Reliable real-time control for robotics, motor synchronization, and rapid hardware proof-of-concepts using optimized MCU logic.
Integrating IMUs, GPS, and high-precision encoders for accurate positioning and environmental awareness.
Direct register-level optimization in C++ for instantaneous response to external triggers and interrupts.
Smooth PWM control and synchronization for multi-axis systems, including stepper and servo mechanisms.
Rapidly testing pin-out configurations and library compatibility for all sensors and actuators.
Creating or configuring custom expansion shields to handle high-current loads and signal isolation.
Coding robust, non-blocking loops with state-machine logic for failure-free operation.
Ensuring mechanical fit and heat dissipation for stable long-term hardware performance.