Job summary
Job post source
This job is directly from University of Colorado Boulder
Job overview
The Bio-inspired Flight Control Engineer role at University of Colorado Boulder focuses on advancing novel aerial platform configurations and bio-inspired sensors to enhance robotic flight dynamics and control.
Responsibilities and impact
The engineer will model and identify systems for novel aerial platforms, design and implement feedback architectures, and identify novel sensors to improve flight control and autonomy.
Compensation and benefits
The position offers a salary range of $72,000 to $78,000 per year with benefits including medical, dental, retirement plans, paid time off, tuition benefits, and ECO Pass.
Experience and skills
Candidates must have a PhD in engineering, experience in aerial platform flight dynamics, control, system identification, avionics integration, and theoretical knowledge in multi-input multi-output control synthesis and optimization. Preferred skills include sensor modeling and H-infinity and H-2 control synthesis.
Work environment and culture
The university promotes a respectful and inclusive workplace valuing diversity and encourages applicants from all backgrounds, including protected veterans and individuals with disabilities.
Company information
University of Colorado Boulder is a major higher education institution with a strong focus on research in mechanical engineering and robotics through its Bio-Inspired Perception and Robotics Laboratory.
Team overview
The role is within the Bio-Inspired Perception and Robotics Laboratory in the Department of Mechanical Engineering and Robotics Graduate Program, focusing on biologically inspired robotics research.
Job location and travel
The job is located at University of Colorado Boulder with no specific mention of remote work or travel requirements.
Application process
Applicants must submit a cover letter, resume/CV, reference letters, and optionally transcripts via the CU Boulder Jobs portal by August 7, 2025; email applications are not accepted.
Unique job features
The position involves working on innovative aerial platform configurations and bio-inspired sensing technologies with opportunities to apply advanced control synthesis techniques.
Company overview
The University of Colorado Boulder (CU Boulder) is a prominent public research university known for its strong emphasis on innovation, research, and academic excellence. Established in 1876, CU Boulder offers a wide range of undergraduate and graduate programs across various disciplines, including engineering, business, arts, and sciences. The university generates revenue through tuition fees, government funding, research grants, and private donations. CU Boulder is also recognized for its significant contributions to space exploration and environmental sustainability, housing renowned institutions like the Laboratory for Atmospheric and Space Physics (LASP).
How to land this job
Tailor your resume to emphasize expertise in flight dynamics, control engineering, and system identification specific to novel aerial platforms and morphing configurations, aligning closely with the job’s core responsibilities at University of Colorado Boulder.
Highlight your theoretical and practical knowledge in multi-input multi-output control synthesis techniques, including H-infinity and H-2 control methods, and experience integrating avionics hardware and software for flight testing.
Apply through multiple channels including the University of Colorado Boulder’s official CU Boulder Jobs portal, LinkedIn, and other academic or engineering job boards to maximize your application’s visibility.
Connect with current engineers and researchers in the Bio-Inspired Perception and Robotics Laboratory or the Department of Mechanical Engineering on LinkedIn; start conversations by complimenting recent research publications or expressing genuine interest in their work on bio-inspired robotics and novel sensor integration.
Optimize your resume for ATS by incorporating keywords from the job description such as 'flight dynamics,' 'system identification,' 'multi-input multi-output control,' 'sensor modeling,' and 'aerial platforms' to ensure it passes automated screening effectively.
Leverage Jennie Johnson’s Power Apply feature to automate submitting tailored applications across multiple platforms and to identify and connect with relevant contacts at CU Boulder, saving you time and increasing your chances of landing the Bio-inspired Flight Control Engineer position.
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