Top Tech Jobs & Startup Jobs

Own end-to-end financial management of commercial and government contracts: set up and maintain projects in NetSuite, track and reconcile project costs, prepare monthly variance analyses and project financial reports, support T&M billing, allocate direct/indirect costs per FAR/CAS, maintain indirect rates, validate labor distributions, and support government contract compliance and audits.

Lead and deliver complex automotive engineering projects by defining milestones, managing timelines, budgets, and cross-functional teams. Act as single technical point of contact for customers, drive integration and validation, coordinate releases for software and hardware, surface customer pain points, and ensure successful completion of ADAS and vehicle platform deliverables.

Design, implement, and tune locomotion, whole-body control, and manipulation software for bi-dexterous robots. Integrate subsystems across actuators, sensors, and motor controllers, develop real-time C++ control, validate in simulation, debug hardware failures, and contribute to fleet tooling and CI/CD pipelines.

Design, implement, and evaluate perception algorithms and 4D world representations for autonomous vehicles. Train and deploy ML and computer vision models from data collection to production, test on real vehicles, and collaborate with data, behavior, and research teams to deliver production-ready autonomy software.

Lead company-wide release processes, track customer requests and QA issues, plan requirements and deliverables, collaborate with engineering and product teams, engage OEM autonomy customers, and automate engineering processes through scripting to improve productivity.

Design and build vehicle simulation applications, support automotive customers, collect product feedback, document and test software, evaluate vehicle dynamics and ADAS at the system level, and help develop and deliver customer training.

Lead a team building production perception pipelines (EO/IR, Radar, and other modalities) and a Perception Autonomy service. Integrate pre-trained models, ensure robust hardware deployment with verification/validation, coordinate with partner teams, mentor engineers, and manage technical roadmaps and project priorities for defense-focused real-world systems.

Integrate state-of-the-art machine learning (especially generative) into production-grade sensor simulation for LiDAR, Radar, and Camera. Collaborate with research, rendering, and physics teams to develop, evaluate, and deploy models and tooling that produce production value and customer impact.

Drive end-to-end systems engineering for automotive ADAS/parking: define/manage requirements, generate safety concepts, implement V&V strategy, map regulations into requirements and tests, track KPIs across simulation and real-world data, and work directly with customers.

Lead the creation and operation of a Defense HIL lab in Ann Arbor: hire and develop HIL engineers, define technical strategy, integrate HIL across aerial and maritime programs, and collaborate with systems, hardware, software, and field teams to deliver high-fidelity test solutions supporting defense autonomy.