Top Tech Jobs & Startup Jobs

The Automation Controls Engineer will design manufacturing automation systems, program PLCs and HMIs, and collaborate on innovative manufacturing processes.

The Senior Staff Backend Engineer will develop core backend services primarily in Go, design scalable systems, optimize PostgreSQL performance, and build APIs and SDKs for application development.

The role involves leading the architecture development for autonomy and control systems, developing software integration, and creating validation infrastructure for autonomous flight systems.

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.

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.

Design and evaluate machine learning algorithms focused on autonomy and perception, prototype solutions, conduct experiments, and transition prototypes into production.

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

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

Define, validate, and verify aircraft-level requirements and manage architecture/interfaces for Archer's eVTOL. Coordinate requirement flow-down with systems and specialty teams, support integration testing, flight test, validation/verification, and certification documentation. Use requirements tools and test data to demonstrate compliance with FAA and other regulatory standards.

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.