We build systems where biological signals, AI perception and mechatronics work as one: from brain–computer interfaces to assistive mobility, haptic feedback and closed-loop control.
Safety-by-design • Low-latency loops • Privacy-preserving telemetry • Modular hardware • Regulatory readiness (ISO/IEC, IEC 60601 family) • Field-serviceable builds.
EEG/EMG/SSVEP stacks, intent decoding, adaptive neuro-feedback, co-pilot UX for patient & operator.
Sensorized sockets, myoelectric control, multi-modal haptics (vibro/pressure/temperature).
Gait assistance, industrial load-bearing frames, fall-prevention with predictive control.
PPG, IMU, pressure arrays, SLAM-assisted kinematics; subject-specific digital twins for tuning.
On-device inference, sensor fusion, MPC/PID hybrids, ROS2 & real-time comms (CAN/ETH).
Risk catalogs, red-teaming, consent & data minimization, audit trails, explainable Rx decisions.
EEG/EMG capture • DSP pipelines • artifact rejection • intent classifiers.
Trajectory planners • force/torque control • adaptive gains • safety interlocks.
Custom PCBs • sensor hubs • battery & power • wearable enclosures.
Hands-free computer control via SSVEP/EMG hybrid with adaptive calibration.
Myoelectric prosthetic with multi-zone tactile feedback & grasp libraries.
Industrial exosuit for safe repetitive lifts with fatigue prediction.
FMEA, HAZOP, test benches, simulation-in-the-loop; staged rollouts with gated approvals.
On-device encryption, key-split HSM options, consent ledger, role-based access & audit trails.
Clinic, rehab center or factory? Co-design a pilot tailored to your cohort.
Universities, device OEMs, component vendors — integration & co-research.
Neuro/DSP/controls/mech/firmware roles. Passion required.