System Integrator

Role Overview
We are looking for a Drone Systems Integrator who can take individual UAV subsystems and convert them into a reliable, flight-ready platform. The role involves end-to-end integration of flight controllers, propulsion systems, RF/video links, payloads, sensors, power systems, embedded electronics and onboard computing, followed by systematic testing, troubleshooting and validation.
The ideal candidate should be highly hands-on and comfortable working directly with drones—from bench-level electronics integration to flight testing and field deployment.
Key Responsibilities
Integrate complete UAV systems including flight controller, ESCs, motors, power distribution, GPS/GNSS, telemetry, RF systems, cameras, sensors and payloads.
Configure and tune flight controllers using ArduPilot, PX4, Betaflight or similar platforms.
Perform electrical, mechanical and communication-interface integration across UAV subsystems.
Integrate digital/analog video transmission, telemetry, command-and-control and long-range RF systems.
Integrate payloads such as EO/IR cameras, gimbals, sensors and mission-specific equipment.
Conduct bench testing, ground testing, flight testing and system-level validation.
Diagnose and resolve issues related to power, communication, firmware, RF interference, vibration, telemetry and flight performance.
Work with Embedded, Autonomy, Hardware, Mechanical and Flight-Test teams during product development.
Validate component compatibility before freezing system configurations and BOMs.
Develop wiring architecture, connection diagrams, integration documentation and test procedures.
Perform root-cause analysis of failures and implement corrective actions.
Support prototype development and transition of validated systems into production.
Support field trials, customer demonstrations and troubleshooting when required.
Ensure systems meet reliability, safety and operational performance requirements.
Required Skills
Strong practical understanding of multirotor and FPV drone architecture.
Experience with UAV flight controllers and autopilot systems.
Understanding of BLDC motors, ESCs, batteries, BECs, power distribution and propulsion systems.
Knowledge of communication protocols such as UART, CAN, I2C, SPI, MAVLink and PWM.
Experience with RF systems, telemetry, RC links and video transmission systems.
Ability to read wiring diagrams, datasheets and technical documentation.
Hands-on experience with soldering, crimping, connectors, multimeters, oscilloscopes and other electronics tools.
Strong troubleshooting and system-debugging capabilities.
Understanding of EMI/EMC, vibration, thermal management and power-budget considerations is preferred.
Preferred Experience
Experience integrating FPV, surveillance, tactical or defence UAV systems.
Experience with ArduPilot / PX4 / Betaflight / INAV.
Exposure to GPS-denied navigation, companion computers, NVIDIA Jetson, Raspberry Pi or embedded Linux systems.
Knowledge of long-range RF, mesh communication or EW-resistant UAV architectures.
Experience with environmental, endurance, payload and field testing of UAVs.
Company Perks
Receive financial compensation and opportunities for career growth
Flexible working hours
Work with a continuously innovative technology and innovative designs.
Experience real-world drone demos and industry events across India while exploring new places.
Collaborate with talented professionals from diverse backgrounds.
Be part of a high-energy, founder-led team shaping India's drone ecosystem.
Not just work — build friendships, memories, and a strong team spirit through frequent outings and team activities.

Work arrangement
No