Top Tech Jobs & Startup Jobs

Build scalable telematics backend systems and data pipelines to ingest, process, and analyze high-volume real-time telemetry from millions of devices. Design microservices, cloud storage, D2D communication, and integrate analytics/ML for predictive maintenance and fleet insights. Collaborate cross-functionally to deliver production-grade, high-availability telematics solutions.

Optimize application-layer software for embedded autonomy platforms by profiling and tuning runtime performance, resolving resource contention, ensuring efficient concurrent execution, and deploying production code on QNX/Linux/RTOS targets while collaborating with ML runtime teams.

Lead development and deployment of high-performance motion planning modules for autonomous vehicles. Mentor engineers, set technical direction, integrate perception, prediction, and lightweight maps, optimize performance, establish testing/validation for production hardware, and manage customer engineering relationships to align deliverables with autonomy goals.

Lead end-to-end industrial design for hardware used with autonomy software: sketching, CAD, prototyping, CMF strategy, human factors, and cross-functional collaboration to ship features in five-week cycles.

Design and support robotic and data-collection hardware, build large-scale robotic simulation environments for RL training, process human motion data, collaborate on research publications, and integrate algorithms with ADAS, data, and simulation engineering teams.

Design and validate automotive-grade compute hardware from concept to production: create schematics, guide PCB layout, collaborate with firmware/software teams, execute test plans, and engage vendors to ensure performance, reliability, and manufacturability of vehicle compute platforms.

Architect and develop reliable embedded software for vehicle platforms. Integrate vendor components and low-level peripherals, implement RTOS and Android/AOSP services, perform deep hardware and Android debugging, bring up and productionize custom device software, and collaborate cross-functionally to maintain product releases.

Own perception outcomes for autonomous mining vehicles: select sensors, design data collection and labeling strategies, adapt and integrate models to new domains, define KPIs, triage field model and system issues (timestamps, calibration, data quality), and collaborate with core autonomy, customer engineering, and BD to deploy and scale offroad autonomy products.

Lead technical customer engagements and own account strategy for enterprise clients. Manage executive relationships, gather technical requirements, coordinate engineering prioritization, support integrations and troubleshooting, and identify product opportunities to advance customers' autonomy initiatives.

Conduct research on 3D vision and generation topics (e.g., world-action foundation models, multi-modal pretraining, Gaussian splatting) for autonomous driving and robotics. Collaborate with research scientists and engineers to develop methods, write high-quality publications, and contribute to deploying models into real autonomous systems using company infrastructure and fleet data.