Medical Engineering

1- Medical Electronics Level 1    40 Hr

  • -Analog Electronics and Application.
  • -Digital Electronics and Application.
  • -Motor, Light Control and Drivers.
  • -Biomedical Sensors (Pressure,Pulse,Oximeter,….)
  • -Arduino in Biomedical
  • -Simulation Software
  • -PCB Design
  • -Biomedical Simple Project

Medical Electronics Level 2    60 Hr

  • -Nervous system, Electrophoresis,  Cell and Electrophoresis
  • -Simulation for the cell, tissue, and organs using COMSOL Multiphysics
  • -Body as electric circuit
  • -Bio Sensors to receive bioelectric signals
  • -Receivers, Amplification, filters
  • -ECG, EMG, EEG signals
  • -Signal processing algorithms
  • -Medical imaging devices (X-Ray, Ultra sound, MRI, CT)
  • -Therapeutic Devices
  • -Image processing algorithms
  • -Laboratory devices
  • -Biomedical devices concept (concept, Circuits, Block Diagram)

3 – Medical devices   30  Hr

  • – Practical Training on:
    •    – Dental units (Operating and maintenance)
    •    -Autoclave Class (S, N, B)
    •    – X- ray Device
    •    – Intra Oral Sensor
    •    – Endo Motor
    •    – Apex Locator Device
    •    – Scalar Machine
    •    – Light Cure Device
    •    – Dental Amalgamator
    •    – Distiller Device

4 – X-Ray System Course (24 hours)

Day 1

  • Course Overview.
  • X-ray Physics.
  • X-Ray applications.
  • X-Ray System Overview.

Day 2

  • X-ray Tube component.
  • X-ray Tube Tests.
  • X-ray Tube Failure.

Day 3

  • X-ray system units & Circuit.
  • X-ray Generators.
  • T Cables.

Day 4

  • Image receptors (Cassettes , Image Intensifier, Detectors ).
  • Idea of (AEC & DRC & ISL ).
  • Image Quality.
  • System Calibrations.

Day 5

  • System Manuals & SW.
  • PACS .
  • Workstations & Networking.

Day 6

  • Working Process & Career Opportunities.
  • How to build attractive CV.

Description