Individual PCB & controller

We develop and integrate custom PCB and controller solutions for demanding engineering and experimental environments.

Our work includes the design of robust electronic hardware for data acquisition, sensor integration, actuator control, and real-time system monitoring. Special emphasis is placed on reliability, noise robustness, and compatibility with harsh test environments such as wind tunnels and dynamic experimental setups.

We design embedded control systems that interface directly with mechanical and aerodynamic test rigs, enabling precise actuation, synchronized measurement, and adaptive control strategies. This includes microcontroller-based systems, FPGA-based solutions, and modular electronics architectures depending on application requirements.

A key strength is the integration of electronics with simulation and test workflows. This enables closed-loop validation, synchronized data logging, and improved correlation between CFD/FEM predictions and physical test results.

The result is a tightly coupled hardware-software ecosystem that enhances experimental capability, increases measurement fidelity, and enables advanced control of complex engineering systems.