Turbopump R&D
Research, design, and prototype turbopump concepts for our liquid rocket engine, applying fluid mechanics, thermodynamics, and mechanical design to one of rocketry’s most challenging systems.
Aerodynamics Engineer
Develop the aerodynamic database of our rocket by running high-fidelity CFD simulations, generating drag, lift, and stability data to optimize fin design, nose cone shaping, and overall vehicle performance.
Control System Algorithm Engineer
Design and implement flight control algorithms for rocket stabilization and guidance, including state estimation, sensor fusion, optimal control, and closed-loop trajectory tracking.
Simulation & Modelling Engineer
Build and refine high-fidelity 6-DoF flight simulations in MATLAB/Simulink, modeling aerodynamics, propulsion, and control algorithms to predict trajectories, guide design, and support mission planning.
Embedded Systems Engineer
Develop the hardware, firmware, and FPGA-accelerated software for the rocket’s complete control system, integrating engine actuation, aerodynamic stabilization, real-time communications, and safety-critical operations.
Fuselage Mechanical Designer
Design and analyze the rocket’s fuselage and load-bearing structures, focusing on CAD modeling, FEA, materials selection, and composite manufacturing for a lightweight yet robust vehicle body.
Propulsion R&D Member
Conduct experimental research and develop innovative concepts for key propulsion systems, including nozzles, injectors, thrust chambers, fluid systems, cooling methods, sensors, valves, and much more