APPLICATION
1.2 ULTRAVIOLET RADIATION AND ITS BIOLOGICAL APPLICATION
1.3 INFRARED RADIATION AND ITS BIOLOGICAL APPLICATION
1.3 INFRARED RADIATION AND ITS BIOLOGICAL APPLICATION
1.4 ARTIFICAL INTELLIGENCE IN RADIOTHERAPY
1.4 ARTIFICAL INTELLIGENCE IN RADIOTHERAPY

UNIT II

NUCLEAR RADIATION AND ITS EFFECTS ON THE BODY
2.1 RADIONUCLIDES USED IN MEDICINE AND BIOLOGY
2.1 RADIONUCLIDES USED IN MEDICINE AND BIOLOGY
2.2 CATARACT GENETIC EFFECTS
2.2 CATARACT GENETIC EFFECTS
2.3 LD50 CAUSE OF RADIATION DEATH
2.3 LD50 CAUSE OF RADIATION DEATH
2.4 RADIATION CARCINOGENESIS
2.4 RADIATION CARCINOGENESIS
2.5 PERMISSIBLE EXPOSURES AND MAXIMUM PERMISSIBLE OCCUPATIONAL DOSES
2.5 PERMISSIBLE EXPOSURES AND MAXIMUM PERMISSIBLE OCCUPATIONAL DOSES
2.6 NUCLEAR RADIATION PROTECTIVE MEASURES
2.6 NUCLEAR RADIATION PROTECTIVE MEASURES

UNIT III

ULTRASOUND IN MEDICINE
3.1 ULTRASONIC WAVES PRODUCTION, PROPERTIES AND PROPAGATION OF ULTRASONIC WAVES
3.1 ULTRASONIC WAVES PRODUCTION, PROPERTIES AND PROPAGATION OF ULTRASONIC WAVES
3.2 BIOACOUSTICS CHARACTERISTICS OF HUMAN BODY
3.2 BIOACOUSTICS CHARACTERISTICS OF HUMAN BODY
3.3 ACOUSTICAL CHARACTERISTICS OF HUMAN BODY
3.3 ACOUSTICAL CHARACTERISTICS OF HUMAN BODY
3.4 DESTRUCTIVE AND NON-DESTRUCTIVE TESTS
3.4 DESTRUCTIVE AND NON-DESTRUCTIVE TESTS
3.5 HIGH POWER ULTRASOUND IN THERAPY
3.5 HIGH POWER ULTRASOUND IN THERAPY

UNIT IV

MICRODOSIMETRY & NANODOSIMETRY
4.1 Microdosimetric Quantities and solid- state microdosimetric Techniques
4.1 Microdosimetric Quantities and solid- state microdosimetric Techniques
4.2 Gas-Based Dosimetry in Microdosimetry
4.2 Gas-Based Dosimetry in Microdosimetry
4.3 Biological Effects of Dosimetry
4.3 Biological Effects of Dosimetry
4.4 Gamma Spectroscopy
4.4 Gamma Spectroscopy
4.5 Electron & Ion-Based Nanodosimetry
4.5 Electron & Ion-Based Nanodosimetry

UNIT V

MATERIALS USED IN MEDICINE
5.1 MATERIALS FOR OPHTHALMOLOGY
5.1 MATERIALS FOR OPHTHALMOLOGY
5.2 BIO MATERIALS FOR BONE AND JOINT REPLACEMENT
5.2 BIO MATERIALS FOR BONE AND JOINT REPLACEMENT
5.3 BIOINERT AND BIOACTIVE CERAMICS BIOMATERIALS
5.3 BIOINERT AND BIOACTIVE CERAMICS BIOMATERIALS
5.4 CARDIAC PROSTHESIS AND VASCULAR GRAFT MATERIALS
5.4 CARDIAC PROSTHESIS AND VASCULAR GRAFT MATERIALS
5.5 ARTIFICAL ORGAN- DIALYSIS & HEAMOFILTRATION
5.5 ARTIFICAL ORGAN- DIALYSIS & HEAMOFILTRATION

24CY401 - ENVIRONMENTAL SCIENCE & ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ECOLOGY & BIODIVERSITY
1.1 Syllabus & Intro
1.1 Syllabus & Intro
1.2 Components of ecosystem
1.2 Components of ecosystem
1.3 Energy flow
1.3 Energy flow
1.4 Bio diversity values
1.4 Bio diversity values
1.5 Threats to bio diversity
1.5 Threats to bio diversity

UNIT II

WATER RESOURCES AND ENVIRONMENT MICROBIOLOGY
2.1 WATER RESOURCES
2.1 WATER RESOURCES
2.2 DAMS BENEFITS AND PROBLEMS
2.2 DAMS BENEFITS AND PROBLEMS
2.3 CONFLICTS OVER WATER
2.3 CONFLICTS OVER WATER
2.4 HYDRO PHONICS
2.4 HYDRO PHONICS
2.5 CLASSIFICATION OF MICROORGANISMS & THEIR ROLE IN WATER TREATMENT
2.5 CLASSIFICATION OF MICROORGANISMS & THEIR ROLE IN WATER TREATMENT

UNIT III

AIR AND NOISE POLLUTION
3.1 AIR POLLUTION & AIR POLLUTANTS
3.1 AIR POLLUTION & AIR POLLUTANTS
3.2 AIR POLLUTANTS CONTROL EQUIPMENT’S
3.2 AIR POLLUTANTS CONTROL EQUIPMENT’S
3.3 NOISE POLLUTION
3.3 NOISE POLLUTION
3.4 RECENT CASE STUDIES – WORLD WIDE
3.4 RECENT CASE STUDIES – WORLD WIDE
3.5 ENVIRONMENTAL PROTECTION ACT
3.5 ENVIRONMENTAL PROTECTION ACT

UNIT IV

Solid waste and Hazardous waste management
4.1 Solid waste management
4.1 Solid waste management
4.2 Plastic management
4.2 Plastic management
4.3 Biomedical waste
4.3 Biomedical waste
4.4 Hazardous waste
4.4 Hazardous waste
4.5 E waste management
4.5 E waste management

UNIT V

Environmental management and Sustainable development
5.1 Renewable & Nonrenewable Energy Sources
5.1 Renewable & Nonrenewable Energy Sources
5.2 Gross Development Product
5.2 Gross Development Product
5.3 R Concept
5.3 R Concept
5.4 LCA &EIA
5.4 LCA &EIA
5.5 Sustainability
5.5 Sustainability

Semester III

24EN451-Soft Skills Development

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

1.1.Listening to Short Talks and Answering Questions
1.1.Listening to Short Talks and Answering Questions
1.1.Listening to Short Talks and Answering Questions
2. A Memorable Story Linking 12 Unrelated Words
2. A Memorable Story Linking 12 Unrelated Words
How to Justify Multiple-Choice Answers Logically
How to Justify Multiple-Choice Answers Logically
Group Problem-Solving and Decision-Making Tasks
Group Problem-Solving and Decision-Making Tasks
How to Develop Detailed Step-by-Step Action Plans for Goals
How to Develop Detailed Step-by-Step Action Plans for Goals

24EE304- Electric Circuit Analysis 24BM303 Human Anatomy and Physiology

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Fundamentals of Cell Biology
1.1 The Cell- Structure and Organelles
1.1 The Cell- Structure and Organelles
1.2 Action Potential and Nernst Equation
1.2 Action Potential and Nernst Equation
1.3 Cell to Cell Signaling
1.3 Cell to Cell Signaling
1.4 Cell Division
1.4 Cell Division
1.5 Tissues
1.5 Tissues

UNIT II

Skeletal and Muscular System
2.1 Skeletal System
2.1 Skeletal System
2.2 Physiology of Bone Formation
2.2 Physiology of Bone Formation
2.3 Types of Joints
2.3 Types of Joints
2.4 Division of Skeleton
2.4 Division of Skeleton
2.5 Types of Muscles
2.5 Types of Muscles

Semester IV
Semester V
Semester VI
Semester VII
Semester VIII

Regulation 2021

Semester I

HS3152-PROFESSIONAL ENGLISH I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Unit – I Introduction to Fundamentals of Communication
1.1 Listening & Speaking
1.1 Listening & Speaking
1.2 Reading & E Mails
1.2 Reading & E Mails
1.3 Tenses
1.3 Tenses
1.4 Question Types
1.4 Question Types

UNIT II

NARRATION AND SUMMATION
LISTENING & SPEAKING
LISTENING & SPEAKING
READING:
READING:
WRITING:
WRITING:
GRAMMAR
GRAMMAR
Prepositions
Prepositions
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)

UNIT III

DESCRIPTION OF A PRODUCT / PROCESS
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
WRITING DEFINITIONS AND INSTRUCTIONS
WRITING DEFINITIONS AND INSTRUCTIONS
PROCESS DESCRIPTION AND IMPERATIVES
PROCESS DESCRIPTION AND IMPERATIVES
DEGREES OF COMPARISON AND COMPOUND WORDS
DEGREES OF COMPARISON AND COMPOUND WORDS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS

UNIT IV

CLASSIFICATION AND RECOMMENDATION
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
SPEAKING: SMALL TALKS AND MINI PRESENTATION
SPEAKING: SMALL TALKS AND MINI PRESENTATION
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS

UNIT V

EXPRESSION
LISTENING
LISTENING
SPEAKING
SPEAKING
READING
READING
WRITING ESSAYS
WRITING ESSAYS
GRAMMAR
GRAMMAR
VOCABULARY
VOCABULARY

MA3151 & MATRICES AND CALCULUS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MATRICES
1.1 EIGEN VALUES AND EIGEN VECTORS
1.1 EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.3 CAYLEY HAMILTON THEOREM
1.3 CAYLEY HAMILTON THEOREM
1.4 REDUCTION OF Q.F TO C.F
1.4 REDUCTION OF Q.F TO C.F
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS

UNIT II

DIFFERENTIAL CALCULUS
2.1 REPRESENTATION OF FUNCTIONS
2.1 REPRESENTATION OF FUNCTIONS
2.2 CONTINUITY
2.2 CONTINUITY
2.3 DIFFERENTIATION RULES
2.3 DIFFERENTIATION RULES
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.5 MAXIMA AND MINIMA
2.5 MAXIMA AND MINIMA

UNIT III

FUNCTIONS OF SEVERAL VARIABLES
3.1 Partial , Homogeneous and Euler’s theorem
3.1 Partial , Homogeneous and Euler’s theorem
3.2 Total Differentiation
3.2 Total Differentiation
3.3 Jacobians
3.3 Jacobians
3.4 Taylor’s Series for Functions of Two Variables
3.4 Taylor’s Series for Functions of Two Variables
3.5 Maxima and Minima for functions of two variables
3.5 Maxima and Minima for functions of two variables

UNIT IV

INTEGRAL CALCULUS
4.1 Definite and Indefinite integrals
4.1 Definite and Indefinite integrals
4.2 Substitution rule
4.2 Substitution rule
4.3 Techniques of integration
4.3 Techniques of integration
4.4Trigonometric substitutions
4.4Trigonometric substitutions
4.5 Integration of Rational functions by Partial fraction
4.5 Integration of Rational functions by Partial fraction

UNIT V

MULTIPLE INTEGRALS
5.1 Double integrals – Change of order of integration
5.1 Double integrals – Change of order of integration
5.2 Double integrals in polar coordinates
5.2 Double integrals in polar coordinates
5.3Triple integrals – Volume of solids
5.3Triple integrals – Volume of solids
5.4Change of variables in Double and triple integrals
5.4Change of variables in Double and triple integrals
5.5 Moments and centres of mass, moment of inertia
5.5 Moments and centres of mass, moment of inertia

PH 3151 ENGINEERING PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Mechanics
1.1 Centre of mass of a particle
1.1 Centre of mass of a particle
1.2 Theorems of Moment of inertia
1.2 Theorems of Moment of inertia
1.3 Torsional Pendulum
1.3 Torsional Pendulum
1.4 M. I of a diatomic molecule
1.4 M. I of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule

UNIT II

Electromagnetic waves
2.1 Maxwells equations
2.1 Maxwells equations
2.2 Intensity of em waves
2.2 Intensity of em waves
2.3 cell phone reception
2.3 cell phone reception
2.4 Reflection of transmission and reflection
2.4 Reflection of transmission and reflection

UNIT III

Oscillations & Optics
3.1 Analogy between electrical & mechanical system
3.1 Analogy between electrical & mechanical system
3.2 Energy transfer of wave
3.2 Energy transfer of wave
3.3 Law of vibration
3.3 Law of vibration
3.4 Progressive waves
3.4 Progressive waves
3.5 Simple harmonic oscillation
3.5 Simple harmonic oscillation
3.6 Stationary waves
3.6 Stationary waves
3.7 Co2 laser
3.7 Co2 laser
3.8 Nd-YAG laser
3.8 Nd-YAG laser

UNIT IV

Basic Quantum Mechanics
4.1 Dual nature of light
4.1 Dual nature of light
4.2 Compton effect
4.2 Compton effect
4.3 Schrodingers wave Equation
4.3 Schrodingers wave Equation
4.4 Particle in 3D ,2D & 1Dbox
4.4 Particle in 3D ,2D & 1Dbox

UNIT V

Applications of Quantum Mechanics
5.1 Harmonic oscillator
5.1 Harmonic oscillator
5.2Particle in a finite potential well
5.2Particle in a finite potential well
5.3Resonant Tunneling effect
5.3Resonant Tunneling effect
5.5 Band theory of solids
5.5 Band theory of solids
5.6 STM
5.6 STM

CY3151-Engineering Chemistry

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WATER AND ITS TREATMENT
1.4 Internal Treatment of water
1.4 Internal Treatment of water
1.5 Desalination
1.5 Desalination

UNIT I

WATER AND ITS TREATMENT
1.1 Introduction & Water quality parameters
1.1 Introduction & Water quality parameters
1.2 boiler troubles
1.2 boiler troubles
1.3. water treatment
1.3. water treatment

UNIT II

Nano chemistry
2.1Nano chemistry Introduction
2.1Nano chemistry Introduction
2.2 Properties of Nano materials
2.2 Properties of Nano materials
2.3 Types and application of nano materials
2.3 Types and application of nano materials
2.4 Synthesis of Nano materials
2.4 Synthesis of Nano materials

UNIT III

Phase rule & Composities
3.1 Phase rule
3.1 Phase rule
3.2 One component system
3.2 One component system
3.3 Two Component system
3.3 Two Component system
3.4 Composites
3.4 Composites
3.5 Hybrid Composites
3.5 Hybrid Composites

UNIT IV

Fuels & Combustion
4.1 Proximate Analysis
4.1 Proximate Analysis
4.2 Ultimate Analysis
4.2 Ultimate Analysis
4.3 Otto Hoffmaan Method
4.3 Otto Hoffmaan Method
4.4 Bergius process
4.4 Bergius process
4.5 Orsat method
4.5 Orsat method

UNIT V

Energy sources and storage Devices
5.1.Nuclear reactions
5.1.Nuclear reactions
5.2.Nuclear reactor & Breeder reactor
5.2.Nuclear reactor & Breeder reactor
5.3.Solar Energy & Wind Energy
5.3.Solar Energy & Wind Energy
5.4.Batteries
5.4.Batteries
5.5.Fuel cells
5.5.Fuel cells
5.6.Electric Vehicle
5.6.Electric Vehicle

GE3151 PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPUTATIONAL THINKING AND PROBLEM SOLVING
Fundamentals of computation
Fundamentals of computation
Algorithms
Algorithms
Blocks of an Algorithm
Blocks of an Algorithm
Notation(Pseudo code,Flowchart)
Notation(Pseudo code,Flowchart)
Programming Language
Programming Language
Algorithmic Problem Solving
Algorithmic Problem Solving
Simple Strategies
Simple Strategies
Illustrative Problem find minimum in a list
Illustrative Problem find minimum in a list
Guess Integer from range/ Towers of Hanoi
Guess Integer from range/ Towers of Hanoi

UNIT II

DATA TYPES , EXPRESSIONS AND STATEMENTS
Python introduction & python interpreter and interactive mode
Python introduction & python interpreter and interactive mode
DEBUGGING
DEBUGGING
variables, expressions, statements, tuple assignment
variables, expressions, statements, tuple assignment
Precedence of operators & comments
Precedence of operators & comments
VALUES AND TYPES
VALUES AND TYPES
ILLUSTRATIVE PROGRAMS
ILLUSTRATIVE PROGRAMS

UNIT III

CONTROL FLOW, FUNCTIONS, STRINGS
Boolean values and operators
Boolean values and operators
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Iteration: state, while, for; Unconditional statements: break, continue, pass
Iteration: state, while, for; Unconditional statements: break, continue, pass
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.

UNIT IV

LIST, TUPLE, DICTIONARIES
Lists
Lists
List Operation
List Operation
List Loop
List Loop
List Alaising and Cloning
List Alaising and Cloning
Tuples
Tuples
Dictionary
Dictionary
Methods in Dictionary
Methods in Dictionary

UNIT V

FILES
READING AND WRITING FILES
READING AND WRITING FILES
FILE OPENING AND CLOSING
FILE OPENING AND CLOSING
FILE MANIPULATION
FILE MANIPULATION
COMMAND LINE ARGUMENTS
COMMAND LINE ARGUMENTS
MODULES AND PACKAGES
MODULES AND PACKAGES
EXCEPTION HANDLING
EXCEPTION HANDLING
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE EXAMPLES
ILLUSTRATIVE EXAMPLES
Format Operator
Format Operator

GE 3451 Environmental Sciences & Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment & Biodiversity
1.1 Introduction to Bidiversity
1.1 Introduction to Bidiversity
1.2 Ecosystem
1.2 Ecosystem
1.3 Energy Flow
1.3 Energy Flow
1.4 Biodiversity Values
1.4 Biodiversity Values
1.5 Biodiversity Conservation
1.5 Biodiversity Conservation

Semester II

HS3252- PROFESSIONAL ENGLISH- II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MAKING COMPARISONS
1.1. LISTENING
1.1. LISTENING
1.2.SPEAKING
1.2.SPEAKING
1.3.READING
1.3.READING
1.4. Professional E Mails, E Mail Etiquette
1.4. Professional E Mails, E Mail Etiquette
1.5. Mixed Tenses
1.5. Mixed Tenses

UNIT II

NARRATION AND SUMMATION
2.1. LISTENING & SPEAKING
2.1. LISTENING & SPEAKING
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event -
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event -
2.3. Active Voice Passive Voice
2.3. Active Voice Passive Voice
2.4. Infinitives and Gerunds
2.4. Infinitives and Gerunds
2.5. Adverbs
2.5. Adverbs

UNIT III

PROBLEM SOLVING
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.4 PROBLEM SOLUTION ESSAY
3.4 PROBLEM SOLUTION ESSAY
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.6 COMPOUND WORDS AND SENTENCE COMPLETION
3.6 COMPOUND WORDS AND SENTENCE COMPLETION

UNIT IV

REPORTING OF EVENTS AND RESEARCH
LISTENING COMPREHENSION BASED ON NEWSREPORTS-ANDDOCUMENTARIES,PRECISWRITING,SUMMARISING, COMPREHENSIONBASEDONNEWSREPORTS
LISTENING COMPREHENSION BASED ON NEWSREPORTS-ANDDOCUMENTARIES,PRECISWRITING,SUMMARISING, COMPREHENSIONBASEDONNEWSREPORTS
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONSONSELECTTOPICS,READINGNEWSPAPERARTICLESINTERVIEWING
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONSONSELECTTOPICS,READINGNEWSPAPERARTICLESINTERVIEWING
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT,SURVEYREPORT
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT,SURVEYREPORT
REPORTEDSPEECHANDMODAL VERBS:
REPORTEDSPEECHANDMODAL VERBS:
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS

UNIT V

THE ABILITY TO PUT IDEAS OR INFORMATION COGENTLY
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids.
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids.
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
.4: Writing: job/ Internship application - cover letter and resume.
.4: Writing: job/ Internship application - cover letter and resume.
5.5: Grammar: Numerical adjectives, relative clauses.
5.5: Grammar: Numerical adjectives, relative clauses.
5.6: Vocabulary: Idioms.
5.6: Vocabulary: Idioms.

BM3491 Biomedical Instrumentation

UNITS

COURSE MATERIALS & VIDEOS

UNIT III

BIOAMPLIFIERS
3.1 Need for Bioamplifier,Differential Bio amplifier
3.1 Need for Bioamplifier,Differential Bio amplifier
3.2 Single ended amplifier - Band pass filtering
3.2 Single ended amplifier - Band pass filtering
3.3 Isolation amplifiers
3.3 Isolation amplifiers
3.4 Isolated DC amplifiers and AC carrier amplifier
3.4 Isolated DC amplifiers and AC carrier amplifier
3.5 Chopper amplifier. Power line interference
3.5 Chopper amplifier. Power line interference

AI 3201 PRINCIPLES AND PRACTICES OF CROP PRODUCTION BM3251&BIOSCIENCES FOR MEDICAL ENGGINERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAENALS TO BIOCHEMISTR
1.1 Introducions to biochemistry
1.1 Introducions to biochemistry
1.2 Handerson hasselbalch equtaion
1.2 Handerson hasselbalch equtaion
1.3 Energy in living organism
1.3 Energy in living organism
1.4 Biological membrane
1.4 Biological membrane

UNIT III

CELL DEGENERATION, REPAIR AND NEOPLASIA
3.1 Reversible cell injury and Irreversible cell injury
3.1 Reversible cell injury and Irreversible cell injury
3.2 Pathological calcification
3.2 Pathological calcification
3.3 Classification, Benign and Malignant tumours
3.3 Classification, Benign and Malignant tumours
3.4 spread of tumours Autopsy and biopsy
3.4 spread of tumours Autopsy and biopsy

UNIT IV

spread of tumours Autopsy and biopsy
4.1 Embolism
4.1 Embolism
4.2 Hyperemia/Ischemia, normal hemostasis
4.2 Hyperemia/Ischemia, normal hemostasis
4.3 Hematological disordersBleeding disorders
4.3 Hematological disordersBleeding disorders
4.4 Lymphomas Haemorrhage
4.4 Lymphomas Haemorrhage

UNIT V

FUNDAMENTALS OF MICROBIOLOGY AND IMMUNOPATHOLOGY
5.1 Structure of Bacteria and Virus
5.1 Structure of Bacteria and Virus
5.2 - List of common bacterial, fungal and viral diseases of human beings
5.2 - List of common bacterial, fungal and viral diseases of human beings
5.3 - Basics of Microscopes
5.3 - Basics of Microscopes
5.4 Immunological techniques
5.4 Immunological techniques

BM3251 Bioscience for medical Engineering

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Fundamentals of Biochemistry
1.1 Introduction to biochemistry
1.1 Introduction to biochemistry
1.2 Handerson - Hasselbatch
1.2 Handerson - Hasselbatch

UNIT I

Fundamentals of Biochemistry
1.3 water as bio solvent, acid, base, Ph
1.3 water as bio solvent, acid, base, Ph
1.4 Properties of water and application
1.4 Properties of water and application

UNIT I

Fundamentals of Biochemistry
1.5 Biological Membrane
1.5 Biological Membrane

UNIT II

CARBOHYDRATES, LIPIDS, PROTEIN
2.1 Classification of carbohydrates
2.1 Classification of carbohydrates
2.2 Structure, physical and chemical properties of carbohydrates
2.2 Structure, physical and chemical properties of carbohydrates
2.3 Nucleic acid: Structural aspects – Components of DNA and RNA
2.3 Nucleic acid: Structural aspects – Components of DNA and RNA
2.4 Double helical structure of DNA
2.4 Double helical structure of DNA

UNIT II

Carbohydrates, Lipids, Protein
2.1 Classification of Carbohydrates
2.1 Classification of Carbohydrates
2.2 Classification of Lipids
2.2 Classification of Lipids

UNIT II

Carbohydrates, Lipids, Protein
2.3 Structure &Properties of Proteins
2.3 Structure &Properties of Proteins
2.4 Nucleotides
2.4 Nucleotides

UNIT II

Carbohydrates, Lipids, Protein
2.5 DNA
2.5 DNA

UNIT III

Cell Degeneration repair and Neoplasia
3.3 Inflammation and Repair
3.3 Inflammation and Repair
3.4 Neoplasia
3.4 Neoplasia

UNIT III

Cell Degeneration repair and Neoplasia
3.5 Carcinogen
3.5 Carcinogen

UNIT IV

Fluid and Hemodynamic Derangements
Edema
Edema
Embolism
Embolism

UNIT V

Fundamentals of Microbiology and Immunopathology
Bacteria
Bacteria
Immunity
Immunity
Immunology
Immunology

BM 3252 MEDICAL PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

LOW ENERGY ELECTROMAGNETIC SPECTRUM AND ITS MEDICAL APPLICATION
1.1 PHYSICS OF LIGHT
1.1 PHYSICS OF LIGHT
1.2 LIMIT OF VISION & COLOUR VISION
1.2 LIMIT OF VISION & COLOUR VISION
1.3 TISSUE AS A LEAKY DIELECTRIC
1.3 TISSUE AS A LEAKY DIELECTRIC
1.4 BIOLOGICAL EFFECTS OF IONIZING RADIATION
1.4 BIOLOGICAL EFFECTS OF IONIZING RADIATION
1.5 THERMOGRAPHY
1.5 THERMOGRAPHY

UNIT II

PRINCIPLES OF RADIOACTIVE NUCLIDES
2.1 DECAY OF NUCLEI
2.1 DECAY OF NUCLEI
2.2 ALPHA DECAY
2.2 ALPHA DECAY
2.3 BETA DECAY
2.3 BETA DECAY
2.4 CYCLOTRON PRODUCED NUCLEI
2.4 CYCLOTRON PRODUCED NUCLEI
2.5 RADIO NUCLEI GENERATOR
2.5 RADIO NUCLEI GENERATOR

UNIT III

INTERACTION OF RADIATION WITH MATTER LIPIDS
3.1 Interaction of charged particle with matter
3.1 Interaction of charged particle with matter
3.2 Bremsstrahlung & annihilation
3.2 Bremsstrahlung & annihilation
3.3 Interaction of gamma radiation with matter
3.3 Interaction of gamma radiation with matter
3.4 Attenuation coefficient
3.4 Attenuation coefficient
3.5 Interaction of neutron with matter
3.5 Interaction of neutron with matter

UNIT IV

RADIATION DOSE AND ITS EFFECTS
4.1 DOSE & EXPOSURE MEASUREMENT
4.1 DOSE & EXPOSURE MEASUREMENT
4.2 DOSIMETRIC QUANTITIES & THEIR RELATION
4.2 DOSIMETRIC QUANTITIES & THEIR RELATION
4.3 EFFECTS OF RADIATION
4.3 EFFECTS OF RADIATION
4.4 TYPES OF BIOLOGICAL EFFECTS
4.4 TYPES OF BIOLOGICAL EFFECTS
4.5 RADIATION SYNDROME
4.5 RADIATION SYNDROME

UNIT V

PRINCIPLE AND APPLICATIONS OF SOUND IN MEDICINE
5.1 PHYSICS OF SOUND
5.1 PHYSICS OF SOUND
5.2 ULTRASOUND TRANSDUCER
5.2 ULTRASOUND TRANSDUCER
5.4 INTERACTION OF ULTRASOUND WITH MATTER
5.4 INTERACTION OF ULTRASOUND WITH MATTER
5.4 ULTRASOUND IMAGING
5.4 ULTRASOUND IMAGING

BE3251 BASIC ELECTRICAL AND ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL CIRCUITS
1.1 Basic Circuit Components
1.1 Basic Circuit Components
1.2 Kirchhoff’s Laws
1.2 Kirchhoff’s Laws
1.3 Mesh analysis with Independent sources only
1.3 Mesh analysis with Independent sources only
1.4 Nodal Analysis
1.4 Nodal Analysis

UNIT II

ELECTRICAL MACHINES
2.1 Construction and Working principle of DC motor
2.1 Construction and Working principle of DC motor
2.2 Working principle and Applications of single phase induction motor
2.2 Working principle and Applications of single phase induction motor
2.3 Synchronous motor
2.3 Synchronous motor
2.4 Working principle and Applications of Transformer,
2.4 Working principle and Applications of Transformer,

UNIT III

ANALOG ELECTRONICS
3.1 Bipolar Junction Transistor
3.1 Bipolar Junction Transistor
3.2 MOSFET
3.2 MOSFET
3.3 PN Junction Diodes,
3.3 PN Junction Diodes,

UNIT IV

DIGITAL ELECTRONICS
4.1 Error detection and correction codes
4.1 Error detection and correction codes
4.2 Review of number systems
4.2 Review of number systems
4.3 Combinational logic circuits
4.3 Combinational logic circuits

UNIT V

MEASUREMENTS AND INSTRUMENTATION
5.1 Digital storage oscilloscope
5.1 Digital storage oscilloscope
5.2 Instrument Transformer
5.2 Instrument Transformer
5.3 Moving Iron Instruments
5.3 Moving Iron Instruments
5.4 Three phase power measurement by two wattmeter method
5.4 Three phase power measurement by two wattmeter method

GE3251 Engineering Graphics

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PLANE CURVES
1.INTRODUCTION
1.INTRODUCTION
1.2 ELLIPSE
1.2 ELLIPSE
1.3 PARABOLA
1.3 PARABOLA
1.4 HYPERBOLA
1.4 HYPERBOLA
1.5 INVOLUTE
1.5 INVOLUTE
1.6 CYCLOID
1.6 CYCLOID

UNIT III

PROJECTION OF SOLIDS
Introduction to projection of solids
Introduction to projection of solids
Projection of solids problem 1
Projection of solids problem 1
Projection solid problem 2
Projection solid problem 2
projection of solid problem 3
projection of solid problem 3
Projection of solid problem 4
Projection of solid problem 4

UNIT IV

SECTION OF SOLIDS AND DEVELOPMENT OF SURFACES
1.INTRODUCTION
1.INTRODUCTION
2. SECTION OF SOLIDS PROBLEM 1
2. SECTION OF SOLIDS PROBLEM 1
3. SECTION OF SOLIDS PROBLEM 2
3. SECTION OF SOLIDS PROBLEM 2
4. DEVELOPMENT OF SURFACE PROBLEM 1
4. DEVELOPMENT OF SURFACE PROBLEM 1
5. DEVELOPMENT OF SURFACE PROBLEM 2
5. DEVELOPMENT OF SURFACE PROBLEM 2
6. DEVELOPMENT OF SURFACE PROBLEM 2
6. DEVELOPMENT OF SURFACE PROBLEM 2

UNIT V

ISOMETRIC PROJECTION AND PERSPECTIVE PROJECTION
Isometric Projection Introdution
Isometric Projection Introdution
Isometric Projection Problem Part 1
Isometric Projection Problem Part 1
Isometric Projection Problem Part 2
Isometric Projection Problem Part 2
Perspective Projection Introduction
Perspective Projection Introduction
Perspective Projection Problem Part 1
Perspective Projection Problem Part 1
Perspective Projection Problem Part 2
Perspective Projection Problem Part 2

MA3251- STATISTICS AND NUMERICAL METHODS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TESTING OF HYPOTHESIS
1.1 Large sample tests
1.1 Large sample tests
1.2 Test of significance for proportion
1.2 Test of significance for proportion
1.3 Small sample Tests (t - Test)
1.3 Small sample Tests (t - Test)
1.4 F-test for Variance Ratio Test
1.4 F-test for Variance Ratio Test
1.5 Chi - Square test of Goodness of Fit
1.5 Chi - Square test of Goodness of Fit
1.6 Chi – Square test for independence of attributes
1.6 Chi – Square test for independence of attributes

UNIT II

DESIGN OF EXPERIMENTS
2.1ONE WAY CLASSIFICATION
2.1ONE WAY CLASSIFICATION
2.2 RANDOMIZED BLOCK DESIGN
2.2 RANDOMIZED BLOCK DESIGN
2.3 LATIN SQUARE
2.3 LATIN SQUARE

UNIT III

SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS
3.1 FIXED POINT ITERATION x=g(x) method
3.1 FIXED POINT ITERATION x=g(x) method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.3 Iterative methods
3.3 Iterative methods
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD

UNIT IV

INTERPOLATION, NUMERICAL DIFFERENTIATION AND NUMERICAL INTEGRATION
4.1 Lagranges method
4.1 Lagranges method
4.2 Newtons divided difference interpolation
4.2 Newtons divided difference interpolation
4.3 Newtons forward and Backward
4.3 Newtons forward and Backward
4.4 Approximation of derivates using interpolation
4.4 Approximation of derivates using interpolation
4.5 Trapizoidal and Simpson Rule
4.5 Trapizoidal and Simpson Rule

UNIT V

NUMERICAL SOLUTION OF ORDINARY DIFFERENTIAL EQUATIONS
5.1 Taylors series
5.1 Taylors series
5.2 Eulers method and Modified Eulers method
5.2 Eulers method and Modified Eulers method
5.3 RUNGE KUTTA METHOD
5.3 RUNGE KUTTA METHOD
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds

Semester III

MA3351/TPDE

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PARTIAL DIFFERENTIAL EQUATIONS
1.1 FORMATION OF PDE BY ELIMINATING ARBITARY CONSTANTS & FUNCTIONS
1.1 FORMATION OF PDE BY ELIMINATING ARBITARY CONSTANTS & FUNCTIONS
1.2 SOLUTIONS OF STANDARD TYPES OF FIRST ORDER PDE
1.2 SOLUTIONS OF STANDARD TYPES OF FIRST ORDER PDE
1.3 LAGRANGES LINEAR DIFFERENTIAL EQUATION
1.3 LAGRANGES LINEAR DIFFERENTIAL EQUATION
1.4 HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.4 HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.5 NON HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.5 NON HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS

UNIT II

FOURIER SERIES
2.1 INTRODUCTION OF FOURIER SERIES
2.1 INTRODUCTION OF FOURIER SERIES
2.2 GENERAL FORM OF FOURIER SERIES
2.2 GENERAL FORM OF FOURIER SERIES
2.3 HARMONIC ANALYSIS
2.3 HARMONIC ANALYSIS
2.4 PERIODIC FUNCTION
2.4 PERIODIC FUNCTION
2 .5 EVEN & ODD FUNCTION - HALF RANGE FOURIER SERIES
2 .5 EVEN & ODD FUNCTION - HALF RANGE FOURIER SERIES

UNIT III

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS
3.1 ONE DIMENSIONAL WAVE EQUATION
3.1 ONE DIMENSIONAL WAVE EQUATION
3.2 ONE DIMENSIONAL HEAT EQUATION
3.2 ONE DIMENSIONAL HEAT EQUATION
3.3 TWO DIMENSIONAL HEAT EQUATION (LAPLACE EQUATION )
3.3 TWO DIMENSIONAL HEAT EQUATION (LAPLACE EQUATION )

UNIT IV

FOURIER TRANSFORM
4.1 FOURIER TRANSFORMS PAIR
4.1 FOURIER TRANSFORMS PAIR
4.2 FOURIER SINE AND COSINE TRANSFORMS
4.2 FOURIER SINE AND COSINE TRANSFORMS
4.3 CONVOLUTION OF FOURIER TRANSFORM
4.3 CONVOLUTION OF FOURIER TRANSFORM
4.4 SELF RECIPROCAL UNDER FOURIER TRANSFORM
4.4 SELF RECIPROCAL UNDER FOURIER TRANSFORM

UNIT V

Z- TRANSFORM
5.1 INVERSE Z- TRANSFORMS BY PARTIAL FRACTION METHOD
5.1 INVERSE Z- TRANSFORMS BY PARTIAL FRACTION METHOD
5.2 FINDING INVERSE Z-TRANSFORM BY RESIDUE METHOD
5.2 FINDING INVERSE Z-TRANSFORM BY RESIDUE METHOD
5.3 FINDING INVERSE Z-TRANSFORM BY CONVOLUTION THEOREM
5.3 FINDING INVERSE Z-TRANSFORM BY CONVOLUTION THEOREM
5.4 FORMATION OF DIFFERENCE EQUATIONS AND SOLUTION OF DIFFERENCE EQUATION
5.4 FORMATION OF DIFFERENCE EQUATIONS AND SOLUTION OF DIFFERENCE EQUATION
5.5 Z- TRANSFORM AND ITS PROPERTIES
5.5 Z- TRANSFORM AND ITS PROPERTIES

BM3353-FUNDAMENTALS OF ELECTRONIC DEVICES AND CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SEMICONDUCTOR DIODE
1.PN JUNCTION DIODE,CURRENT EQUATION
1.PN JUNCTION DIODE,CURRENT EQUATION
2.ENERGY BAND DIAGRAM,BREAK DOWN IN PN JUNCTION DIODE
2.ENERGY BAND DIAGRAM,BREAK DOWN IN PN JUNCTION DIODE
3.DRIFT AND DIFFUSION CURRENT,FORWARD AND REVERSE BIAS CHARACTERISTICS
3.DRIFT AND DIFFUSION CURRENT,FORWARD AND REVERSE BIAS CHARACTERISTICS
4.TRANSITION AND DIFFUSION CAPACITANCE,SWITCHING CHARACTERISTICS
4.TRANSITION AND DIFFUSION CAPACITANCE,SWITCHING CHARACTERISTICS

UNIT II

BIPOLAR JUNCTION TRANSISTORS
1.NPN-PNP OPERATIONS,CURRENT EQUATIONS,EARLY EFFECT
1.NPN-PNP OPERATIONS,CURRENT EQUATIONS,EARLY EFFECT
2. INPUT AND OUTPUT CHARATERISTICS OF CE,CB AND CC CONFIGURATION
2. INPUT AND OUTPUT CHARATERISTICS OF CE,CB AND CC CONFIGURATION
3.HYBRID PI MODEL,H-PARAMETERS MODEL,EBERS MOLL MODEL
3.HYBRID PI MODEL,H-PARAMETERS MODEL,EBERS MOLL MODEL
4.GUMMEL POON MODEL,MULTI EMITTER TRANSISTORS
4.GUMMEL POON MODEL,MULTI EMITTER TRANSISTORS

UNIT III

FIELD EFFECT TRANSISTORS
MOSFETS – DRAIN AND TRANSFER CHARACTERISTICS,-CURRENT EQUATIONS-PINCH OFF VOLTAGE AND ITS SIGNIFICANCE- THRESHOLD VOLTAGE -, SMALL SIGNAL CHARACTE
MOSFETS – DRAIN AND TRANSFER CHARACTERISTICS,-CURRENT EQUATIONS-PINCH OFF VOLTAGE AND ITS SIGNIFICANCE- THRESHOLD VOLTAGE -, SMALL SIGNAL CHARACTE
CHANNEL LENGTH MODULATION ,COMPARISON OF MOSFET WITH BJT.
CHANNEL LENGTH MODULATION ,COMPARISON OF MOSFET WITH BJT.

UNIT IV

SPECIAL SEMICONDUCTOR DEVICES
1.METAL-SEMICONDUCTOR JUNCTION - MESFET, FINFET, PINFET, CNTFET
1.METAL-SEMICONDUCTOR JUNCTION - MESFET, FINFET, PINFET, CNTFET
2.DUAL GATE MOSFET, POINT CONTACT DIODE, P-I-N DIODE, AVALANCHE PHOTODIODE
2.DUAL GATE MOSFET, POINT CONTACT DIODE, P-I-N DIODE, AVALANCHE PHOTODIODE
3.SCHOTTKY BARRIER DIODE- ZENER DIODE- VARACTOR DIODE
3.SCHOTTKY BARRIER DIODE- ZENER DIODE- VARACTOR DIODE
4.TUNNEL DIODE- GALLIUM ARSENIDE DEVICE, LASER DIODE, LDR
4.TUNNEL DIODE- GALLIUM ARSENIDE DEVICE, LASER DIODE, LDR

UNIT V

POWER DEVICES AND DISPLAY DEVICES
1.UJT, THYRISTOR - SCR, DIAC, TRIAC
1.UJT, THYRISTOR - SCR, DIAC, TRIAC
2.POWER BJT- POWER MOSFET- DMOS
2.POWER BJT- POWER MOSFET- DMOS
3.VMOS. LED, LCD, OPTO COUPLER, SOLAR CELL, CCD.
3.VMOS. LED, LCD, OPTO COUPLER, SOLAR CELL, CCD.

BM3301-SENSORS AND MEASUREMENTS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF MEASUREMENTS
1.1 Measurement System - Instrumentation
1.1 Measurement System - Instrumentation
1.2 Classification of Transducers
1.2 Classification of Transducers
1.3 Static Characteristics of Transducers
1.3 Static Characteristics of Transducers
1.4 Dynamic Characteristics of Transducers
1.4 Dynamic Characteristics of Transducers
1.5 Errors in Measurement
1.5 Errors in Measurement
1.6 Errors & Statistical Analysis
1.6 Errors & Statistical Analysis
1.7 Uncertainty Analysis
1.7 Uncertainty Analysis
1.8 Calibration - Primary and secondary standards
1.8 Calibration - Primary and secondary standards

UNIT II

DISPLACEMENT, PRESSURE, TEMPERATURE SENSORS
2.1 Strain Gauge
2.1 Strain Gauge
2.2 Capacitive Transducers, Various arrangements
2.2 Capacitive Transducers, Various arrangements
2.3 Inductive Transducer, LVDT
2.3 Inductive Transducer, LVDT
2.4 Resistance Temperature Detector
2.4 Resistance Temperature Detector
2.5 Thermistor Characteristics
2.5 Thermistor Characteristics
2.6 Active Type_ Thermocouple - Characteristics
2.6 Active Type_ Thermocouple - Characteristics

UNIT III

PHOTOELECTRIC AND PIEZO ELECTRIC SENSORS
3.1 Photo Tubes
3.1 Photo Tubes
3.2 Scintillation Counter
3.2 Scintillation Counter
3.3 Photomultiplier Tube
3.3 Photomultiplier Tube
3.4 Photo Voltaic Cell
3.4 Photo Voltaic Cell
3.5 Photo Conductive cells
3.5 Photo Conductive cells
3.6 Photo Diodes
3.6 Photo Diodes
3.7 Photo Transistor
3.7 Photo Transistor
3.8 Comparison of photoelectric transducers
3.8 Comparison of photoelectric transducers
3.9 Optical Displacement Sensors and Optical Encoders
3.9 Optical Displacement Sensors and Optical Encoders
3.10 Piezoelectric Active Transducer
3.10 Piezoelectric Active Transducer

UNIT IV

SIGNAL CONDITIONING CIRCUITS AND METERS
4.1 Functions of Signal Conditioning Circuits
4.1 Functions of Signal Conditioning Circuits
4.2 Preamplifiers
4.2 Preamplifiers
4.3 Concept of Passive Filters
4.3 Concept of Passive Filters
4.4 Impedance Matching Circuits
4.4 Impedance Matching Circuits
4.5 to 4.10 A.C and D.C. Bridges
4.5 to 4.10 A.C and D.C. Bridges
4.11 to 4.16 Meters
4.11 to 4.16 Meters

UNIT V

RECORDING DEVICES AND ADVANCED SENSORS
5.1 CRO-Block Diagram, CRT – vertical & horizontal deflection system
5.1 CRO-Block Diagram, CRT – vertical & horizontal deflection system
5.2 DSO
5.2 DSO
5.3 LCD Monitor
5.3 LCD Monitor
5.4 PMMC Writing systems
5.4 PMMC Writing systems
5.5 Servo recorders
5.5 Servo recorders
5.6 Photographic recorder
5.6 Photographic recorder
5.7 Magnetic Taperecorders
5.7 Magnetic Taperecorders
5.8 Ink Jet Recorders
5.8 Ink Jet Recorders
5.9 Thermal Recorders
5.9 Thermal Recorders
5.10 Biosensors transduction mechanism,classification
5.10 Biosensors transduction mechanism,classification
5.11 Electronic Nose
5.11 Electronic Nose

BM3352-ELECTRIC CIRCUIT ANALYSIS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASIC CIRCUITS ANALYSIS
1.1 Basic Definitions and Elements of Electric Circuits
1.1 Basic Definitions and Elements of Electric Circuits
1.2 Resistance connected in series and parallel circuits
1.2 Resistance connected in series and parallel circuits
1.3 Kirchoffs Laws
1.3 Kirchoffs Laws
1.4 Mesh Analysis
1.4 Mesh Analysis
1.5 Nodal Analysis
1.5 Nodal Analysis

UNIT II

NETWORK THEOREM AND DUALITY
2.1 Thevenin’s Theorem
2.1 Thevenin’s Theorem
2.2 Norton’s Theorem
2.2 Norton’s Theorem
2.3 Superposition Theorem
2.3 Superposition Theorem
2.4 Maximum Power Transfer Theorem
2.4 Maximum Power Transfer Theorem
2.5 Star Delta Transformation
2.5 Star Delta Transformation

UNIT III

SINUSOIDAL STEADY STATE ANALYSIS
3.1 Balanced Three Phase STAR Connected Load
3.1 Balanced Three Phase STAR Connected Load
3.2 Balanced Three Phase DELTA Connected Load
3.2 Balanced Three Phase DELTA Connected Load
3.3 Three Phase Power Measurement Using Two Wattmeter Method
3.3 Three Phase Power Measurement Using Two Wattmeter Method

UNIT IV

TRANSIENTS AND RESONANCE IN RLC CIRCUITS
4.1 Transient response of RL circuits
4.1 Transient response of RL circuits
4.2 Transient response of RC circuits
4.2 Transient response of RC circuits
4.3 Transient response of RLC circuits
4.3 Transient response of RLC circuits

UNIT V

COUPLED CIRCUITS AND TOPOLOGY
5.1 Resonance in Series RLC circuits
5.1 Resonance in Series RLC circuits
5.2 Three branch parallel resonance circuits
5.2 Three branch parallel resonance circuits
5.3 Two branch parallel resonance circuits
5.3 Two branch parallel resonance circuits
5.4 Mutual Inductance of a Coil
5.4 Mutual Inductance of a Coil
5.5 Coupled Circuit
5.5 Coupled Circuit

BM3351-ANATOMY AND HUMAN PHYSIOLOGY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASIC ELEMENTS OF HUMAN BODY
1.1 Cell Structure and organelles
1.1 Cell Structure and organelles
1.2 Functions of each component in the cell
1.2 Functions of each component in the cell
1.3 Action potential
1.3 Action potential
1.4 Homeostasis. Tissue: Types, functions..
1.4 Homeostasis. Tissue: Types, functions..

UNIT II

SKELETAL AND MUSCULAR SYSTEM
2.1 Bone and its function
2.1 Bone and its function
2.2 types of joints and functions
2.2 types of joints and functions
2.3 types of cartilage
2.3 types of cartilage
2.4 Muscle contraction
2.4 Muscle contraction

UNIT III

CARDIOVASCULAR AND RESPIRATORY SYSTEM
3.1 structure of heart
3.1 structure of heart
3.2 Blood vessels
3.2 Blood vessels
3.3 Respiratory system
3.3 Respiratory system
3.4 Function of blood
3.4 Function of blood

UNIT IV

DIGESTIVE AND EXCRETORY SYSTEMS
4.1 Gastrointestinal system
4.1 Gastrointestinal system
4.2 Digestion
4.2 Digestion
4.3 Mechanism of urine formation
4.3 Mechanism of urine formation
4.4 Mechanism of urine formation
4.4 Mechanism of urine formation

UNIT V

NERVOUS AND SENSORY SYSTEM
5.1 Nervous tissue
5.1 Nervous tissue
5.2 Nerve conduction
5.2 Nerve conduction
5.3 Somatic and autonomic nervous system
5.3 Somatic and autonomic nervous system
5,4 Hearing, Integumentary, Olfactory systems. Taste buds.
5,4 Hearing, Integumentary, Olfactory systems. Taste buds.

CS3391-OBJECT ORIENTED PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO OOP AND JAVA
OVERVIEW OF OOP
OVERVIEW OF OOP
OVERVIEW OF JAVA
OVERVIEW OF JAVA
DATA TYPES VARIABLES
DATA TYPES VARIABLES
OPERATORS
OPERATORS
CONSTRUCTORS
CONSTRUCTORS
STATEMENTS, CLASSES,OBJECTS, ACCESS SPECIFIERS
STATEMENTS, CLASSES,OBJECTS, ACCESS SPECIFIERS

UNIT II

INHERITANCE,PACKAGES AND INTERFACES
OVERLOADING METHODS
OVERLOADING METHODS
STATIC, NESTED AND INNER CLASSES
STATIC, NESTED AND INNER CLASSES
INHERITANCE
INHERITANCE
TYPES OF INHERITANCE
TYPES OF INHERITANCE
SUPER KEYWORD
SUPER KEYWORD
METHOD OVERRIDING
METHOD OVERRIDING
PACKAGES
PACKAGES

UNIT III

EXCEPTION HANDLING AND MULTITHREADING
EXCEPTION
EXCEPTION
BUILT-IN EXCEPTION
BUILT-IN EXCEPTION
MULTITHREADED PROGRAMMING
MULTITHREADED PROGRAMMING
WRAPPERS
WRAPPERS

UNIT IV

I/O GENERICS, STRING HANDLING
IO BASICS
IO BASICS
INPUT AND OUTPUT STREAMS
INPUT AND OUTPUT STREAMS
GENERIC PROGRAMMING
GENERIC PROGRAMMING
STRINGS
STRINGS

UNIT V

JAVAFX EVENT HANDLING, CONTROLS AND COMPONENTS
JAVAFX
JAVAFX
JAVAFX EVENTS
JAVAFX EVENTS
LAYOUTS
LAYOUTS
JAVAFX MENUS
JAVAFX MENUS

Semester IV

MA3355 - RANDOM PROCESS & LINEAR ALGEBRA

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

RANDOM VARIABLE
1 1 Discrete and Continuous Random Variable
1 1 Discrete and Continuous Random Variable
Binomial and Poisson Distribution
Binomial and Poisson Distribution

UNIT I

RANDOM VARIABLE
1 3 Geometric Distribution
1 3 Geometric Distribution
1 4 Exponential and Uniform Distribution
1 4 Exponential and Uniform Distribution

UNIT I

RANDOM VARIABLE
1 5 Normal distribution
1 5 Normal distribution

UNIT I

RANDOM VARIABLE
1 6 Bayes Theorem
1 6 Bayes Theorem

UNIT II

TWO DIMMENSIONAL RANDOM VARIABLE
2 1 Joint probability and discrete function
2 1 Joint probability and discrete function
2 2 Joint probability continuous function
2 2 Joint probability continuous function
2 3 Correlation and regression
2 3 Correlation and regression
2 4 Central limit theorem
2 4 Central limit theorem
2 5 Transformation of Random Variable
2 5 Transformation of Random Variable

UNIT III

RANDOM PROCESS
3 1 Random process
3 1 Random process
3 2 Wide sense stationary process
3 2 Wide sense stationary process
3 3 Joint wife sense stationary process
3 3 Joint wife sense stationary process
3 4 Ergodic process
3 4 Ergodic process
3 5 Poisson process
3 5 Poisson process

UNIT IV

VECTOR SPACE
4 1 Vector spaces
4 1 Vector spaces
4 2 Subspaces
4 2 Subspaces
4 3 linear combination and linear systems of equations
4 3 linear combination and linear systems of equations
4 4 Linear independent and dependent
4 4 Linear independent and dependent
4 5 Basis and dimensions
4 5 Basis and dimensions

UNIT V

LINEAR TRANSFORMATION AND INNER PRODUCT SPACE
5 1 Linear Transfermation
5 1 Linear Transfermation
5 2 Null spaces and Ranges
5 2 Null spaces and Ranges
5 3 Matrix representation of linear Transfermation
5 3 Matrix representation of linear Transfermation
5 4 Inner products space
5 4 Inner products space
5 5 Gram Schmidt orthogonalization
5 5 Gram Schmidt orthogonalization

BM3491 Biomedical Instrumentation

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRODE CONFIGURATIONS
1.1 Origin of Biopotential
1.1 Origin of Biopotential
1.2 Electrode configuration
1.2 Electrode configuration
1.3 Unipolar and Bipolar electrodes
1.3 Unipolar and Bipolar electrodes
1.4 Classifications of electrodes
1.4 Classifications of electrodes

UNIT II

BIOSIGNAL CHARACTERISTICS
2.1 Biosignal characteristics
2.1 Biosignal characteristics
2.2 Einthoven’s triangle, standard 12 lead system.
2.2 Einthoven’s triangle, standard 12 lead system.
2.3 Electroencephalogram
2.3 Electroencephalogram
2.4 Electromyogram
2.4 Electromyogram

UNIT III

BIOAMPLIFIERS
3.1 Need for Bioamplifier,Differential Bio amplifier
3.1 Need for Bioamplifier,Differential Bio amplifier
3.2 Single ended amplifier - Band pass filtering
3.2 Single ended amplifier - Band pass filtering
3.3 Isolation amplifiers
3.3 Isolation amplifiers
3.4 Isolated DC amplifiers and AC carrier amplifier
3.4 Isolated DC amplifiers and AC carrier amplifier
3.5 Chopper amplifier. Power line interference
3.5 Chopper amplifier. Power line interference

UNIT IV

MEASUREMENT OF BIO SIGNALS
4.1 Temperature, Respiration Rate ad Pulse Rate Measurement
4.1 Temperature, Respiration Rate ad Pulse Rate Measurement
4.2 Blood Pressure Measurements
4.2 Blood Pressure Measurements
4.3 Pressure amplifiers - systolic, diastolic, mean detector
4.3 Pressure amplifiers - systolic, diastolic, mean detector
4.4 cardiac output measurement
4.4 cardiac output measurement
4.5 Electromagnetic and Ultrasonic Blood Flow Meters
4.5 Electromagnetic and Ultrasonic Blood Flow Meters

UNIT V

BIOCHEMICAL MEASUREMENTS
5.1 Biochemical sensors -pH, pO2 and pCO2
5.1 Biochemical sensors -pH, pO2 and pCO2
5.2 Ion selective FET (ISFET), Immunologically sensitive FET (IMFET)
5.2 Ion selective FET (ISFET), Immunologically sensitive FET (IMFET)
5.3 Blood Glucose Sensors
5.3 Blood Glucose Sensors
5.4 Blood Gas Analyzers
5.4 Blood Gas Analyzers
5.5 Colorimeter
5.5 Colorimeter
5.6 Flame Photometer
5.6 Flame Photometer
5.7 Spectrophotometer
5.7 Spectrophotometer
5.8 Blood Cell Counter
5.8 Blood Cell Counter
5.9 Autoanalyzer
5.9 Autoanalyzer

BM3402 - Analog and Digital Integrated Circuits

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO OPERATIONAL AMPLIFIER AND ITS APPLICATIONS
1.1 INSTRUMENTATION AMPLIFIER
1.1 INSTRUMENTATION AMPLIFIER
1.2 OPERATIONAL AMPLIFIER
1.2 OPERATIONAL AMPLIFIER
1.3 PERFORMANCE OF OP AMP
1.3 PERFORMANCE OF OP AMP
1.4 SCHMITT TRIGGER
1.4 SCHMITT TRIGGER
1.5 TRIANGULAR WAVE GENERATOR
1.5 TRIANGULAR WAVE GENERATOR

UNIT II

DIGITAL TO ANALOG AND ANALOG TO DIGITAL CONVERTERS AND PLL
2.1 A TO D CONVERTERS
2.1 A TO D CONVERTERS
2.2 ANALOG SWITCHES
2.2 ANALOG SWITCHES
2.3 D TO A CONVERTERS
2.3 D TO A CONVERTERS
2.4 TYPES OF ADC
2.4 TYPES OF ADC
2.5 VOLTAGE CONTROLLED OSCILLATOR
2.5 VOLTAGE CONTROLLED OSCILLATOR

UNIT III

THE BASIC GATES ANDCOMBINATIONAL LOGIC CIRCUITS
3.1 CODES
3.1 CODES
3.2 KARNAUGH MAP
3.2 KARNAUGH MAP
3.3 EXCESS 3 AND ALPHANUMERIC CODES
3.3 EXCESS 3 AND ALPHANUMERIC CODES
3.4 MOS
3.4 MOS
3.5 NUMBER SYSTEMS
3.5 NUMBER SYSTEMS

BM3402 -ANALOG AND DIGITAL INTEGRATED CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT IV

COMBINATIONAL LOGIC CIRCUITS
4.1 Problem formulation and design of combinational circuits
4.1 Problem formulation and design of combinational circuits
4.2 ENCODER
4.2 ENCODER
4.3 MULTIPLIERS
4.3 MULTIPLIERS
4.4 Magnitude Comparator
4.4 Magnitude Comparator
4.5 ADDERS
4.5 ADDERS

UNIT V

SEQUENTIAL LOGIC CIRCUITS
5.1 FLIP FLOP
5.1 FLIP FLOP
5.2 SEQUENTIAL LOGIC CIRCUITS
5.2 SEQUENTIAL LOGIC CIRCUITS
5.3 Ripple Counters
5.3 Ripple Counters
5.4 Universal Shift Register
5.4 Universal Shift Register
5.5 D FLIPFLOP
5.5 D FLIPFLOP

BM3451 Bio Control System

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Introduction
Open and Closed Loop Systems
Open and Closed Loop Systems

UNIT I

Introduction
Mathematical Modeling Systems
Mathematical Modeling Systems

UNIT I

Introduction
Reduction of Block Diagram
Reduction of Block Diagram

UNIT I

Introduction
Physiological control Systems
Physiological control Systems

UNIT I

Introduction
Signal Flow Graph
Signal Flow Graph

UNIT II

Time response Analysis
Response of Systems
Response of Systems

UNIT II

Time response Analysis
Time domain Specification for1st Order Systems
Time domain Specification for1st Order Systems

UNIT II

Time response Analysis
Time domain Specification for 2nd Order Systems
Time domain Specification for 2nd Order Systems

UNIT II

Time response Analysis
steady state error
steady state error

UNIT III

Stability Analysis
Definition of Stability
Definition of Stability

UNIT III

Stability Analysis
ROUTH HURWITZ
ROUTH HURWITZ

UNIT III

Stability Analysis
Root Locus- construction
Root Locus- construction
ROOT_LOCUS_TECHNIQUE
ROOT_LOCUS_TECHNIQUE

UNIT III

Stability Analysis
Root Locus- construction
Root Locus- construction

UNIT IV

Frequency Response Analysis
Frequency Domain Specification
Frequency Domain Specification
Bode Plot
Bode Plot
M and N Circles
M and N Circles

UNIT V

Biological Control System Analysis
Neuro Muscular Reflex Model
Neuro Muscular Reflex Model
Circulatory Control Model
Circulatory Control Model

BM3401 SIGNAL PROCESSING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF SIGNALS AND SYSTEM
TYPES OF SIGNALS
TYPES OF SIGNALS
classification of signals
classification of signals
MATHMATICAL OPERATION ON SIGNALS
MATHMATICAL OPERATION ON SIGNALS
CLASSIFICATION OF SYSYTEMS
CLASSIFICATION OF SYSYTEMS
SAMPLING
SAMPLING

UNIT I

FUNDAMENTALS OF SIGNALS AND SYSTEM
TYPES OF SIGNALS
TYPES OF SIGNALS
classification of signals
classification of signals
MATHMATICAL OPERATION ON SIGNALS
MATHMATICAL OPERATION ON SIGNALS
CLASSIFICATION OF SYSYTEMS
CLASSIFICATION OF SYSYTEMS
SAMPLING
SAMPLING

UNIT II

ANALYSIS OF LTI SYSTEMS
FOURIER SERIES
FOURIER SERIES
FOURIER TRANSFORM
FOURIER TRANSFORM
ANALYSIS OF LTI SYSTEM
ANALYSIS OF LTI SYSTEM
Z-TRANSFORM
Z-TRANSFORM

UNIT III

DISCRETE FOURIER TRANSFORM
DFT
DFT
CONVOLUTION
CONVOLUTION
FFT
FFT
USE OF FFT FOR LINEAR FILTERING
USE OF FFT FOR LINEAR FILTERING

UNIT V

IIR FILTERS
ANALOG FILTERS
ANALOG FILTERS
STRUCTURES REALISATION
STRUCTURES REALISATION
TRANSFORMATION ANALOG TO DIGITAL
TRANSFORMATION ANALOG TO DIGITAL

UNIT V

FIR FILTERS
WINDOWING TECHNIQUES
WINDOWING TECHNIQUES
DSP PROCESSOR
DSP PROCESSOR
DECIMATION AND INTERPOLATION
DECIMATION AND INTERPOLATION

GE3451 Environmental science &Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment, Ecosystems and Biodiversity
1.Introduction to Biodiversity
1.Introduction to Biodiversity
2.Ecosystem
2.Ecosystem
3.Energy flow
3.Energy flow
4.Bio diversity Values
4.Bio diversity Values
5.Conservation of Biodiversity
5.Conservation of Biodiversity

UNIT II

Environmental Pollution
1.Water and Soil Pollution
1.Water and Soil Pollution
2. Air Pollution
2. Air Pollution
3. Solid waste management
3. Solid waste management
Noise pollution,hazardous
Noise pollution,hazardous
5. Environmental acts
5. Environmental acts

UNIT III

New Energy Sources
1.Energy management and Energy Conservation
1.Energy management and Energy Conservation
2.New Energy Sources
2.New Energy Sources
3.Geothermal Power plant
3.Geothermal Power plant

UNIT IV

Sustainability & Management
1. Development & GDP
1. Development & GDP
2. Sustainability Concepts
2. Sustainability Concepts
3. Sustainable Development Goals
3. Sustainable Development Goals
4. Climate Change
4. Climate Change
5. Carbon Foot Print
5. Carbon Foot Print

UNIT V

Sustainability Practices
1.Zero waste concept
1.Zero waste concept
2. 3-R concept
2. 3-R concept
3.Sustainable practices
3.Sustainable practices

Semester V

BM3551-Embedded Systems and IoMT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO EMBEDDED SYSTEM DESIGN
1.1 Introduction to Embedded Processors
1.1 Introduction to Embedded Processors
1.2 Application Areas of Embedded Systems
1.2 Application Areas of Embedded Systems
1.3 Challenges in Embedded System Design
1.3 Challenges in Embedded System Design
1.4 Embedded System Design Process
1.4 Embedded System Design Process
1.5 Harvard & Von Neumann CISC & RISC Architectures
1.5 Harvard & Von Neumann CISC & RISC Architectures

UNIT II

PERIPHERAL INTERFACING
2.1 IO Devices
2.1 IO Devices
2.2 Timers and Counters
2.2 Timers and Counters
2.3 Interrupt Controllers
2.3 Interrupt Controllers
2.4 A/D and D/A Interfacing
2.4 A/D and D/A Interfacing
2.5 Interfacing Protocols
2.5 Interfacing Protocols

UNIT III

EMBEDDED SYSTEM SOFTWARE DESIGN
3.1 Application & System software
3.1 Application & System software
3.2 State Diagrams Sequence Diagrams Flowcharts
3.2 State Diagrams Sequence Diagrams Flowcharts
3.3 Embedded C C++ Programming IDE tools
3.3 Embedded C C++ Programming IDE tools
3.4 Automatic Code Generators debugger
3.4 Automatic Code Generators debugger
3.5 BSL CSL
3.5 BSL CSL

UNIT IV

DESIGN AND DEVELOPMENT OF IOT
4.1 Definition & Characteristics building block of IoT
4.1 Definition & Characteristics building block of IoT
4.2 Communication Technologies & Physical design in IoT
4.2 Communication Technologies & Physical design in IoT
4.3 Sensors and Sensor Nodes
4.3 Sensors and Sensor Nodes
4.4 Benefits and Impact of IoMT
4.4 Benefits and Impact of IoMT
4.5 Cybersecurity
4.5 Cybersecurity

UNIT V

INTERNET OF MEDICAL THINGS
5.1 NSUM health care monitoring system
5.1 NSUM health care monitoring system
5.2 A Fuzzy-Based Expert System
5.2 A Fuzzy-Based Expert System
5.3 IoT-Enabled Personalized Healthcare Systems
5.3 IoT-Enabled Personalized Healthcare Systems
5.4 Secured Architecture for IoT Enabled Personalized Healthcare Systems
5.4 Secured Architecture for IoT Enabled Personalized Healthcare Systems
5.5 Neuro Sensors Somatic Mutations Evaluation in Cancer
5.5 Neuro Sensors Somatic Mutations Evaluation in Cancer

BM3591 DIAGNOSTIC AND THERAPEUTIC EQUIPMENT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CARDIAC EQUIPMENT
1.1 Electrocardiograph, Normal and Abnormal Waves:
1.1 Electrocardiograph, Normal and Abnormal Waves:
1.2 Heart rate Monitor and Holter Monitor
1.2 Heart rate Monitor and Holter Monitor
1.3 Phonocardiography
1.3 Phonocardiography
1.4 ECG Machine Maintenance and Troubleshooting
1.4 ECG Machine Maintenance and Troubleshooting
1.5 Cardiac Pacemaker Internal and External Pacemaker
1.5 Cardiac Pacemaker Internal and External Pacemaker
1.6 AC and DC Defibrillator
1.6 AC and DC Defibrillator
1.7 Defibrillator Protection Circuit
1.7 Defibrillator Protection Circuit
1.8 - Cardiac Ablation Catheter
1.8 - Cardiac Ablation Catheter

UNIT II

NEUROLOGICAL EQUIPMENT
2.1 Clinical significance of EEG
2.1 Clinical significance of EEG
2.2 Multi-channel EEG recording system
2.2 Multi-channel EEG recording system
2.3 Epilepsy
2.3 Epilepsy
2.4 Evoked Potential– Visual, Auditory and Somatosensory
2.4 Evoked Potential– Visual, Auditory and Somatosensory
2.5 MEG (Magneto Encephalograph)
2.5 MEG (Magneto Encephalograph)
2.6 EEG Bio Feedback Instrumentation
2.6 EEG Bio Feedback Instrumentation
2.7 EEG system maintenance and troubleshooting
2.7 EEG system maintenance and troubleshooting

UNIT III

MUSCULAR AND BIOMECHANICAL EQUIPMENT
3.1 Recording and analysis of EMG waveforms
3.1 Recording and analysis of EMG waveforms
3.2 Fatigue characteristics
3.2 Fatigue characteristics
3.3 Muscle stimulators, Nerve stimulators
3.3 Muscle stimulators, Nerve stimulators
3.4 Nerve conduction velocity measurement
3.4 Nerve conduction velocity measurement
3.5 EMG Bio Feedback Instrumentation
3.5 EMG Bio Feedback Instrumentation
3.6 Static Measurement – Load Cell, Pedobarograph
3.6 Static Measurement – Load Cell, Pedobarograph
3.7 Dynamic Measurement-Velocity, Acceleration, GAIT, Limb position
3.7 Dynamic Measurement-Velocity, Acceleration, GAIT, Limb position

UNIT IV

RESPIRATORY MEASUREMENT AND ASSIST SYSTEM
4.1 Instrumentation for measuring the mechanics of breathing
4.1 Instrumentation for measuring the mechanics of breathing
4.2 Spirometer - Lung Volume and vital capacity, measurements of residual volume
4.2 Spirometer - Lung Volume and vital capacity, measurements of residual volume
4.3 Pneumotachometer – Airway resistance measurement
4.3 Pneumotachometer – Airway resistance measurement
4.4 Whole body Plethysmograph
4.4 Whole body Plethysmograph
4.5 Intra-Alveolar and Thoracic pressure measurements
4.5 Intra-Alveolar and Thoracic pressure measurements
4.6 Types of Ventilators – Pressure, Volume, and Time controlled. Flow, Patient Cycle Ventilators
4.6 Types of Ventilators – Pressure, Volume, and Time controlled. Flow, Patient Cycle Ventilators
4.7 Humidifiers, Nebulizers, Inhalators
4.7 Humidifiers, Nebulizers, Inhalators

UNIT V

SENSORY DIAGNOSTIC EQUIPMENT
5.1 Psychophysiological Measurements – Polygraph
5.1 Psychophysiological Measurements – Polygraph
5.2 Basal skin resistance (BSR), Galvanic skin resistance (GSR)
5.2 Basal skin resistance (BSR), Galvanic skin resistance (GSR)
5.3 Sensory Responses - Audiometer-Pure tone, Speech
5.3 Sensory Responses - Audiometer-Pure tone, Speech
5.4 Eye Tonometer, Applanation Tonometer
5.4 Eye Tonometer, Applanation Tonometer
5.5 Slit lamp
5.5 Slit lamp
5.6 Auto Refractometer
5.6 Auto Refractometer

CBM357-MEDICAL DEVICE REGULATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT IV

INDIAN REGULATORY SYSTEM
DGGI
DGGI
IMDRF
IMDRF
CDSCO
CDSCO

UNIT V

CLINICAL TRIALS & DIGITAL HEALTH REGULATION
CLINICAL TRIALS
CLINICAL TRIALS
POSTMARKET SURVILENCE/VIGILANCE
POSTMARKET SURVILENCE/VIGILANCE
DIGITAL HEALTH REGULATION
DIGITAL HEALTH REGULATION

CBM351 - HOSPITAL PLANNING AND MANAGEMENT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

OVERVIEW OF HOSPITAL ADMINISTRATION
HOSPITAL AND INDUSTRY & CHALLENGES IN ADMINISTRATION
HOSPITAL AND INDUSTRY & CHALLENGES IN ADMINISTRATION
PLANNING
PLANNING
AMC & ISSUES IN MANAGEMENT
AMC & ISSUES IN MANAGEMENT
TELEMEDICINE
TELEMEDICINE
BIOMEDICAL WASTE MANAGEMENT
BIOMEDICAL WASTE MANAGEMENT

UNIT II

HUMAN RESOURCE MANAGEMENT IN HOSPITAL
HRM
HRM
MANPOWER PLANNING
MANPOWER PLANNING
RECRUITMENT & SELECTION
RECRUITMENT & SELECTION
PROMOTION & TRANSFER
PROMOTION & TRANSFER
FORMS & LEADERSHIP
FORMS & LEADERSHIP

UNIT III

MARKETING RESEARCH AND CONSUMER BEHAVIOR
MIS, MARKET RESEARCH PROCESS & CONSIUDERATION
MIS, MARKET RESEARCH PROCESS & CONSIUDERATION
MODEL OF CONSUMER BEHAVIOR, CONSUMER MARKET, BUYING BEHAVIOR
MODEL OF CONSUMER BEHAVIOR, CONSUMER MARKET, BUYING BEHAVIOR
BUYING DECISION BEHAVIOR AND TYPES, PROCESS
BUYING DECISION BEHAVIOR AND TYPES, PROCESS
GLOBAL MARKETING
GLOBAL MARKETING
WTO AND ITS IMPLICATIONS
WTO AND ITS IMPLICATIONS

UNIT IV

HOSPITAL INFORMATION SYSTEM AND SUPPORTING SERVICES
CIS, AIS, SSTIS
CIS, AIS, SSTIS
HOSPITAL DEPARTMENTS
HOSPITAL DEPARTMENTS
MEDICAL TRANSCRIPTIONS AND RECORD DEPARTMENT
MEDICAL TRANSCRIPTIONS AND RECORD DEPARTMENT
MANAGEMENT DECISION
MANAGEMENT DECISION
INFORMATION REQUIREMENTS
INFORMATION REQUIREMENTS

UNIT V

QUALITY AND SAFETY ASPECTS IN HOSPITAL
QUALITY SYSTEM, ELEMENTS, IMPLEMENTATION
QUALITY SYSTEM, ELEMENTS, IMPLEMENTATION
NABA, JCI, NABL, NABH
NABA, JCI, NABL, NABH
ISO 9001, 1400, 13485
ISO 9001, 1400, 13485
EMS, SAFETY MEASURES, QUALITY AUDITING
EMS, SAFETY MEASURES, QUALITY AUDITING
MEDICAL AUDIT, HAZARDS AND SAFETY IN HOSPITAL SETUP
MEDICAL AUDIT, HAZARDS AND SAFETY IN HOSPITAL SETUP

CBM343 CLINICAL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
Clinical Engineering definition and evolution
Clinical Engineering definition and evolution

UNIT I

INTRODUCTION
Roles &responsiblities of Clinical Engineering
Roles &responsiblities of Clinical Engineering

UNIT I

INTRODUCTION
Functional status of clinical Engineers
Functional status of clinical Engineers

UNIT I

INTRODUCTION
History of clinical engineering and technology in Healthcare system
History of clinical engineering and technology in Healthcare system

UNIT I

INTRODUCTION
Enhaunced Patient Safety
Enhaunced Patient Safety

UNIT II

MEDICAL TECHNOLOGY MANAGEMENT PRACTICES
Strategic Medical Technology Planning
Strategic Medical Technology Planning

UNIT II

MEDICAL TECHNOLOGY MANAGEMENT PRACTICES
Scope of technology to be managed
Scope of technology to be managed

UNIT II

MEDICAL TECHNOLOGY MANAGEMENT PRACTICES
Technology assessment
Technology assessment

UNIT II

MEDICAL TECHNOLOGY MANAGEMENT PRACTICES
– Management Practice for Medical Equipment
– Management Practice for Medical Equipment

UNIT II

MEDICAL TECHNOLOGY MANAGEMENT PRACTICES
ESHTA – Equipment Safety, Handling, Testing, and Assessment
ESHTA – Equipment Safety, Handling, Testing, and Assessment

UNIT III

ESSENTIAL HEALTH CARE TECHNOLOGY PACKAGE (EHTP)
Introduction – Health care technology management
Introduction – Health care technology management

UNIT III

ESSENTIAL HEALTH CARE TECHNOLOGY PACKAGE (EHTP)
– Package development: Methodology, Logical framework,
– Package development: Methodology, Logical framework,

UNIT III

ESSENTIAL HEALTH CARE TECHNOLOGY PACKAGE (EHTP)
EHTPimplementation
EHTPimplementation

UNIT III

ESSENTIAL HEALTH CARE TECHNOLOGY PACKAGE (EHTP)
EHTP justification
EHTP justification

UNIT III

ESSENTIAL HEALTH CARE TECHNOLOGY PACKAGE (EHTP)
EHTP matrix and impact analysis
EHTP matrix and impact analysis

Semester VI

CS3491 ARTIFICIAL INTELLIGENCE & MACHINE LEARNING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROBLEM SOLVING
INTRODUCTION TO AI
INTRODUCTION TO AI
AI APPLICATIONS
AI APPLICATIONS
PROBLEM SOLVING AGENTS
PROBLEM SOLVING AGENTS
SEARCH STRATEGIES
SEARCH STRATEGIES
UNINFORMED SEARCH STRATEGIES
UNINFORMED SEARCH STRATEGIES
HEURISTIC SEARCH STRATEGIES
HEURISTIC SEARCH STRATEGIES
LOCAL AND OPTIMIZATION PROBLEM
LOCAL AND OPTIMIZATION PROBLEM
ADVERSARIAL SEARCH
ADVERSARIAL SEARCH
CONSTRAINT SATISFACTION PROBLEM
CONSTRAINT SATISFACTION PROBLEM

UNIT II

PROBABILISTIC REASONING
ACTING UNDER UNCERTAINTY
ACTING UNDER UNCERTAINTY
BAYESIAN INFERENCE
BAYESIAN INFERENCE
PROBABILISTIC REASONING
PROBABILISTIC REASONING
BAYESIAN NETWORK
BAYESIAN NETWORK
NAIVE BAYES MODEL
NAIVE BAYES MODEL
CAUSAL NETWORK
CAUSAL NETWORK

UNIT III

SUPERVISED LEARNING
INTRODUCTION TO MACHINE LEARNING
INTRODUCTION TO MACHINE LEARNING
REGRESSION
REGRESSION
LINEAR CLASSIFICATION MODEL
LINEAR CLASSIFICATION MODEL
PROBABILISTIC GENERATIVE MODEL
PROBABILISTIC GENERATIVE MODEL
SUPPORT VECTOR MACHINES
SUPPORT VECTOR MACHINES
DECISION TREE
DECISION TREE
RANDOM FOREST ALGORITHM
RANDOM FOREST ALGORITHM

UNIT IV

ENSEMBLING TECHNIQUES AND UNSUPERVISED LEARNING
COMBINING MULTIPLE LEARNERS
COMBINING MULTIPLE LEARNERS
ENSEMBLE LEARNING
ENSEMBLE LEARNING
CLUSTERING
CLUSTERING
K-MEANS CLUSTERING ALGORITHM
K-MEANS CLUSTERING ALGORITHM
K-NEAREST NEIGHBOR ALGORITHM
K-NEAREST NEIGHBOR ALGORITHM
GAUSSIAN MIXTURE MODELS
GAUSSIAN MIXTURE MODELS

UNIT V

NEURAL NETWORKS
INTRODUCTION TO NEURAL NETWORKS
INTRODUCTION TO NEURAL NETWORKS
PERCEPTRON
PERCEPTRON
ERROR BACK PROPOGATION
ERROR BACK PROPOGATION
GRADIENT DECENT OPTIMIZATION
GRADIENT DECENT OPTIMIZATION
REGULARIZATION
REGULARIZATION

BM3652 - MEDICAL IMAGE PROCESSING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF MEDICAL IMAGE PROCESSING AND TRANSFORMS
OVERVIEW OF IMAGE PROCESSING SYSTEM
OVERVIEW OF IMAGE PROCESSING SYSTEM
IMAGE REPRESENTATION
IMAGE REPRESENTATION
PIXEL & VOXEL
PIXEL & VOXEL
MEDICAL IMAGE FILE FORMATS
MEDICAL IMAGE FILE FORMATS

UNIT II

ENHANCEMENT TECHNIQUES
ENHANCEMENT TECHNIQUES
ENHANCEMENT TECHNIQUES

UNIT III

SEGMENTATION AND RESTORATION TECHNIQUES
SEGMENTATION & RESTORATION
SEGMENTATION & RESTORATION
DETECTION & DISCONTINUITIES
DETECTION & DISCONTINUITIES

CBM355 MEDICAL IMAGING SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

X RAYS
1.1 NATURE OF X RAYS
1.1 NATURE OF X RAYS
1.2 DIGITAL RADIOGRAPHY
1.2 DIGITAL RADIOGRAPHY
1.3 TYPES OF X RAY TECHNIQUES
1.3 TYPES OF X RAY TECHNIQUES

UNIT II

COMPUTED TOMOGRAPHY
2.1 Principles of Tomography
2.1 Principles of Tomography
2.2 CT Generations
2.2 CT Generations
2.3 X ray sources
2.3 X ray sources
2.4 Types of CT scanners
2.4 Types of CT scanners
2.5 Image reconstruction techniques
2.5 Image reconstruction techniques

UNIT III

MAGNETIC RESONANCE IMAGING
3.1 Fundamentals of magnetic resonance
3.1 Fundamentals of magnetic resonance
3.2 Induction of magnetic resonance signals
3.2 Induction of magnetic resonance signals
3.3 MRI System
3.3 MRI System
3.4 Electronic Components
3.4 Electronic Components

UNIT IV

NUCLEAR IMAGING
4.1 Radio Isotopes
4.1 Radio Isotopes
4.2 Radio Pharmaceuticals
4.2 Radio Pharmaceuticals
4.3 Radiation Detectors
4.3 Radiation Detectors
4.4 Types of Radiation Detectors
4.4 Types of Radiation Detectors
4.5 SPECT & PET
4.5 SPECT & PET

UNIT V

RADIATION THERAPY AND RADIATION SAFETY
5.1Radiation Therapy
5.1Radiation Therapy
5.2Radiation measuring Instruments
5.2Radiation measuring Instruments
5.3Radiation Protection in Medicine
5.3Radiation Protection in Medicine

CBM 338 BIOMECHANICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT IV

BIOMECHANICS OF JOINTS AND IMPLANTS
4.1 SKELETAL JOINTS
4.1 SKELETAL JOINTS
4.2 ANALYSIS OF RIGID BODIES IN EQUILIBRIUM
4.2 ANALYSIS OF RIGID BODIES IN EQUILIBRIUM
4.3 BIO MECHANICAL ANALYSIS
4.3 BIO MECHANICAL ANALYSIS
4.4 GAIT AND MOTION ANALYSIS
4.4 GAIT AND MOTION ANALYSIS

CBM370 Wearable Devices

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO WEARABLE SYSTEMS AND SENSORS
1.1 Wearable Systems-Introduction, Need for Wearable systems
1.1 Wearable Systems-Introduction, Need for Wearable systems
1.2 Drawbacks of Conventional Systems for Wearable Monitoring
1.2 Drawbacks of Conventional Systems for Wearable Monitoring
1.3 Types of Wearable System
1.3 Types of Wearable System
1.4 Components of Wearable system
1.4 Components of Wearable system
1.5 Sensors for wearable systems- Inertia Moment Sensor
1.5 Sensors for wearable systems- Inertia Moment Sensor
1.6 Respiration Activity Sensor- Inductive Plethysmography
1.6 Respiration Activity Sensor- Inductive Plethysmography
1.7 Impedance Plethysmography
1.7 Impedance Plethysmography
1.8 Pneumograph
1.8 Pneumograph

UNIT II

SIGNAL PROCESSING AND ENERGY HARVESTING FOR WEARABLE DEVICES
2.1 Wearability Issues - physical shape and placement of sensor
2.1 Wearability Issues - physical shape and placement of sensor
2.2 Technical challenges - sensor design
2.2 Technical challenges - sensor design
2.3 Technical Challenges Signal acquisition
2.3 Technical Challenges Signal acquisition
2.4 Sampling frequency for reduced energy consumption
2.4 Sampling frequency for reduced energy consumption
2.5 Rejection of irrelevant information
2.5 Rejection of irrelevant information
2.6 Power Requirements- Solar cell, Vibration based, Thermal based
2.6 Power Requirements- Solar cell, Vibration based, Thermal based
2.7 Human body as a heat source for power generation
2.7 Human body as a heat source for power generation
2.8 Hybrid thermoelectric photovoltaic energy harvests, Thermopiles
2.8 Hybrid thermoelectric photovoltaic energy harvests, Thermopiles

UNIT III

WIRELESS HEALTH SYSTEMS
3.1 Need for wireless monitoring
3.1 Need for wireless monitoring
3.2 Definition of Body Area Networks
3.2 Definition of Body Area Networks
3.3 BAN and Healthcare
3.3 BAN and Healthcare
3.4 Technical Challenges- System security and reliability
3.4 Technical Challenges- System security and reliability
3.5 BAN Architecture - Introduction
3.5 BAN Architecture - Introduction
3.6 Wireless communication Techniques
3.6 Wireless communication Techniques

UNIT IV

SMART TEXTILE
4.1 Introduction to smart textile - Passive, Active smart textiles
4.1 Introduction to smart textile - Passive, Active smart textiles
4.2 Fabrication Techniques- Conductive Fibres
4.2 Fabrication Techniques- Conductive Fibres
4.3 Fabrication Techniques- Treated Conductive Fibres
4.3 Fabrication Techniques- Treated Conductive Fibres
4.4 Fabrication Techniques - Conductive Fabrics
4.4 Fabrication Techniques - Conductive Fabrics
4.5 - Fabrication Techniques -Conductive Inks
4.5 - Fabrication Techniques -Conductive Inks
4.6 -Case study- smart fabric for monitoring biological parameters - ECG
4.6 -Case study- smart fabric for monitoring biological parameters - ECG
4.7 -Case study- smart fabric for monitoring biological parameters - Respiration
4.7 -Case study- smart fabric for monitoring biological parameters - Respiration

UNIT V

APPLICATIONS OF WEARABLE SYSTEMS
5.1 Medical Diagnostics
5.1 Medical Diagnostics
5.2 Medical Monitoring-Patients with chronic disease
5.2 Medical Monitoring-Patients with chronic disease
5.3 Hospital patients
5.3 Hospital patients
5.4 Elderly patients
5.4 Elderly patients
5.5. Neural Recording
5.5. Neural Recording
5.6 Gait Analysis
5.6 Gait Analysis
5.7 Sports Medicine
5.7 Sports Medicine

Semester VII

OBT357 Biotechnology in Healthcare

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Public Health
1.1 Definition and Concept of Public Health
1.1 Definition and Concept of Public Health
1.2 Historical aspects of Public Health
1.2 Historical aspects of Public Health
1.3 Changing Concepts of Public Health
1.3 Changing Concepts of Public Health
1.4 Public Health versus Medical Care
1.4 Public Health versus Medical Care
1.5 Unique Features of Public Health
1.5 Unique Features of Public Health
1.6 Determinants of Health
1.6 Determinants of Health
1.7 Indicators of health
1.7 Indicators of health
1.8 Burden of disease
1.8 Burden of disease
1.9 Role of different disciplines in Public Health
1.9 Role of different disciplines in Public Health

UNIT II

Clinical Diseases
2.1 Communicable diseases Chickenpox Shingles
2.1 Communicable diseases Chickenpox Shingles
2.2 COVID-19
2.2 COVID-19
2.3 Tuberculosis
2.3 Tuberculosis
2.4 Hepatitis B, Hepatitis C
2.4 Hepatitis B, Hepatitis C
2.5 HIV,AIDS, Influenza, Swine flu
2.5 HIV,AIDS, Influenza, Swine flu
2.6 Non-Communicable diseases_Diabetes mellitus
2.6 Non-Communicable diseases_Diabetes mellitus
2.7 Atherosclerosis
2.7 Atherosclerosis
2.8 Fatty liver, Obesity
2.8 Fatty liver, Obesity
2.9 Cancer
2.9 Cancer

UNIT III

Vaccinology
3.1 History of Vaccinology
3.1 History of Vaccinology
3.2 Conventional approaches to vaccine development
3.2 Conventional approaches to vaccine development
3.3 Live attenuated and Killed Vaccines
3.3 Live attenuated and Killed Vaccines
3.4 Adjuvants
3.4 Adjuvants
3.5 Quality Control
3.5 Quality Control
3.6 Preservation and monitoring of microorganisms in seed lot systems
3.6 Preservation and monitoring of microorganisms in seed lot systems
3.7 Instruments related to monitoring of temperature
3.7 Instruments related to monitoring of temperature
3.8 Instruments related to monitoring of Sterilization
3.8 Instruments related to monitoring of Sterilization
3.9 Instruments related to monitoring of environment.
3.9 Instruments related to monitoring of environment.

UNIT IV

OUTPATIENT & IN-PATIENT SERVICES
4.1 Radiotherapy, Nuclear medicine
4.1 Radiotherapy, Nuclear medicine
4.2 Surgical units, OT Medical units, G & Obs. units
4.2 Surgical units, OT Medical units, G & Obs. units
4.3 Pediatric, neonatal units, Critical care units
4.3 Pediatric, neonatal units, Critical care units
4.4 Physical medicine & Rehabilitation
4.4 Physical medicine & Rehabilitation
4.5 Neurology
4.5 Neurology
4.6 Gastroenterology
4.6 Gastroenterology
4.7 Endoscopy
4.7 Endoscopy
4.8 Pulmonology
4.8 Pulmonology
4.9 Cardiology
4.9 Cardiology

UNIT V

Basics of Imagig Modalities
5.1 Diagnostic X-rays
5.1 Diagnostic X-rays
5.2 Computer Tomography
5.2 Computer Tomography
5.3 Magnetic Rsonance Imaging (MRI)
5.3 Magnetic Rsonance Imaging (MRI)
5.4 Ultrasonography
5.4 Ultrasonography
5.5 Endoscopy
5.5 Endoscopy
5.6 Thermography
5.6 Thermography
5.7 Different types of biotelemetry systems
5.7 Different types of biotelemetry systems

GE3791 - HUMAN VALUES AND ETHICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

SECULAR VALUES
2.1 Understanding Secular values
2.1 Understanding Secular values
2.2 Interpretation of Secularism in Indian context
2.2 Interpretation of Secularism in Indian context
2.3 THE DISASSOCIATION OF STATE FROM RELIGION
2.3 THE DISASSOCIATION OF STATE FROM RELIGION
2.4 ACCEPTANCE OF ALL FAITHS
2.4 ACCEPTANCE OF ALL FAITHS
2.5 Encouraging non discriminatory practices
2.5 Encouraging non discriminatory practices

Semester VIII

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Recognized Under Section 2(f) of University Grants Commission, UGC Act 1956

Biomedical Engineering

COURSE MATERIALS & VIDEOS

Developed by RCET Faculties

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For Admission +91 8531088888

Call +91 9894298888 | admissions@rcet.org.in

Regional office:

Kerala: +91 8344883888 | 9526154775

Manipur: +91 9485244288 | 8344883888

Recognized Under Section 2(f) of University Grants Commission, UGC Act 1956

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