ECET students learn about various electrical and computer engineering technology sub-disciplines including power engineering which applies power generation and distribution; control engineering which designs control systems; electronic engineering which uses analog and digital electronics; microelectronics which handles microcomputer hardware; signal processing which improves telecommunication quality; telecommunications engineering which installs and configures networks; instrumentation engineering which operates audio-visual equipment; computer engineering which develops computer systems; biomedical engineering which produces medical devices; robotics which creates automated systems; and renewable energy which implements photovoltaic energy solutions.

1. What disciplines students learn in Electrical and Computer Engineering Technology

2. ECET Sub-Disciplines Power Engineering Control Engineering Electronic Engineering Microelectronics Signal Processing Telecommunications Engineering Instrumentation Engineering Computer Engineering Biomedical Engineering Robotics Renewable Energy

3. Power Engineering The application of power generation and distribution through electrical infrastructures.

4. Control Engineering The design of control systems such automated manufacturing and test operations that can be implemented in industrial controls.

5. Electronic Engineering The usage of analog and digital electronics to perform digital logic for development purposes.

6. Microelectronics Handling microcomputer related hardware applications and the design of linear analog integrated circuits.

7. Signal Processing Improving telecommunication transmission while providing high quality signals with noise reduction.

8. Telecommunications Engineering Installation and configuration of network systems and provide a wide diversity of digital communications.

9. Instrumentation Engineering Operating with audio-visual instrumentation in order to design automation systems.

10. Computer Engineering Developing computer electronics and software to produce effective computer system.

11. Biomedical Engineering Production and implementation of medical electronics.

12. Robotics Creation of factory automation systems through robotic models.

13. Renewable Energy Photovoltaic implementation in energy reduction costs.

14. Credits Slideshow developed by Jorge Talamas Images courtesy of Google and NMSU COE