Teams at Tycho.AI

Design and develop electrical board assemblies and RF chains for autonomous air vehicles: select components, perform PCB layout, prototype, test, debug, run RF link-budget analyses, and implement encoding/compression as needed. Support field testing and production deployment.

Design and optimize computer-vision and robotics ML models for constrained edge devices, build large-scale training and fine-tuning pipelines, compress and deploy models to embedded accelerators, profile on-device inference for latency and accuracy, and write maintainable Python/C++ code while staying current on state-of-the-art techniques.

Design, develop, and optimize onboard and offboard software for unmanned aerial vehicles. Implement and integrate robotics and computer-vision capabilities, write clean C++ and Python code, and contribute to CI/CD, test-driven development, large-scale dataset evaluation, simulation, and integration pipelines to move research into production.