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Assist in advancing programs at Archer, focusing on survivability technologies and supporting cross-functional collaborations in aerospace engineering.

The Senior Manager of Supplier Quality Engineering will oversee supplier industrialization and quality engineering with a focus on composite airframe structures and manufacturing processes, leading teams to resolve complex technical challenges and ensuring adherence to regulatory standards.

Design, analyze, and test EMI/EMC solutions for aircraft products. Perform circuit and FEM simulations for emissions, susceptibility, ESD, and lightning. Provide PCB layout, grounding, cable shielding, and enclosure recommendations. Collaborate with EMC test engineers and labs to achieve DO-160G/MIL-461G pre-compliance and certification.

Build and scale backend services, real-time streaming pipelines, and data layers for a real-time AI tracking platform. Design stateful stream-processing, low-latency data models across relational, time-series, and caching layers; expose scalable APIs; write tests, monitor production, and optimize performance and serialization for high-frequency telemetry.

Develop and scale responsive front-end applications and backend APIs, implement real-time data streaming for maps and dashboards, integrate AI models, participate across the full development lifecycle, monitor performance, troubleshoot production issues, and write well-tested, maintainable code across the stack.

The Staff Process Quality Engineer will lead APQP and QMS activities, ensuring manufacturing processes are robust and compliant. Responsibilities include PFMEA development, PPAP management, risk assessments, and cross-functional collaboration to enhance production quality and readiness.

Architect, deploy, and manage large-scale AI training and inference infrastructure. Build and scale containerized, multi-cloud GPU compute, optimize LLM serving, maintain MLOps tooling (MLflow), and collaborate with researchers and engineers to productionize models and debug hardware-software performance bottlenecks.

Design and develop high-voltage, high-power-density motor controllers and inverters for eVTOL. Own power-electronics hardware from specification through prototype, testing, EMC analysis, reliability validation, and manufacturing. Perform schematic, PCB layout reviews, gate-drive and sensing circuit design, prototype verification, test-data analysis, troubleshooting, and cross-disciplinary integration to bring designs into production.

Architect, build, and scale highly available backend systems, real-time data pipelines, and cloud infrastructure to deploy and operate production AI/ML applications. Own lifecycle from IaC provisioning to monitoring, capacity planning, incident response, and mentoring teams while collaborating with AI research and data science.

Lead propulsion systems engineering for eVTOL certification: author and maintain ARP4754A-compliant requirements, drive cross-functional issue resolution, manage flight test anomalies, support FAA certification, coordinate motor controller interfaces, and ensure verification and readiness through integration and qualification events.