Salary
💰 $82,450 - $111,550 per year
About the role
- Analyze air vehicle stability and control characteristics to insure acceptable handling qualities in compliance with specifications
- Apply control theory to design control laws for dynamic control response, gust/disturbance rejection, system failure robustness, and loads considerations
- Develop and validate linear and nonlinear mathematical analysis and simulation models using theory and test data, including wind tunnel and flight test
- Support design of new and modified rotorcraft configurations from a stability, control, and handling qualities perspective
- Perform wind tunnel, pilot-in-the-loop flight simulation, hardware-in-the-loop laboratory, and flight testing to support vehicle design and analysis
- Apply tools such as Matlab, Unix, and legacy and modern programming languages
- Collaborate with test pilots and engineers across disciplines (aerodynamics, dynamics, avionics, structures, crew station design) to optimize vehicle characteristics
- Occasional travel to support flight testing at off-site locations (cold weather, high altitude, ships at sea)
- Position expected to be 100% on-site at Mesa, AZ
- Participation in Boeing’s optional “9/80” schedule
Requirements
- Bachelor of Science degree in engineering, engineering technology, chemistry, physics, mathematics, data science, or computer science (Level 2) OR Master’s degree with coursework or experience in control systems (Level 2)
- For Level 2: Bachelor’s degree with coursework or experience in control systems + 2+ years relevant work experience OR Master’s with coursework or experience in control systems
- For Level 3: Bachelor’s degree with coursework or experience in control systems + 5+ years relevant work experience OR Master’s + 3+ years OR PhD with coursework or experience in control systems
- Ability to obtain a U.S. Security Clearance (U.S. Citizenship required)
- Final U.S. Secret Clearance Post-Start is required
- Ability to work flexible hours, overtime and occasional weekends
- Ability to travel 10% of the time (typically requires Driver’s License)
- Experience or coursework in control systems, Flight Vehicle Dynamics, Stability & Control, Control Law Design, Guidance, Navigation and Control (GNC), Simulation and Modeling, Aeromechanics
- Experience with Matlab, Unix, and programming languages
- Knowledge of rotorcraft is desirable