Lead the development of high-fidelity system models and control algorithms for propulsion, guidance, and flight control systems

Develop system simulation architectures to support design, verification, and validation of aerospace control systems

Perform detailed controllability studies of dynamic systems to assess response and regulation characteristics

Architect control system topologies and define gain tuning methodologies for various system types

Serve as the primary performance engineer for assigned programs, including requirements derivation, margin management, and internal/external performance trades

Conduct system-level analysis and performance assessments, including Monte Carlo and sensitivity studies

Apply physics-based modeling techniques to represent real-world system behavior with high fidelity

Lead and contribute to ballistics modeling and performance analysis of solid rocket motor systems

Lead modeling, simulation, and performance assessment of actuation systems for propulsion control systems and dynamic mechanisms, including integration into closed-loop control architectures.

Aid customers in developing mission CONOPS and requirements thru propulsion system modeling and controls design

Create, validate, and deploy advanced estimation techniques to enhance product performance and reduce cost

Extend company capabilities in advanced control schemes, including state-space and modern control strategies

Systems Engineer IV - MSAD

Responsibilities

Qualification

Required

Benefits

Company

Voyagertechnologiesinc

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