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Interns will design, develop, test, and document software for connected vehicle systems. Work may include backend services, distributed event-driven systems, connectivity infrastructure, cloud-native AWS services, systems integration, test automation, and vehicle telemetry or remote-command processing. Interns will participate in code reviews, design discussions, debugging, validation, and progress presentations while working full time from January through August 2027.

Design, develop, maintain, and document Hardware-in-the-Loop test systems for embedded vehicle controllers. Validate control behavior against specifications, collaborate with subsystem and firmware engineers, simulate vehicle architectures, analyze hardware failures, identify root causes, and improve HIL infrastructure and test coverage. The role also evaluates HIL hardware APIs, works with communication protocols and vehicle bus tools, and supports requirements development and corrective actions.

Software engineering interns will design, develop, test, and debug customer-facing infotainment, mobile, connectivity, and telematics software for software-defined vehicles. Projects may involve Android Automotive applications, platform software, wireless and cloud integrations, 3D graphics, automation, and integration testing. Interns will collaborate with product and design teams, resolve development issues, and present progress. Candidates must be enrolled in a bachelor's or master's program and proficient in Kotlin, Java, C++, or Python.

Develop Python automation frameworks for infotainment hardware test benches, manage CI/CD pipelines, maintain Linux test environments, and assemble physical test rigs. Troubleshoot failures across software, network, and hardware layers, monitor system and pipeline performance, integrate new hardware, and document configurations and procedures. The role collaborates with test, firmware, software, and DevOps teams in a hybrid Palo Alto environment.

Lead RF systems design, simulation, validation, automation, and global certification for automotive wireless ECUs. Own architectures, link budgets, PCB and enclosure integration, cellular and wireless protocol requirements, FCC/RED/carrier homologation, test infrastructure, root-cause investigations, and launch readiness. Mentor engineers and influence cross-functional technical decisions across hardware, software, systems, suppliers, regulators, and test laboratories.

Maintains multi-repository vehicle interface software architecture, CI/CD pipelines, and deterministic builds using Bazel and GitLab CI. Debugs embedded systems and ECU interfaces, analyzes automotive network signals, latency, and bandwidth, and develops Python-based tools. Coordinates signal and network definition changes, manages version traceability, supports vehicle-level integration and testing, and collaborates across architecture, software, validation, and program teams to resolve integration issues.

Lead and grow a multi-site OTA vehicle engineering organization; own the architecture and technical direction of vehicle and infrastructure update systems; align capabilities across hardware, software, manufacturing, service, and business operations; establish development processes, test automation, and KPIs; deliver OTA initiatives to customer vehicles; and resolve technical, operational, and organizational debt.

Lead end-to-end technical programs integrating hardware and software across Rivian and Volkswagen Group Technologies. Create schedules, priorities, and execution plans; coordinate engineering, product, and partner teams; manage dependencies, risks, stakeholder expectations, escalations, and technical feasibility; provide executive updates; remove obstacles; and drive continuous process improvements throughout the development lifecycle.

Own and modernize PKI and certificate lifecycle systems for automotive products and EV charging. Design authentication and authorization using X.509, mTLS, OAuth2, and OIDC; build shared infrastructure with Kubernetes, service mesh, and workload identity; support secure boot and key management; operate production services through GitOps and observability; document systems and mentor engineers.

Develop and optimize display and touch/input subsystems for Android-based automotive infotainment platforms. Responsibilities include display drivers, graphics compositors, touch and physical-button middleware, performance tuning, hardware bring-up, system debugging, power and backlight features, multi-display synchronization, and collaboration with hardware, UX, and systems teams. The role requires embedded C/C++ development across Linux, QNX, and Android Automotive, plus hardware interface and profiling expertise.