Our services extend beyond forensic investigation to include complete engineering solutions - from initial design through supply chain management, project implementation, system commissioning, and site supervision. With expertise spanning mining, power generation, renewable energy, automotive, manufacturing, and residential sectors, we provide tailored solutions for each client's specific needs.

• Power Systems

  Today's energy landscape combines traditional and renewable power sources, creating complex integration challenges. When failures occur - from major outages to localized disruptions - the impacts can be significant. Our team investigates issues across the entire power chain: transformers, switchgear, circuit breakers, substations, transmission lines, generators, solar systems, and battery storage solutions. We understand both conventional power systems and the unique challenges of renewable energy integration.

• Electronic Systems

  Modern electronic systems prioritize efficiency and control in increasingly compact packages, creating greater complexity and potential failure points. We investigate issues in motor controllers, control panels, programmable systems, instrumentation, lighting, circuit boards, and security systems. From industrial equipment to electric vehicles, we address systems across all voltage ranges.

• Rotating Equipment

  Motors and generators form the backbone of facility operations, powering essential processes and providing backup energy. As designs push efficiency limits, failure risks increase due to tighter tolerances and higher operating demands. We analyze all types of motors, controllers, drives, starting systems, and synchronization equipment, using detailed material analysis to identify failure causes and develop practical solutions.

• Digital Control Systems

  These critical systems face unique challenges from hardware limitations, software obsolescence, and evolving security threats. Our team evaluates cybersecurity vulnerabilities, programmable logic controllers, distributed control systems, emergency shutdown systems, and instrumentation controls to ensure continued reliability and security throughout system lifecycles.

• Material Analysis

  Material failures frequently underlie electrical system problems. As material science advances push performance boundaries, potential failure modes expand. We evaluate metals, polymers, ceramics, insulators, and advanced materials such as biomaterials and nanotechnologies to understand their behavior under various conditions and provide recommendations for improving system reliability.

Our expertise spans diverse sectors and equipment types, including power generation systems (from traditional to renewable), electronic controls for industrial and commercial applications, rotating equipment for critical operations, and digital control systems that maintain facility safety and functionality. We evaluate the full range of materials used in electrical applications, identifying failure mechanisms and providing science-based recommendations for improved performance and safety.