Top Tech Jobs & Startup Jobs

Owns end-to-end systems engineering for vehicle motion-control features including traction control, all-wheel drive, and torque vectoring. Responsibilities span architecture, requirements, functional allocation, automotive network interfaces, functional safety, DVP&R, automated HIL testing, regression triage, root-cause analysis, release commitments, and global vehicle validation. The role interfaces with partner engineering teams and cross-functional vehicle development groups while supporting proving-ground and winter testing.

Lead architecture, requirements decomposition, implementation, integration, and validation of low-voltage energy management systems for electric vehicles. Collaborate across software, hardware, data, attributes, and user experience teams; conduct trade studies, testing, issue resolution, and system delivery coordination. Develop DVP&R plans and support SIL, HIL, component, and vehicle-level validation.

Leads the architecture, development, calibration, validation, and integration of automotive body-control systems, particularly lighting features. Develops requirements, simulations, test cases, and SIL/HIL validation strategies; troubleshoots physical, electrical, and software issues. Oversees projects, prioritizes issues, manages resources, collaborates cross-functionally, and mentors junior engineers while promoting robust software development practices.

Supports infotainment platform enablement through embedded software development, ECU hardware bring-up, manufacturing validation, workload emulation, diagnostics telemetry analysis, and hardware-software integration debugging. The intern will develop C/C++ and Python utilities, validate automotive compute platforms, analyze system behavior and performance, and collaborate with cross-functional teams. The role runs from January 11 through August 13, 2027 and requires on-site work in Champaign, Illinois.

Leads ECU sustaining engineering and technical program management across zonal, battery, infotainment, connectivity, and vehicle access systems. Builds the sustaining organization, establishes plant and field triage processes, manages RMAs, failure analysis, engineering changes, supplier escalations, component obsolescence, supply continuity, and cost-down initiatives. Oversees outsourced engineering partners and contract manufacturers, including statements of work, capacity, quality, spend, and deliverables. Partners across engineering, quality, manufacturing, supply chain, and vehicle programs while driving KPIs and continuous improvement.

Develop and optimize computer vision and AI features for embedded automotive systems. Responsibilities include architecting low-latency pipelines, optimizing workloads across CPU, GPU, NPU, and DSP hardware, integrating deep learning inference, prototyping perception algorithms, and collaborating with product, research, and engineering teams.

Lead design reviews, validation planning, and bench characterization for infotainment and connectivity ECUs. Test power integrity, high-speed interfaces, RF performance, thermal behavior, protection, fault recovery, and firmware interactions. Develop Python automation, analyze large datasets with AI tools, create DFT reports, investigate failures, and drive cross-functional issues to closure. The role requires extensive laboratory instrumentation experience, electrical and RF fundamentals, and collaboration with design, firmware, reliability, and manufacturing teams.

Design, build, operate, and secure identity and authorization services supporting vehicle, cloud, and enterprise systems. Own SpiceDB authorization models, APIs, SDKs, workload identity, OAuth2/OIDC, mTLS, key distribution, and cloud-native deployments on Go, Kubernetes, and AWS. Partner cross-functionally on platform adoption, incident response, vulnerability mitigation, regulatory compliance, and security architecture. Mentor engineers and lead platform capabilities from requirements through production operationalization.

Develop and maintain embedded software for telematics and software-defined vehicle systems using modern C++ and/or Rust. Responsibilities include operating system programming, performance optimization, networking and middleware integration, embedded databases, communication protocols, security standards, and comprehensive unit testing. The role requires collaboration on Linux-based systems and may involve automotive protocols such as CAN, Ethernet, and UDS.

Lead complex technical programs integrating hardware and software for vehicle control subsystems across EV platforms. Coordinate engineering, software, validation, testing, suppliers, and stakeholders; manage integration plans, dependencies, risks, resources, and milestones. Apply systems engineering principles, coordinate verification and validation strategies, drive hardware/software bring-up, and communicate progress to leadership. Improve program management, integration, and testing processes.