Sr. Flight Software Engineer (Verification)
Reliable RoboticsFull Time
Senior (5 to 8 years)
Candidates must possess a Bachelor's or Master's degree in engineering or a related discipline, with at least eight years of experience in aircraft Type Certification programs from concept to certificate issuance. A strong working knowledge of at least one of the following 14 CFR Parts is required: 23, 25, 27, or 29. Experience with conceptualizing, authoring, and executing organizational-level processes and work instructions, as well as facilitating communication between applicants and the FAA on novel technologies, is essential. Technical experience in designing, prototyping, testing, and certifying Propulsion, Electrical & Power Distribution, and High Voltage Systems is also necessary. Preferred qualifications include experience with Polarian or equivalent requirements management tools, 14 CFR Part 23 (Amendment 64), 14 CFR Parts 33 and 35, operating in a structured Project Management environment, Configuration Management principles, understanding the Type Certificate conformity process, participation in industry standard organizations like ASTM, SAE, or RTCA, and experience in an ISO9001 or AS9100 certified environment.
The Staff Certification Engineer will coordinate technical meetings with the FAA Policy and Certification Branch Office and lead compliance documentation review prior to FAA submittal. They will lead certification design review and assign applicable regulations to propulsion and battery systems, while also providing technical support for certification design review for other aircraft systems. The role involves supporting the development of supplier oversight and evaluation processes and procedures, and assisting the configuration management and enterprise systems team in developing tools and processes for regulatory compliance. Additionally, they will coordinate the development of means and methods of compliance for propulsion and battery systems and manage and advance work instructions that define certification data maintenance within a requirements management tool.
Develops autonomous electric air taxis
Wisk Aero develops autonomous electric vertical takeoff and landing (eVTOL) aircraft aimed at transforming urban transportation by introducing air taxis. Their eVTOL aircraft, such as Wisk and Cora, are designed to be safe, sustainable, and accessible, meeting high aviation safety standards. Wisk Aero differentiates itself from competitors by focusing on both the manufacturing of these aircraft and providing air taxi services directly to consumers, as well as partnering with cities and businesses to enhance urban mobility solutions. The company's goal is to address inefficiencies in current transit systems, making air travel a practical option for everyday transportation.