Professional Certificate of Competency in Electrical Power System Fundamentals for Non-Electrical Engineers (Online) in Online Australia | Engineering Institute of Technology

This professional development program is tailored for engineers and technicians seeking to grasp core electrical engineering principles, essential electrical design concepts, and how to apply this knowledge across various corporate functions. Program AdvantagesYou might qualify for CPD credits through your regional engineering body.
Obtain an EIT-issued Certificate of Completion.
Gain insights from renowned instructors and global industry specialists.
Enjoy the convenience of accessing content anytime, anywhere, even while employed full-time.
Engage with professionals during live sessions and stay informed about the latest industry developments.
Participate in an international learning environment with diverse peers, creating valuable networking prospects.
Master fundamental electrical engineering concepts, core design principles, and their application across different business areas.
Explore AC & DC motor operations and study electrical lighting systems.
Develop comprehensive knowledge of grounding practices with safety considerations, transformer operations, and critical power system elements like isolators, fuses, and circuit breakers.
Expand your understanding of electrical safety domains including power system protection, safety protocols, and client installations.This program starts with foundational electrical circuits and laws before progressing to generation, transmission, and distribution fundamentals. Detailed electrical distribution concepts will follow, along with measurement techniques for single-phase and three-phase systems.Safety-focused grounding principles will precede in-depth transformer studies, particularly those used in power distribution. Key system components such as isolators, fuses, and breakers will also be examined.Participants will analyze AC/DC motor functionality and lighting systems while exploring modern power electronics' effects, including potential harmonic disturbances.This leads into power quality management discussions, focusing on three critical areas: system protection, safety measures, and installation practices. Additional topics include demand forecasting, automated substations, smart grid technology, industrial communications, and emissions trading.While this program won't certify you as a professional engineer, it will expand your electrical engineering knowledge, providing practical skills to enhance workplace productivity, safety, and collaboration with engineering teams and management.