Engineering specialized test rigs and acoustic chambers (full vehicle & component level) for Noise, Vibration, and Harshness analysis, ensuring high dynamic performance with minimal system noise.

Creating robust test rigs for drive units, construction equipment, and other components, often integrating with Hardware-in-the-Loop (HIL) systems using platforms like Speedgoat and National Instruments CompactRIO.

Building test systems with precise control over temperature, humidity, and radiation sources to evaluate material and component performance under various environmental conditions.

Utilizing powerful tools like MATLAB and Simulink for simulation, control algorithm development, and seamless integration with real-time hardware for accurate data acquisition and analysis.

Designing and manufacturing custom fixtures for load testing, extensometer applications, and complex multi-degree of freedom testing scenarios, ensuring secure and accurate specimen mounting.

Providing expert guidance and support for intricate testing challenges, including multi-factorial experiments, dynamic analysis, and the integration of diverse sensors and control systems, leveraging our deep understanding of CAN bus and other communication protocols.