Advanced Flight Control Research Engineer - Aerial Vehicles

Akraya; Ann Arbor (MI); On-site; USD 41,000 - 55,000; Full time

Job summary

Akraya in Ann Arbor is seeking a research-focused engineer to advance flight control algorithms for electric propulsion systems in next-generation flying mobility vehicles. The role combines design, validation, and hands-on testing across the development lifecycle.

You will work with simulation, wind tunnel, and flight-test data, iterating on algorithms and sensor integration. A strong background in aerospace control and embedded systems is essential, with a PhD or heavyweight Master's preferred.

Qualifications

• Ph.D. or Master’s with substantial aerospace experience.
• Proven experience in flight control system research for drones and aircraft.
• Hands-on embedded systems and microcontroller experience required.

Responsibilities

• Develop and test advanced flight control algorithms for novel aerial vehicles.
• Maintain and enhance complex simulation models for accurate performance predictions.
• Support flight tests and analyze flight data.
• Assist in integration and validation of sensor systems.
• Iterate designs based on simulation, wind tunnel, and flight results.

Skills

Flight Control Systems Design

Multi-body Simulation

Embedded Systems

Sensor Fusion

Model Predictive Control

Education

Ph.D. in a relevant engineering field

Master's degree with substantial experience

Job description

Akraya in Ann Arbor is seeking a research-focused engineer to advance flight control algorithms for electric propulsion systems in next-generation flying mobility vehicles. The role combines design, validation, and hands-on testing across the development lifecycle.

You will work with simulation, wind tunnel, and flight-test data, iterating on algorithms and sensor integration. A strong background in aerospace control and embedded systems is essential, with a PhD or heavyweight Master's preferred.