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    BME Lesson Plan

    Uploaded by

    Arun Kumar Dhupam
    The document outlines a course curriculum on biomedical instrumentation divided into 6 units over 13 weeks. The units cover topics such as biopotentials, transducers, cardiovascular and respiratory measurements, patient monitoring, diagnostic techniques, and safety. Each topic is allotted 1-2 hours and will be taught using textbooks, PowerPoint presentations, or lectures. The course aims to provide students foundational knowledge on measuring and monitoring physiological systems, medical devices, and ensuring safety around electrical equipment.

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    © All Rights Reserved
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    BME Lesson Plan

    Uploaded by

    Arun Kumar Dhupam
    187 views2 pages
    The document outlines a course curriculum on biomedical instrumentation divided into 6 units over 13 weeks. The units cover topics such as biopotentials, transducers, cardiovascular and respiratory measurements, patient monitoring, diagnostic techniques, and safety. Each topic is allotted 1-2 hours and will be taught using textbooks, PowerPoint presentations, or lectures. The course aims to provide students foundational knowledge on measuring and monitoring physiological systems, medical devices, and ensuring safety around electrical equipment.

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    BME

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    The document outlines a course curriculum on biomedical instrumentation divided into 6 units over 13 weeks. The units cover topics such as biopotentials, transducers, cardiovascular and respiratory measurements, patient monitoring, diagnostic techniques, and safety. Each topic is allotted 1-2 hours and will be taught using textbooks, PowerPoint presentations, or lectures. The course aims to provide students foundational knowledge on measuring and monitoring physiological systems, medical devices, and ensuring safety around electrical equipment.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    187 views2 pages

    BME Lesson Plan

    Uploaded by

    Arun Kumar Dhupam
    The document outlines a course curriculum on biomedical instrumentation divided into 6 units over 13 weeks. The units cover topics such as biopotentials, transducers, cardiovascular and respiratory measurements, patient monitoring, diagnostic techniques, and safety. Each topic is allotted 1-2 hours and will be taught using textbooks, PowerPoint presentations, or lectures. The course aims to provide students foundational knowledge on measuring and monitoring physiological systems, medical devices, and ensuring safety around electrical equipment.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    of 2

    No.

    of
    Reference Delivery
    S. No Name of the Topic Hours
    Text Book Method
    Required
    UNIT-I: INTRODUCTION TO BIOMEDICAL INSTRUMENTATION
    1. Introduction to Bio-Medical Engineering 1 T-2 Chalk & Talk
    Age of Biomedical Engineering & Development of T-2 Chalk & Talk
    2. 1
    Biomedical Instrumentation
    3. Biometrics 1 T-2 Chalk & Talk
    4. Components of the Man-Instrument System 1 T-2 PPT
    5. Physiological System of the Body 1 T-2 PPT
    6. Problems Encountered in Measuring a Living System 2 T-2 PPT
    7. Sources of Bioelectric Potentials, Muscle 2 T-2 PPT
    8. Resting and Action Potentials 1 T-2 PPT
    9. Propagation of Action Potential 1 T-2 PPT
    Bioelectric Potentials ECG, EEG and EMG, Envoked T-1 PPT
    10. 2
    Responses
    Cumulative Hours 13
    UNIT-II: ELECTRODES AND TRANSDUCERS
    11. Introduction to Electrode Theory 1 T-2 Chalk & Talk
    12. Bio-potential Electrodes, Examples of Electrodes 1 T-2 Chalk & Talk
    13. Basic Transducer Principles 1 T-2 Chalk & Talk
    14. Biochemical Transducers 1 T-2 Chalk & Talk
    15. The Transducer and Transduction Principles 1 T-2 Chalk & Talk
    16. Active Transducers 1 T-2 PPT
    17. Passive Transducers 1 T-2 PPT
    18. Transducers for Biomedical Applications 1 T-2 PPT
    19. Pulse Sensors, Respiration Sensor 1 T-1 PPT
    20. Transducers with Digital Output 1 T-1 PPT
    Cumulative Hours 10
    UNIT III: CARDIOVASCULAR SYSTEM AND MEASUREMENTS
    21. Introduction 1 T-2 PPT
    22. The Heart and Cardiovascular System 1 T-2 PPT
    23. Electro Cardiography 1 T-2 PPT
    24. Blood Pressure Measurement 1 T-2 PPT
    25. Measurement of Blood Flow and Cardiac Output 1 T-2 PPT
    26. Measurement of Heart Sound 1 T-2 PPT
    27. Plethysmography 1 T-2 PPT
    28. The Physiology of the Respiratory System 1 T-2 PPT
    Tests and Instrumentation for the Mechanics of 1 PPT
    29. T-2
    Breathing
    30. Respiratory Therapy Equipment. 1 T-2 PPT
    Cumulative Hours 10
    UNIT IV : PATIENT CARE AND MONITORING
    31. Elements of Intensive-Care Monitoring 1 T-2 PPT
    32. Patient Monitoring Displays, Diagnosis 1 T-2 PPT
    Calibration and Repair ability of Patient-Monitoring
    33. 1 T-2 PPT
    Equipment
    34. Other Instrumentation for Monitoring Patients 1 T-2
    Organization of the Hospital for Patient-Care
    35. 1 T-2 PPT
    Monitoring
    36. Pacemakers and its applications 1 T-2 PPT
    37. Defibrillators and its applications 1 T-2 PPT
    38. Radio Frequency Applications of Therapeutic use 1 T-1 PPT
    39. Audiometers and Hearing Aids 1 T-1 PPT
    40. Myoelectric Arm, Laparoscope 1 T-1 PPT
    41. Ophthalmology Instruments 1 T-1 PPT
    42. Anatomy of Vision, Diathermy 1 T-1 PPT
    43. Clinical Laboratory Instruments 1 T-1 PPT
    44. Biomaterials 1 T-1 PPT
    45. Stimulators 1 T-1 PPT
    Cumulative Hours 15

    UNIT V : DIAGNOSTIC TECHNIQUES AND BIO-TELEMETRY


    46. Introduction to Imaging and telemetry 1 T-2 PPT
    47. Principles of Ultrasonic Measurement 1 T-2 PPT
    48. Ultrasonic Imaging 1 T-1 PPT
    49. Ultrasonic Applications of Therapeutic Uses 1 T-1 PPT
    50. X-Ray and Radio-Isotope Instrumentations 1 T-2 PPT
    51. CAT Scan 1 T-1 PPT
    52. Emission Computerized Tomography 1 T-1 PPT
    53. MRI 1 T-1 PPT
    Components of Biotelemetry System & Physiological
    54. 1 T-2 PPT
    Parameters Adaptable to Biotelemetry
    Implantable Units, Telemetry for ECG Measurements
    55. during Exercise, Telemetry for Emergency Patient 1 T-2 PPT
    Monitoring
    Cumulative Hours 10
    UNIT VI : MONITORS, RECORDERS AND SHOCK HAZARDS
    56. Bio-potential Amplifiers 1 T-1 PPT
    57. Monitors, Recorders 1 T-1 PPT
    58. Shock Hazards and Prevention 1 T-1 PPT
    59. Physiological Effects and Electrical Current 1 T-1 PPT
    60. Shock Hazards from Electrical Equipment 1 T-2 PPT
    61. Methods of Accident Prevention 1 T-2 PPT
    62. Isolated Power Distribution System 1 T-1 PPT
    Cumulative Hours 7

    Text Books:

    1. Bio-Medical Electronics and Instrumentation, Onkar N. Pandey, Rakesh Kumar,


    Katson Books.

    2. Bio-Medical Instrumentation, Cromewell , Wiebell, Pfeiffer

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