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Design high-voltage motor controllers and power electronics for an all-electric eVTOL aircraft, from schematics to production, using MOSFETs, SiC/GaN devices, and EMC testing.
Lead a team to design and launch high-volume automated manufacturing lines for electric motors and propulsion systems in Archer’s eVTOL aircraft program.
Design and maintain high-throughput data pipelines and lakehouse infrastructure to power large-scale AI model training and inference for aviation software.
Senior software engineer building simulation environments and tooling for Archer's integrated test labs (HIL rigs, SW benches) used to validate its all-electric VTOL aircraft and support FAA certification. Daily work spans C/C++ and Python development, MATLAB/Simulink real-time simulation, bus protocols (CAN, ARINC-429, RS-422/485), and CI/CD pipelines.
Senior Embedded Software Engineer developing and verifying safety-critical software for an aircraft Charge Control Unit using C/C++, RTOS, and high-voltage hardware interfaces, with DO-178C certification compliance at an eVTOL aerospace company.
Designs and optimizes distributed data services and ETL pipelines for flight-test telemetry, leveraging Kubernetes and AWS to process high-volume timeseries data for an all-electric VTOL aircraft.
Leads embedded software architecture, development, and certification for Archer’s 800V+ electric aircraft CCU, focusing on safety-critical systems, fault detection, and FAA compliance (DO-178C/DO-326A).
At Archer, an eVTOL aircraft maker, this engineer owns aircraft-level structural layout and subsystem integration: zonal management of the digital mock-up, interface requirements, configuration management, and trade studies, collaborating across engineering and manufacturing. Core tools include CAD (NX), GD&T, tolerance analysis, and BOM/change control.
Lead the design and development of an all-electric aircraft’s airframe, from concept to flight test, balancing weight, cost, and manufacturability while mentoring engineers.
Archer is hiring a Powertrain Architect in San Jose to evaluate, trade, and size hybrid-electric propulsion architectures for its next-generation eVTOL aircraft — covering turboshaft integration, motor/generator electromagnetic sizing, thermal management, and battery modeling — feeding models into Archer's vehicle-level design optimization stack.
Structures Architect at Archer (San Jose, on-site) develops the conceptual airframe architecture for its next-generation all-electric eVTOL aircraft — laying out and sizing major structures, trading layouts and materials, assessing packaging, and predicting weight and aeroelastic behavior using Python-based and beam-aeroelastic analysis tools.
Vehicle Architect at Archer, an aerospace company building all-electric eVTOL aircraft, will own conceptual sizing and configuration of a next-generation aircraft — building Python-based MDO/optimization models, integrating structures, powertrain, and aerodynamics inputs, and leading trade studies with customers. On-site in San Jose.
Design and release engineer at Ford (Livonia, MI) who leads the design, development, and release of driveshafts — managing CAD/BOM structures in Ford's PLM ecosystem, running CAD feasibility analyses (draft angle, undercut, clearance), and collaborating cross-functionally on testing, validation, and quality targets. Requires a mechanical engineering background plus CAD and automotive driveshaft ex
Senior FPGA engineer at Reliable Robotics owning the firmware at the heart of its phased array Air-to-Air Radar — driving the full FPGA design lifecycle (architecture, VHDL implementation, synthesis, hardware integration, testing) and translating MATLAB algorithms into fixed-point DSP logic, based on-site in Seattle.
Senior FPGA verification engineer who owns the integration and test environment (test benches, simulation, CI, timing analysis, builds) for Reliable Robotics' phased array radar and other airborne products, building DO-254 compliant verification processes for safety-critical aviation hardware.
Senior Data Analyst at inDrive (Almaty) who owns the Forecasting product: running and improving daily/monthly forecasts of supply, demand and financial metrics in Python and BigQuery, supporting planning cycles with scenario analysis, and explaining variances to business stakeholders in plain business terms.
A hands-on IT Specialist joining a UK automotive industry client in Chelmsford, covering a broad mix of IT support, infrastructure, networking, systems, security and technology projects — keeping systems secure, reliable and efficient while supporting users day to day.
Analyzes air traffic management systems, builds performance dashboards, and improves simulation models for the National Airspace System using Tableau, Power BI, and data from ADS-B/ASD-X.
Senior analyst builds performance dashboards and evaluates air-traffic simulation models for the U.S. National Airspace System using Tableau/Power BI and surface surveillance data like ADS-B.
Designs, analyzes, tests, and troubleshoots avionics electronics — compute, actuation, sensing, and power hardware — from circuit-board level through integrated airborne systems for Reliable Robotics' aviation automation platform. Daily work centers on ECAD design (Altium), analog/digital/mixed-signal circuits, and benchtop, environmental, and on-aircraft testing in a safety-critical environment.
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