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Perform structural analyses and fatigue life predictions for rotor, blade, and control system components using hand calculations and FEA. Author substantiation reports, support ground and flight testing, develop best practices, collaborate with aerodynamics and loads teams, mentor junior engineers, and ensure on-time delivery of technical data.

Design, build, and own full-stack web and mobile applications and backend infrastructure. Architect scalable APIs, databases, and orchestration services, integrate and productize ML/AI models, collaborate with design and data science, and drive the software lifecycle from prototype to production.

Design, build, and own web and mobile applications and backend infrastructure. Implement APIs, database schemas, and scalable microservices. Integrate and productize ML/DL models, leverage code-generation tools, and collaborate with design, data science, and aviation experts to deliver production-ready SaaS features.

As a Staff AI Research Engineer, you will develop AI solutions, implement machine learning algorithms, benchmark techniques, and transition prototypes to production.

The role involves designing and implementing physics-based sensor models for eVTOL aircraft, managing development lifecycles, testing, and collaboration with engineering teams to enhance simulation performance.

Lead the design and development of backend systems for Archer's aviation products, focusing on cloud infrastructure, APIs, and system performance.

Lead end-to-end product design for consumer mobile and web software, driving 0→1 explorations, prototyping directions, shipping and iterating with minimal direction, and raising design craft across the org.

Lead a multidisciplinary loads and dynamics team for eVTOL development, owning the technical roadmap and certification-compliant loads processes. Oversee static and fatigue loads databases, develop and validate analysis toolchains for loads, aeroelasticity, and rotordynamics, coordinate cross-functional integration, manage FAA certification interactions, ensure timely delivery of loads data, and mentor engineers to drive innovation in advanced eVTOL configurations.

Lead product quality for powertrain components through design validation and production. Develop APQP artifacts (PFMEA, control plans, SPC), electronic inspection plans and perform AS9102 first article inspections. Drive MRB dispositions, CAPA, root-cause analysis, KPIs, training, FAA conformity support, and continuous improvement in a regulated aerospace manufacturing environment.

Lead design and implementation of flight control algorithms for an all-electric VTOL. Build and improve vehicle/environment simulations, verify and validate GNC requirements via simulation and flight test, run trade studies, analyze flight data, author software requirements and test cases, and collaborate with Systems Engineering and Systems Safety to integrate and correct flight control system deficiencies.