Top Tech Jobs & Startup Jobs

Lead structural analysis and own the Global Finite Element Model (GFEM). Produce rapid hand calculations and lightweight FEMs, perform static/dynamic/stability and damage-tolerance analyses, support certification and testing, define instrumentation and correlate tests, lead failure investigations and corrective actions, mentor contributors, and support flight-test and field remediation to improve fleet reliability, mass, and cost-per-delivery metrics.

Own supplier industrialization and performance for PCBAs, cable assemblies, wire harnesses, and connectors for the Long Range Platform. Define and enforce qualification, inspection, control plans, and manufacturing/test processes. Lead supplier selection, audits, root-cause investigations (8D, PFMEA, SPC), and corrective actions. Partner with Design Engineering on DFM/DFT, manage multiple supplier projects, and perform onsite onboarding, qualification builds, failure investigations, and continuous improvement to achieve flight-ready, reliable production.

Lead design, delivery, and sustainment of production testers and calibration stations for aircraft, dock, pod, and subassemblies. Architect electrical/functional testers, implement test automation and data pipelines, define acceptance criteria, debug PCBA-level failures on the floor, and drive measurable improvements in yield, false-fail rate, cycle time, and tester utilization while coordinating cross-functional launches and vendor qualifications.

Own design, implementation, validation, and lifecycle of embedded middleware services for autonomous aircraft. Build and maintain IPC, OTA, logging, observability, and service-lifecycle interfaces on embedded Linux. Deliver production Rust/C++ code, lead cross-service architecture, debug across software/hardware boundaries, and establish safe, diagnosable engineering practices.

Own high-impact data science and operational decision problems across pricing, routing, fleet utilization, charging, experimentation, and network planning. Build machine learning, statistical, optimization, forecasting, and simulation models; design experiments and causal studies; partner with engineering to productionize decision systems; monitor model and KPI performance; and communicate recommendations that improve reliability, utilization, customer experience, and unit economics.

Support aerodynamic vehicle design and performance analysis for autonomous delivery drones. Work includes analytical and computational modeling, aerodynamic database generation, flight-behavior analysis, experiment planning, wind-tunnel and flight-test execution, and data analysis. Collaborate with controls, mechanical, production, software, and electrical engineering teams to resolve design challenges and advance current and future aircraft products.

Supports technical program management for autonomous drone hardware development. Responsibilities include managing risks, timelines, milestones, cross-functional engineering teams, prototype and test activities, infrastructure builds, hardware allocations, quality tracking, leadership reporting, and hardware changes. The role requires coordinating mechanical, electrical, embedded software, and design validation work in a fast-paced, in-person environment.

Supports Sales Operations by improving CRM data quality, pipeline and forecast reporting, account research, sales process documentation, dashboards, enablement materials, and workflow automation. The intern collaborates with Sales, Marketing, Finance, and other partners to coordinate initiatives and turn analysis into actionable recommendations.

Lead the electrical design and development of high-performance power electronics for drone charging and docking infrastructure. Own systems through requirements, schematic capture, PCB layout, prototyping, validation, production, certification, and deployment. Shape product architecture, conduct trade studies, resolve risks, and collaborate with reliability, mechanical, embedded, and systems engineering teams. Support supplier visits, manufacturing, field validation, and troubleshooting of deployed systems.

Lead the electrical design and development of high-reliability embedded systems for drone charging and docking infrastructure. Own requirements, architecture, schematic capture, PCB layout, validation, production, certification, and field deployment. Conduct trade studies, reduce technical risk, troubleshoot field issues, and collaborate with reliability, mechanical, embedded, systems, manufacturing, and supplier teams. Design includes mixed-signal and high-speed digital electronics, microprocessors, communications, power electronics, and motor drives.