1. Beginner: Essential Safe Testing & Asset Maintenance

Designed for trade assistants, facility managers, or those new to the electrical field, this program focuses on the fundamentals of electrical safety and basic equipment operation. Participants will gain a solid understanding of Ohm’s Law and the core principles of voltage, current, and resistance. The curriculum centers on the safe use of digital multimeters and “Test and Tag” procedures in accordance with AS/NZS 3760. By the end of this course, students will be competent in performing visual inspections, continuity testing, and insulation resistance checks on portable appliances, ensuring a safer workplace and basic compliance for any organization.

2. Intermediate: Advanced Installation Verification & Fault Finding

This offering is tailored for qualified electricians and technicians who are looking to specialize in site-wide compliance and complex troubleshooting. The training dives deep into the AS/NZS 3000 (Wiring Rules) mandatory testing suite, including Earth Fault Loop Impedance (EFLI) and Residual Current Device (RCD) trip-time testing. Using professional-grade power quality analyzers and thermal imagers from the Gridsure fleet, students learn to interpret complex data to identify “invisible” faults like harmonic distortion or thermal hotspots. This level empowers professionals to sign off on new installations with total confidence and provide high-value diagnostic services to their clients.

3. Advanced: Power Systems Protection & Commissioning

Our flagship program is designed for senior electrical engineers and high-voltage (HV) technicians operating in industrial, utility, or mining environments. This course focuses on the sophisticated world of protective relaying and secondary injection testing. Participants will work with microprocessor-based relays, learning how to interpret single-line diagrams, calculate fault currents, and program relay logic for transformer and feeder protection. The training includes hands-on simulation of fault scenarios to master the coordination of protection schemes, ensuring that students can lead the commissioning and maintenance of critical high-voltage infrastructure where precision and system reliability are paramount.