Top Tech Jobs & Startup Jobs

Leads software strategy, complex feature development, system design, integration, verification testing, and engineering best practices. Specializes in cellular communication software and systems, including network stacks, TCP/IP protocols, cellular baseband, embedded operating systems, application-level control systems, and Linux/iOS environments. Provides technical leadership to development and integration teams and evaluates emerging technologies and competitive products.

Leads a team conducting qualitative, quantitative, and mixed-method customer research for vehicle software, digital experiences, and emerging technologies. Partners with product and program teams to translate customer insights into product requirements, experience design, feature prioritization, usability improvements, and launch decisions. Oversees research portfolios, suppliers, budgets, schedules, fieldwork, analysis, reporting, and stakeholder communication while coaching researchers and analysts.

Leads Siemens Capital and electrical-engineering toolchain integrations, developing plugins, APIs, services, automation workflows, and AI agents for PSDS engineering. Automates design validation, connectivity checks, drawing generation, bills of material, reporting, and release processes. Maintains traceability across electrical architecture, PLM, manufacturing, and requirements systems while applying software-engineering practices. Partners with engineering, software, manufacturing, suppliers, and vendors to deliver scalable, validated solutions.

Develops and integrates software-in-the-loop virtualization environments for embedded automotive controllers. Responsibilities include modeling hybrid vehicle systems, integrating virtual ECUs, plant models, sensors, actuators, and communication links, and maintaining HWIO, RTOS, and controller components. The role also involves debugging subsystem models, supporting released simulations, documenting releases, and using embedded software, automated build, simulation, and automotive communication technologies.

Lead the architecture and long-term roadmap for GM’s vehicle Core OS platform, including hypervisors, virtualization, safety partitioning, boot and secure boot, container runtimes, and workload orchestration. Define multi-OS platform interfaces across Linux, Android, and QNX; drive performance, reliability, and safety strategies; guide technology selection and supplier relationships; mentor senior engineers; and lead complex cross-functional investigations and architecture decisions.

Develop and release tire, wheel, trim, and chassis components from concept through production. Lead cross-functional teams, suppliers, design reviews, validation, issue resolution, engineering changes, and launch readiness while balancing cost, mass, performance, quality, and timing requirements.

Leads the development, integration, maintenance, and rollout of battery Hardware-in-the-Loop simulation models and test benches. Supports BECM, cell balancing, contactor logic, diagnostics, thermal systems, high-voltage behavior, and software-defined vehicle architecture changes. Coordinates model updates, hardware upgrades, and test environment deployments while ensuring timing, feature development support, and early defect detection. Requires expertise in real-time simulation, HIL tools, electrical and fault scenario testing, and simulated sensor and actuator integration.

Lead development, validation, deployment, and maintenance of a vehicle-agnostic software tool chain. Design and test serial (CAN) and SOMEIP Ethernet communications, create simulated test environments, mentor junior engineers, collaborate with Tier 1 suppliers, and produce technical documentation and validation strategies.

Lead the architecture and development of GM’s vehicle Core OS virtualization platform. Build hypervisor capabilities, guest OS enablement, secure boot, container runtime, resource governance, health monitoring, and fault recovery across embedded Linux, Android, and QNX. Optimize and debug system performance across hardware and software boundaries, establish CI/CD and HIL validation, and mentor engineers while collaborating with safety, cybersecurity, BSP, and silicon teams.

Represent Manufacturing in product design and program interactions, ensuring manufacturability, ergonomic feasibility, assembly-process compliance, and alignment with vehicle manufacturing requirements. Conduct virtual reality reviews, simulations, process builds, and ergonomic assessments. Manage deviations, communicate risks and design changes, support program launches, and apply lessons learned and continuous-improvement practices across vehicle development and assembly manufacturing programs.