Flight Control Research Engineer : 26-03334

Akraya Inc.; 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

Primary Skills

• Flight Control Systems Design (Advanced)
• Multi-body Simulation (Intermediate)
• Embedded Systems (Intermediate)
• Sensor Fusion (Intermediate)
• Model Predictive Control (Intermediate)

Contract Details

Contract Type: W2 Contract Duration: 12 Months Location: Ann Arbor MI (#LI-Onsite) Pay Range: $30.00 - $40.00 Per Hour

Job Summary

This role involves pioneering research and development for next-generation flying mobility vehicles. You will be instrumental in designing and validating advanced flight control algorithms for electric propulsion systems. The position requires hands‑on involvement throughout the development lifecycle, from simulation to real‑world flight testing.

Key Responsibilities

• Develop and test advanced flight control algorithms for novel aerial vehicles.
• Enhance and maintain complex simulation models for accurate performance prediction.
• Provide engineering support during flight tests and analyze flight data.
• Contribute to the integration and validation of sensor systems.
• Iterate on designs based on simulation, wind tunnel, and flight test results.

Must‑Have Skills

• Ph.D. in a relevant engineering field or Master's with substantial experience.
• Proven experience in flight control system research for drones and aircraft.
• Practical experience with embedded systems and microcontrollers.
• Experience in aerospace engineering, particularly with unmanned aerial vehicles and advanced control systems, is highly preferred for this role.