Avionics Systems Engineer

Integration Innovation•Huntsville, AL

59d

About The Position

i3 is seeking an Avionics Systems Engineer to support a rapidly evolving, low-cost, novel system. You will be responsible for designing, developing, testing and integrating advanced avionics solutions for sUAS platforms. The position involves collaborating with a small, diverse team of engineering professionals to ensure project goals and timelines are achieved. This position is in Huntsville, Alabama, and the candidate can expect up to 10% travel. This position is contingent upon contract award, with an estimated timeframe of December 2025.

Requirements

Bachelor’s Degree in an applicable engineering area (mechanical, aerospace, manufacturing, and engineering technology, etc.) Additional experience may substitute for degree.
2-7 years of experience in mechanical design, robotics, or a related field with a portfolio of hands-on projects.
Fundamental understanding of drone components (flight controllers, ESCs, motors, communication links) and basic aerodynamic principles.
Familiarity with CAD and simulation software (SolidWorks, CATIA, NX, ANSYS, MATLAB, etc.).
Understanding of aerodynamics, propulsion, structures, and materials.
Knowledge of industry standards (AS9100, FAA Part 23/25, MIL-STD).
Ability to obtain and maintain a DoD security clearance.
Ability to travel to suppliers as required.
U. S. Citizenship is required.
Excellent communication, teamwork, and client service skills; ability to clearly communicate in discussions and written documents, and to deliver feedback clearly and tactfully.
Be extremely organized and exceptionally detail oriented.
Work well both independently and in a team environment.
Be energized by a fast-paced work environment.
Must be able to communicate with others effectively.
Manage time wisely and prioritize tasks.
Work well under pressure.

Nice To Haves

Experience with programming or data analysis (Python, MATLAB, C++).
Hands-on experience with composites, propulsion systems, or avionics integration.

Responsibilities

Develop air and missile system dynamics, guidance, navigation, and flight controls models.
System engineering and integration support for multiple Avionics products including Flight Management Systems (FMS), Autopilot, Displays, Datalink, etc.
Reverse engineer flight parameters for existing systems and research new algorithms for air and missile systems
Analyze real world data and compare against simulated data for model verification.
Aircraft Level Avionics systems design, integration and test
Systems validation and test of new Avionics functionality using dynamic aircraft simulation and test facilities (Integrated Test Benches)
Generate design drawings and system schematics as well as conduct analysis to support and substantiate design approaches.
Support structural, thermal, and aerodynamic testing activities.
Support the rapid iteration cycle: flight test, identify points of failure or areas for improvement, and implement design changes for the next build.
Collaborate with the broader engineering team to ensure mechanical designs meet the requirements of our autonomy and mission systems.
Identify and troubleshoot mechanical, optical laser, electrical, and build issues.
Work alongside an interdisciplinary team of mechanical, electrical, and software engineers to analyze in-situ data as well as post-print material characteristics and rapidly iterate on improving the printing technology.
Support engineering efforts in preparation for Critical Design Reviews (CDRs).