Maricopa Community Colleges  HCE113   19966-20065 
Official Course Description: MCCCD Approval: 05/28/96
HCE113 19966-20065 LEC 3 Credit(s) 3 Period(s)
Biomedical Electronics I
Electronic concepts, electrical connections including grounding, and electrical and patient safety. Prerequisites: None.
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MCCCD Official Course Competencies:
 
HCE113   19966-20065 Biomedical Electronics I
1. Define the use and features of basic electronic components. (I)
2. Define biomedical instrumentation. (II)
3. Define bioelectrical potential. (III)
4. Identify and define electrode applications. (IV)
5. Describe proper grounding and patient safety. (V)
6. Describe the elements of patient care monitoring. (VI)
7. Utilize basic electronic concepts to understand the operation of electronic equipment used in electroneurodiagnostics and to perform basic troubleshooting. (I)(VI)
8. Describe biotelemetry and computers in biomedical instrumentation. (VII)(VIII)
9. Apply electrical safety as it relates to patient care monitoring. (IX)
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MCCCD Official Course Outline:
 
HCE113   19966-99999 Biomedical Electronics I
    I. Introduction to Electronics
        A. Ohm's Law
        B. Power supplies/batteries
        C. Electronic components
        D. Basic circuits
          1. Amplifiers
          2. Filters
      II. Introduction to Biomedical Instrumentation
          A. History
          B. Systems
          C. Problems
        III. Bioelectrical Potentials
            A. Electrodes
            B. EKG potentials
            C. EEG potentials
          IV. Electrodes
              A. Theory
              B. Biopotential electrodes
              C. Biochemical electrodes
            V. Electrical Safety
                A. Grounding
                  1. Equipment
                  2. Patient
                B. Insulation
                C. Patient safety
              VI. Patient Monitoring
                  A. Elements of an Intensive Care Unit(ICU)
                  B. Pacemakers
                  C. Defibrillators
                  D. Troubleshooting
                VII. Biotelemetry
                    A. Introductions
                    B. Applications
                  VIII. Computers in Biomedical Instrumentation
                      A. Introduction
                      B. Interfacing
                      C. Application
                    IX. Electrical Safety of Medical Equipment
                        A. Physiological effects
                        B. Shock hazards from electrical equipment
                        C. Accident prevention
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