A whole-person approach to training and safety

Our training process follows a step-by-step approach:

✅ Fundamentals first – Engineers start by understanding the basics, including high-voltage machine testing, condition monitoring, and risk analysis.

✅ Hands-on site work – Before working independently, they shadow senior engineers, learning how to diagnose and maintain critical infrastructure.

✅ Technical mastery – Using advanced monitoring tools, engineers refine their skills, ensuring they can interpret and act on real-time data effectively.

✅ Continuous learning – Technology is evolving, and so are we. Regular training sessions keep our team updated with the latest AI-driven monitoring systems and best practices in electrical engineering.

✅ Safety culture – Safety and wellbeing is at the heart of everything - reflected in our award-winning workplace safety culture so you can work confidently in high-voltage environments.

Motors and generators are inherently reliable.

The operational stresses at the shaft, load, and connection to the power supply are factors that contribute to ageing and developing failure mechanisms.

Matching the machine to the application to understand the normal working stress and how this affects the machine components is the first step in effecting a reliability-centred maintenance program.

Electrical machines, with their concentric components, demand precise alignment.

Anomalies from construction, wear, and tear, or misalignment with driven equipment introduce eccentricities that can compromise efficiency and longevity. Proper training is essential for maintenance teams to appreciate these nuances and to qualify setups during maintenance checks.

Interventions become necessary when eccentricity occurs, emphasising the need for skilled personnel who can navigate these challenges effectively.

Learning Objectives and Benefits:

Participants will gain:

- A thorough understanding of PD and its consequences on electrical infrastructure, reinforcing their professional knowledge base.

- The ability to conduct sophisticated PD analyses, crucial for informed decision-making and asset management.

- Proficiency in formulating and executing maintenance strategies that effectively incorporate PD considerations, enhancing their skill set.

- Practical experience through case studies, translating into valuable skills applicable in their professional settings.