Teams at Beehive Industries

Lead the design, development, tuning, integration, and testing of gas turbine engine control systems. Develop control laws, software, hardware architectures, requirements, simulations, actuators, and FADEC/EEC systems. Lead engine and component test programs, design reviews, simulator integration, control system validation, and cross-functional coordination with propulsion, mechanical, aero, materials, and manufacturing teams. Document technical data and represent controls engineering with internal and external stakeholders.

Design, develop, integrate, and validate gas turbine engine control software, control laws, simulation models, and associated hardware. Perform dynamic modeling, stability analysis, tuning, verification, validation, and test-data analysis. Support EEC and FADEC development, HIL/SIL environments, engine testing, technical reviews, and cross-functional propulsion-system integration. Lead technical activities, resolve system issues, document engineering results, and mentor junior engineers.

Lead the engineering configuration management department for jet engine products. Establish configuration management strategies, chair the Configuration Control Board, maintain technical data and product baselines, manage engineering changes, and ensure compliance with industry and military standards. Support turbomachinery design, systems integration, production transition, model-based systems engineering, root-cause analysis, and corrective actions while coordinating cross-functional engineering teams.