
Job Description
Ovii's Interpretation of the Role
The Flight R&D Engineer will analyze flight data, investigate anomalies, and improve safety and performance of Airbound's novel UAV platform. This hands‑on role blends aerospace fundamentals with software tooling to turn raw logs and hardware inspections into actionable insights.
Role Snapshot
- Flight data analysis & RCA
- Airframe & propulsion inspection
- Failsafe logic definition
- Sensor integration testing
- Technical documentation
Must-Have Requirements
- Flight mechanics
- Rigid body dynamics
- Aerodynamic principles
- UAV log analysis (UAV Log viewer, ArduPilot Web Tools)
- ArduPilot / PX4
- Technical writing
- aerospace
- UAV
- robotics
- mechanical engineering
- physics
Nice-to-Have Signals
- Control theory basics
- MAVLink / telemetry formats
- SITL & hardware‑in‑the‑loop testing
- Python for data processing
- control theory
- SITL testing
- MAVLink familiarity
- robotics
Work Setup
- Location: Bangalore, India
- Work mode: ONSITE
- Employment type: Full-Time
What You'll Likely Work On
- Own the post‑flight analysis pipeline: parse, visualise and interpret UAV logs, flag anomalies and produce structured root‑cause reports.
- Conduct systematic post‑incident inspections of airframe, propulsion and avionics, maintaining checklists and contributing to airworthiness standards.
- Assist in defining, reviewing and validating failsafe logic for loss of stability, communication loss, sensor degradation, battery faults and actuator failures.
- Support integration of new sensors and peripherals, including bench characterisation, ground testing and in‑flight data quality evaluation.
- Collaborate with software and systems teams to translate risk assessments into concrete parameter recommendations and safety specifications.
Good Fit If You Have
- Curiosity for first‑principles problem solving.
- Strong analytical rigor and evidence‑driven approach.
- Hands‑on experience building or repairing UAVs.
- Clear technical writing for cross‑functional audiences.
Skills
- Flight mechanics
- Rigid body dynamics
- Aerodynamic principles
- UAV log analysis (UAV Log viewer, ArduPilot Web Tools)
- ArduPilot / PX4
- Python for data processing
- Control theory basics
- MAVLink / telemetry formats
- SITL & hardware‑in‑the‑loop testing
- Technical writing