Embedded Hardware System Design

Architect and design Flight control hardware including MCU/MPU/SoC selection (ARM CortexM/A, MPU+FPGA where required), Power management, sensor interfaces, and safety circuitry

Design schematics and multi-layer PCBs optimized for High-speed operation, Low noise and signal integrity

Integrate flight-critical sensors IMU, magnetometer, barometer, GPS, airspeed sensors

Implement redundancy, watchdogs, fail-safe, and health monitoring circuits

Design payload control and processing boards for cameras, RF modules, EW payloads or custom mission sensors

Support high-bandwidth data interfaces MIPI CSI/DSI, Ethernet, USB, CAN, LVDS, UART

Develop interface boards for gimbals, actuators, and high-speed data links

Optimize payload electronics for size, weight, power (SWaP) constraints

Design efficient power architecture: DC-DC converters, LDOs, EMI filters, battery interfaces

Perform high-speed digital design: DDR, Ethernet PHYs, high-speed serial links

EMI/EMC compliance and noise robustness for avionics-grade systems

Bring-up and debug new hardware boards

Perform: Signal integrity and power integrity analysis, Thermal, vibration, and environmental testing

Support HIL/SIL testing and flight trials

Root-cause and resolve hardware failures from lab to field

Generate production-ready documentation: Schematics, PCB layouts, Gerbers, BoM, test procedures

Support DFM/DFA reviews with manufacturing partners

Assist in production testing, yield improvement, and field issue resolution