SENGUNTHAR COLLEGE OF ENGINEERING FOR WOMENDEPARTMENT OF MEDICAL ELECTRONICS

LESSON PLAN - BIOMEDICAL INSTRUMENTATION

Sl.No Topics Taught Self Study Topic Teaching Aids Used

UNIT - 1, BIOPOTENTIAL ELECTRODES(9)

1 Types of biopotentioals Black board/ Chalk2 Electrode - Electrolyte Interface

What is electrode?

Black board/ Chalk3 Polarization Black board/ Chalk

4

Test

Black board/ Chalk5 Calomel Electrodes Black board/ Chalk6 Needle Electrodes Black board/ Chalk7 Wire Electrodes Black board/ Chalk

8 Black board/ Chalk9 Half Cell Potential What is half cell Black board/ Chalk

UNIT - 2, RECORDING SYSYEMS(9)

1 What is Amplifier? Black board/ Chalk

2 Black board/ Chalk

3 photographic recorder, Black board/ Chalk

4 magnetic tape recorder Black board/ Chalk

Questions for Interaction

Assignments, Quizzezor Surprise Test Given

Introduction - biopotentials, electrodes, Transducers & its types

What is a electric cell, potential, Transducers?

Polarisable & Non Polarisable electrodes

Micro Electrode - Metal Micro Pipett

Low Noise Pre Amplifier, Main Amplifier, Driver Amplifier

Ink jet recorder, thermalarray recorder,

What is Recorders used for?

Ink jet recorder, thermalarray recorder,

5 X – Y recorder Black board/ Chalk

6 Black board/ Chalk

7 ECG

Test

Black board/ Chalk

8 EMG,EEG Black board/ Chalk

9 PCG, EOG Black board/ Chalk

1 pH, pO2, pCo2, pHCo3, What is pH? Black board/ Chalk2 Electro phoresis,calorimeter Black board/ Chalk3 Spectro photometer Black board/ Chalk4 Flame photometer Black board/ Chalk5 Auto analyzer

Test

Black board/ Chalk6 What is Ultra Sound? Black board/ Chalk7 Indicator dilution method, Black board/ Chalk8 Thermo dilution method Black board/ Chalk

9 Black board/ Chalk

1 Respiration Respiration? Black board/ Chalk

2 Heart rate Heart rate? Black board/ Chalk3 temperature temperature ? Black board/ Chalk4 pulse blood pressure pulse blood pressure? Black board/ Chalk5 cardiac output cardiac output? Black board/ Chalk6 O2 measurements Black board/ Chalk

What is Recorders used for?

medicaloscilloscope

medicaloscilloscope

lead system and recording methods typical wave forms, frequency spectrums, abnormal wave form, evoked response

What are the different biopotential recording?

UNIT -3, BLOOD FLOW AND BIO CHEMICAL MEASUREMENT (9)

Electro magnetic and ultra sonic blood flow meter

Manual and automatic counting of RBC, WBCand platelets.

counting of RBC, WBCand platelets.

UNIT - 4, NON ELECTRICAL PARAMETER AND RESPIRATORY MEASUREMENTS (9)

7 CO2 measurements Black board/ Chalk8 spirometer Black board/ Chalk9 BMR apparatus Black board/ Chalk

Black board/ Chalk

1 X-Ray machines and X-ray? ppt2 computer Tomography ppt3 magnetic resonance imaging systems MRI? ppt4 basic NMR components NMR? ppt5 ultrasonic imaging systems ppt6 medical thermography Thermography? ppt7 electron microscopy ppt8 blood gas analysers blood gas analysers ppt9 computer application in medical field. ppt

UNIT V MODERN IMAGING SYSTEMS (9)

REFERENCES:1. Leslie Cromwell, “Bio medical instrumentation and measurement”, Prentice Hall of India, New Delhi 20032. Khandpur RS, “Hand book of Bio-Medical Instrumentation”, Third Edition,TMH Publication, New Delhi 2005.3. Webster J.G., “Medical Instrumentation application and design”, Third Edition, John Wiley and sons, New York, 19994. Richard A. Normann, “Principle of Bio- Instrumentation”, John Wiley and sons, New York, 1988.

SENGUNTHAR COLLEGE OF ENGINEERING FOR WOMEN

DEPARTMENT OF MEDICAL ELECTRONICS

LESSON PLAN - BIOMEDICAL INSTRUMENTATION

Sl.No Topics Taught Self Study Topic Teaching Aids Used

1 Black board/ Chalk2 Polymers Black board/ Chalk3 Metals and Plastics Black board/ Chalk4 Ceramics. Black board/ Chalk5 Treated Natural Materials, Black board/ Chalk6 Tissue Reaction. Black board/ Chalk7 Black board/ Chalk8 Ethylene Oxide Treatment, Black board/ Chalk9 Gamma Irradiation,Formaldehyde Treatment. Black board/ Chalk

1 Mechanical Properties of Materials

What are implants?

Black board/ Chalk2 Black board/ Chalk3 Tissue Reactions Black board/ Chalk4 Blood Compatibility Black board/ Chalk5 Practical Aspects of Biomaterials Black board/ Chalk6 Tissue Reactions and Blood Compatibility. Black board/ Chalk7 Cardio Vascular Implants Black board/ Chalk8 Implants and Device Failure Black board/ Chalk9 Product Development and Regulations Black board/ Chalk

1 Orthopaedics Black board/ Chalk2 Cardiology Black board/ Chalk3 Exercise Physiology,, Black board/ Chalk

Questions for Interaction

Assignments, Quizzezor Surprise Test Given

UNIT I INTRODUCTION

Material Science and Classes of Materials used in Medicine

What is material science, Sterilization?

Properties of Materials used in Medicine

Materials used in Medicine

Sterilization of Biomaterials,

UNIT II BIO MATERIALS

Product Development &Regulations

Tissue Reaction,Implants

Experimental Stress Analysis and Material Testing.

UNIT III SCOPE OF MECHANICS IN MEDICINE

What is meant by Biomechanics?

Internal and external fixation

Biomechanics in Orthopaedics

4 Surgery Black board/ Chalk5 Biomechanics in Orthopaedics - Principles, Black board/ Chalk6 Joints Black board/ Chalk7 Fracture Black board/ Chalk8 Internal and External Fixation, Black board/ Chalk9 Prosthetic Design. Black board/ Chalk

UNIT IV BIO FLUID MECHANICS 1 Biomechanics of Degenerative Disorders

Degenerative disorders Biofluid mechanics

Black board/ Chalk2 Gait Analysis Black board/ Chalk3 Biofluid Mechanics Black board/ Chalk4 Biofluid Mechanics Black board/ Chalk5 Biofluid Mechanics Black board/ Chalk6 Mathematical Models Black board/ Chalk7 Mathematical Models Black board/ Chalk8 Biomechanics and Accident Investigation Black board/ Chalk9 Biomechanics and Accident Investigation Black board/ Chalk

1

Introduction to Rehabilitation Engineering

Finite Element Analysis Rehabilitation Engineering

Black board/ Chalk2 Black board/ Chalk3 Black board/ Chalk4 Artificial Limb Black board/ Chalk5 Myoelcctric hand Black board/ Chalk6 Black board/ Chalk7 Black board/ Chalk8 Black board/ Chalk9 Black board/ Chalk

What is meant by Biomechanics?

Internal and external fixation

Biomechanics in Orthopaedics

What is Biofluidmechanics?

UNIT V INTRODUCTION TO REHABILITATION ENGINEERING

What is Rehabilitation Engineering?

Finite Element Analysis and itsApplication to Problems in Biomechanics.

REFERENCES: 1. Sahay and Saxena,“Biomechanics",Tata McGraw Hill, New Delhi, Edition -1998.2. Y.C Fung,”Biomechanics,Mechanical properties of Living Tissues”, Springer Verlog, Edition2- 19933. J.B.Park, "Bio-materials - Science and Engineering" Plenum Press,Edition 1984.4. Hench and Etheridge. "Bio-materials" Vol. 1,2,3,4, Plenum Press, Edition 1998.5. D.N. Ghista and Roaf, "Orthopedic Mechanics" Academic Press, Edition 1999

REFERENCES: 1. Sahay and Saxena,“Biomechanics",Tata McGraw Hill, New Delhi, Edition -1998.2. Y.C Fung,”Biomechanics,Mechanical properties of Living Tissues”, Springer Verlog, Edition2- 19933. J.B.Park, "Bio-materials - Science and Engineering" Plenum Press,Edition 1984.4. Hench and Etheridge. "Bio-materials" Vol. 1,2,3,4, Plenum Press, Edition 1998.5. D.N. Ghista and Roaf, "Orthopedic Mechanics" Academic Press, Edition 1999

SENGUNTHAR COLLEGE OF ENGINEERING FOR WOMENDEPARTMENT OF MEDICAL ELECTRONICS

LESSON PLAN - BIOMEDICAL INSTRUMENTATION

Sl.No Topics Taught Self Study Topic Teaching Aids Used

1 Definition and classification of bio-materilas234 mechanical properties5 mechanical properties6 visco elasticity7 wound-healing process8 body response to implants9 blood compatibility

UNIT II IMPLANT MATERIALS

1 Metallic implant materials2 stainless steels3 co-based alloys4 Ti-based alloys5 ceramic implant materials6 Aluminum oxides7 hydrooxyapatite glass ceramics carbons8 medical applications.9 medical applications.

Questions for Assignments, Quizzez

UNIT I STRUCTURE OF BIO-MATERIALS AND BIO-COMPATIBILITY

Definition and classification of bio-materilasDefinition and classification of bio-materilas

1 Polymerization2 polyolefin3 polyamiclesacryrilic4 polymers5 rubbers6 high strength thermoplastics7 high strength thermoplastics8 medical applications.9 medical applications.

1 Soft-tissue replacements2 sujtures, surgical tapes3 adhesives4 percutaneous and skin implants5 maxillofacial arguments6 blood interfacing implants7 hard tissue replacement implants8 internal fracture fixation devices9 joint replacements

1 Artificial Heart2 Prosthetic Cardiac Valves3 Prosthetic Cardiac Valves4 Limb Prosthesis5 Limb Prosthesis6 Externally Powered limb Prosthesis

UNIT III POLYMERIC IMPLANT MATERIALS

UNIT IV TISSUE REPLACEMENT IMPLANTS

UNIT V ARTIFICIAL ORGANS

7 Externally Powered limb Prosthesis8 Dental Implants.9 Dental Implants.

REFERENCES:1. PARK.J.B., “Biomaterials Science and Engineering”, Plenum Press, 19842. Robinson.C.J., Rehabilitation Engineering, Handbook of electrical engineering, CRC Presss, Bocaraton, 1993.3. Kolff .W.J., Artificial Organs, John Wiley Sons, New York, 1979.4. Biomedical Engineering Handbook-Volume 2 (2nd Edition) by J.D.Bronzino CRC Press / IEEE Press, 2000)5. R.S.Khandpur “Handbook of Biomedical Instrumentation” Tata McGraw Hill, 2nd Edition, Edition- 2003

SENGUNTHAR COLLEGE OF ENGINEERING DEPARTMENT OF ELECTRONICS AND COMMUNICATION

LESSON PLAN - TELEVISION AND VIDEO ENGINEERING

Date Topics Taught Self Study Topic

1 What Is Nanotechnology, Black board/ Chalk2 Nanotechnology Products and Applications, Black board/ Chalk3 Future Applications of Nanotechnology, Black board/ Chalk4 Fields of Study That Influence Nanotechnology, Black board/ Chalk5 Risks of Nanotechnology, Black board/ Chalk6 Science of Nanotechnology, Matter, Black board/ Chalk7 Properties of Matter, Black board/ Chalk8 Atom and Molecules, Black board/ Chalk9 Polymers and Nanotechnology, Black board/ Chalk

1 The Element Carbon Black board/ Chalk2 Fullerenes and Nanotechnology Black board/ Chalk3 Buckyballs Black board/ Chalk4 Carbon Nanotubes Black board/ Chalk5 Manufacturing of Carbon Nanotubes Black board/ Chalk6 Applications of Carbon Nanotubes Black board/ Chalk7 AFM Probe Tips Black board/ Chalk8 Nanowires Black board/ Chalk9 Nanocrystals, and Quantum Dots, Nanoshells Black board/ Chalk

1 Orthopaedics Black board/ Chalk2 Cardiology Black board/ Chalk3 Exercise Physiology,, Black board/ Chalk4 Surgery Black board/ Chalk5 Biomechanics in Orthopaedics - Principles, Black board/ Chalk6 Joints Black board/ Chalk7 Fracture Black board/ Chalk8 Internal and External Fixation, Black board/ Chalk

Sl.No

Questions for Interaction

Assignments, Quizzez or Surprise Test Given

Teaching Aids UsedUNIT I INTRODUCTION

What is Nanotechnology

What are the disadvantages of nanotechnology

Application of nanotechnology

UNIT II CARBON NANOTUBES, NANOWIRES, AND NANOCRYSTALS

what are carbon nanotubes

what re the applications of

carbon nanotubes

what are the medical application of carbon nanotubes, nanowires,

nanocrystals?

UNIT III SCOPE OF MECHANICS IN MEDICINE

What is meant by Biomechanics?

Internal and external fixation

Biomechanics in Orthopaedics

9 Prosthetic Design. Black board/ ChalkUNIT III - NANOTECHNOLOGY IN MEDICINE AND HEALTH

1 Cardiovascular Diseases,

Biofluid mechanics

Black board/ Chalk2 Burn Victims, Black board/ Chalk3 Diagnosis and Therapy, Black board/ Chalk4 Cancer Detection and Diagnosis, Black board/ Chalk5 Diabetes and Nanotechnology, Black board/ Chalk6 Implants and Prosthetics Nanotechnology Black board/ Chalk7 Drug Delivery Using Nanoparticles, Black board/ Chalk8 Nanotechnology Fights Infections, Black board/ Chalk9 Pharmaceutical Nanotechnology Research. Black board/ Chalk

UNIT V INTRODUCTION TO REHABILITATION ENGINEERING 1

Introduction to Rehabilitation Engineering

Black board/ Chalk2 Black board/ Chalk3 Black board/ Chalk4 Artificial Limb Black board/ Chalk5 Myoelcctric hand Black board/ Chalk6 Black board/ Chalk7 Black board/ Chalk8 Black board/ Chalk9 Black board/ Chalk

What is meant by Biomechanics?

Internal and external fixation

Biomechanics in Orthopaedics

What is Biofluidmechanics?

Degenerative disorders

What is Rehabilitation Engineering?

Finite Element Analysis

Rehabilitation Engineering

Finite Element Analysis and itsApplication to Problems in Biomechanics.

REFERENCES: 1.John Mongillo, “Nanotechnology”, Greenwood Press, United States of America, Edition – 2007.2. M. Reza Mozafari , “Nanomaterials and Nanosystems for Biomedical Applications”, Springer, Edition – 20073. Geoffrey Hunt and Michael D. Mehta, “Nanotechnology - Risks, Ethics and Laws” James and James- Earthscan Edition – 20054. Jones, Richard A.L., “Soft Machines: Nanotechnology and Life”, Oxford University Press, Edition- 2004.5. 5. Charles P.Poole and Frank J Owens. “Introduction to Nanotechnology”,. Wiley Interscience, Edition- 2033.

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