Open roles at SwiftBird.

Design, bring up and validate compact electronics for inertial navigation modules: sensor interfaces, power architecture, digital buses and test fixtures for real hardware.

• Design and review schematics and PCB layouts for mixed-signal electronics, sensor boards, power supplies and digital interfaces.
• Bring up prototypes with oscilloscopes, logic analyzers and lab power equipment, then trace noise, timing and integration issues.
• Prepare BOMs, test procedures, production notes and handoff packages for small-batch manufacturing.
• Useful background: KiCad or Altium, IMUs, GNSS, STM32-class MCUs, EMC-aware design, environmental or vibration testing.

Own RF and radio-system work around navigation hardware: telemetry links, antennas, GNSS reception, interference checks and radio test setups for unmanned platforms.

• Select, integrate and test radio modules, GNSS receivers, antennas and RF front ends for evaluation and integration builds.
• Run bench measurements with spectrum analyzers, VNAs, SDRs and link-budget tooling.
• Work with electronics and firmware on robust interfaces, EMC-aware layouts, antenna placement and validation plans.
• Useful background: RF measurements, telemetry, GNSS, LoRa/ISM, LTE, satcom, SDR or flight-test communication systems.

A hands-on internship for students and early engineers who want to work close to aerospace hardware, measurement setups and navigation-system prototypes.

• Support assembly, bring-up, test preparation and data collection for electronics and navigation modules.
• Build small tools, scripts, fixtures or documentation that make lab work and validation faster.
• Help organize test logs, prepare hardware for demos and summarize findings from bench experiments.
• Good fit for students of electronics, telecommunications, automation, robotics, aerospace or computer engineering.