Roles and Responsibilities As a Flight Mechanics Engineer (Modeling and Simulation), the following work area and skill sets awaits you: 1. Aircraft Flight Mechanics & Dynamics Develop and maintain 6-DOF nonlinear aircraft flight-dynamics models. Develop mathematical models for aircraft rigid-body dynamics, aerodynamics, propulsion, actuators, landing gear, and environmental effects. Perform aircraft trim, stability, control, and performance analyses across the flight envelope. Determine and analyze aerodynamic derivatives, stability derivatives, control derivatives, and propulsion characteristics. Perform longitudinal, lateral, and directional stability and controllability assessments. Conduct performance studies including take-off, climb, cruise, descent, transition, hover/VTOL, range, endurance, and landing as applicable. Develop flight-mechanics models and analysis required for flight-control-law development. Generate trim points, linearised models, aerodynamic derivatives, and operating-point data for control-law design. Evolve gain scheduling, control allocation, control mixing, and mode-transition logic development. Analyze control-system performance, stability margins, actuator utilization, and control authority. Support SIL, MIL, PIL, HIL, iron-bird, and flight-test simulations. 2. Modeling & Simulation Develop models at appropriate levels of fidelity ranging from conceptual/low-fidelity models to high-fidelity nonlinear simulations. Develop and maintain simulation environments using MATLAB/Simulink, Python, C/C++, or equivalent tools. Implement aircraft, propulsion, actuator, sensor, environment, and flight-control models. Perform model correlation against wind-tunnel, component-test, ground-test, and flight-test data. Establish model validation processes. 3. Aircraft Performance & Handling Qualities Perform aircraft performance analysis and establish aircraft performance databases. Conduct handling-quality assessments and support development of handling-quality criteria. Evaluate aircraft response characteristics such as Time constants, Natural frequencies, Control response, Hover and transition response etc. Support development and analysis of flight-envelope boundaries. Develop and simulate failure, fault, and degraded-mode scenarios. Support FHA, FMEA, FTA, SSA, and system safety activities from a flight-dynamics perspective. 4. Flight-Test & Data Analysis Support preparation of flight-test plans, test cards, and flight-test instrumentation requirements. Analyze flight-test data and correlate simulation predictions with actual aircraft behavior. Perform parameter identification and estimation of aerodynamic and dynamic characteristics from flight data. Investigate discrepancies between simulation, ground-test, and flight-test results. 5. Certification & Technical Documentation Support preparation of engineering analyses and compliance evidence as per certification requirements. Prepare technical reports, analysis notes, model documentation, simulation reports, and verification evidence. Requirements Required Qualifications (Must-Haves) Experience: 3+ years of hands-on experience in flight mechanics, dynamics, simulation and controls. Bachelor's or Master's degree in Aerospace Engineering/ Aeronautical Engineering/Mechanical Engineering/Controls Engineering or a related discipline. Strong understanding of Aircraft 6-DOF equations of motion, Aerodynamics, Flight dynamics, Stability and control, Aircraft performance, Propulsion, Control systems, Numerical modelling and simulation Hands-on experience with MATLAB/Simulink. Good programming skills in Python and/or C/C++. Experience with numerical methods, data analysis, and engineering simulations. Ability to interpret aerodynamic, propulsion, and flight-test data. Preferred Qualifications (Good-to-Haves) Experience in one or more of the following will be highly desirable: eVTOL / VTOL, UAV / UAS Flight-control-law development Hardware-in-the-Loop simulation Real-time simulation Flight-test engineering System identification Aerodynamic modelling Wind-tunnel testing DO-178C / DO-254 environments Model-Based Systems Engineering (MBSE) Benefits The opportunity to work on a groundbreaking product that will redefine urban transportation. A dynamic, fast-paced, and collaborative work environment with a brilliant and passionate team. Competitive salary and benefits. A culture of innovation where your ideas can directly impact the future of flight.
