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What disciplines students learn in Electrical and Computer Engineering Technology<br />
ECET Sub-Disciplines<br />Power Engineering<br />Control Engineering<br />Electronic Engineering<br />Microelectronics<br ...
Power Engineering<br />The application of power generation and distribution through electrical infrastructures.<br />
Control Engineering<br />The design of control systems such automated manufacturing and test operations that can be implem...
Electronic Engineering<br />The usage of analog and digital electronics to perform digital logic for development purposes....
Microelectronics<br />Handling microcomputer related hardware applications and  the design of linear analog integrated cir...
Signal Processing<br />Improving telecommunication transmission while providing high quality signals with noise reduction....
Telecommunications Engineering<br />Installation and configuration of network systems and provide a wide diversity of digi...
Instrumentation Engineering<br />Operating with audio-visual instrumentation in order to design automation systems.<br />
Computer Engineering<br />Developing computer electronics and software to produce effective computer system.<br />
Biomedical Engineering<br />Production and implementation of medical electronics.<br />
Robotics<br />Creation of factory automation systems through robotic models.<br />
Renewable Energy<br />Photovoltaic implementation in energy reduction costs.<br />
Credits<br />Slideshow developed<br />by Jorge Talamas<br />Images courtesy of Google and NMSU COE<br />
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What disciplines students learn in Electrical and Computer Engineering Technology

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What disciplines students learn in Electrical and Computer Engineering Technology

  1. 1. What disciplines students learn in Electrical and Computer Engineering Technology<br />
  2. 2. ECET Sub-Disciplines<br />Power Engineering<br />Control Engineering<br />Electronic Engineering<br />Microelectronics<br />Signal Processing<br />Telecommunications Engineering<br />Instrumentation Engineering<br />Computer Engineering<br />Biomedical Engineering<br />Robotics<br />Renewable Energy<br />
  3. 3. Power Engineering<br />The application of power generation and distribution through electrical infrastructures.<br />
  4. 4. Control Engineering<br />The design of control systems such automated manufacturing and test operations that can be implemented in industrial controls.<br />
  5. 5. Electronic Engineering<br />The usage of analog and digital electronics to perform digital logic for development purposes.<br />
  6. 6. Microelectronics<br />Handling microcomputer related hardware applications and the design of linear analog integrated circuits.<br />
  7. 7. Signal Processing<br />Improving telecommunication transmission while providing high quality signals with noise reduction.<br />
  8. 8. Telecommunications Engineering<br />Installation and configuration of network systems and provide a wide diversity of digital communications.<br />
  9. 9. Instrumentation Engineering<br />Operating with audio-visual instrumentation in order to design automation systems.<br />
  10. 10. Computer Engineering<br />Developing computer electronics and software to produce effective computer system.<br />
  11. 11. Biomedical Engineering<br />Production and implementation of medical electronics.<br />
  12. 12. Robotics<br />Creation of factory automation systems through robotic models.<br />
  13. 13. Renewable Energy<br />Photovoltaic implementation in energy reduction costs.<br />
  14. 14. Credits<br />Slideshow developed<br />by Jorge Talamas<br />Images courtesy of Google and NMSU COE<br />

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