Test Pilot – Combat Jet & Cryogenic Engines

Scope of Work

As a Test Pilot, you will play a critical role in the developmental flight testing and validation of advanced indigenous propulsion systems. This includes conducting test flights for next-gen turbofan combat engines and cryogenic propulsion modules. You will collaborate with engineers, safety teams, and simulation experts to define test protocols, evaluate engine behavior under real-world conditions, and document flight performance in high-risk and mission-representative scenarios.

Nature of Work

• Plan and execute experimental and certification flight tests on aircraft integrated with new engine variants
• Collaborate with propulsion engineers to define thrust schedules, afterburner regimes, and engine envelope limits
• Interpret telemetry and onboard diagnostics during and after flight tests
• Participate in ground-based test firings and simulate failure conditions for cryogenic systems
• Document and debrief test outcomes, anomalies, and pilot observations for iterative engine tuning
• Engage in safety board reviews and airworthiness assessments
• Support integration testing with airframe manufacturers and avionics developers

Job Requirements

• Military or civil Test Pilot School graduate (Empire, EPNER, USAF TPS, HAL TP School or equivalent)
• Extensive experience in testing fighter-class aircraft or high-thrust propulsion systems
• Prior exposure to supersonic or afterburning flight regimes
• Understanding of engine failure modes, flameouts, surge dynamics, and restart protocols
• Working knowledge of FADEC, onboard instrumentation, and engine control interfaces
• Strong documentation skills for post-flight reports, pilot notes, and safety board reviews
• Familiarity with cryogenic fluid behavior, insulation, and system pressurization is a plus

Eligibility

• Indian nationals with valid flying licenses or military commissioning
• Minimum 1,000 hours in fast jets or relevant test profiles (waivable for UAV operators with specialized experience)
• Ability to pass psychological and physiological assessments for high-G and high-risk profiles
• Willingness to work with experimental platforms and evolving propulsion technologies