Electrical Engineering Technology

1. Practical Applications:  Similar to other technology fields, EET places a strong emphasis on the practical implementation of electrical and electronics concepts.  While electrical engineers might focus more on theoretical analysis and design, EET professionals concentrate on turning those designs into functional systems.
2. Electronics and Systems:  EET professionals work with a variety of electrical and electronic systems, including power distributions systems, control systems, telecommunications networks, embedded systems, and more.
3. Design and Testing:  EET specialists are involved in designing circuits, systems, and devices.  They also conduct testing and validation to ensure that these designs function correctly and safely.
4. Hands-On Skills:  EET professionals need hands-on skills to assemble, install, and maintain electrical systems.  They work with components like sensors, motors, microcontrollers, and other electronics devices.
5. Manufacturing and Production:  EET professionals often play a role in the manufacturing and production of electronic devices, ensuring that they are built to specifications and quality standards.
6. Automation and Control:  Many EET professionals work in areas related to automation and control systems, which involve designing and implementing systems that regulate and monitor processes in industries such as manufacturing, energy, and robotics.
7. Instrumentation:  EET specialists may work on instrumentation systems used for measurement, data acquisition, and control in fields like industrial automation, scientific research, and environmental monitoring.
8. Collaboration:  EET professionals collaborate with engineers, technicians, programmers, and other specialists to ensure the successful implementation of projects and systems.
9. Troubleshooting and Maintenance:  One of the important roles of EET professionals is to identify and rectify issues that arise in electrical systems.  This requires strong problem-solving skills and a deep understanding of electrical principles.
10. Technology Integration:  EET professionals need to be proficient in integrating different technologies and systems, such as combining hardware and software components to create comprehensive solutions.
11. Continuing Education:  Given the rapid advancements in technology, EET professionals often need to engage in continuous learning to stay up-to-date with the latest trends and developments in the field.

Overall, Electrical Engineering Technology is a practical and hands-on field that focuses on applying electrical and electronic principles to create functional systems and devices that have a wide range of applications in modern society.