Top Engineering Jobs

Lead design and implementation of safety-critical firmware for HV embedded systems (BMS, charging, motor controls). Develop bare-metal and RTOS software, multicore timing-critical architectures, low-power modes, ISO26262-compliant designs, and test frameworks (SIL/HIL). Perform hardware bring-up, debugging, profiling, and CI/CD integration across cross-functional teams to ensure release-ready embedded software.

Define and manage ADAS Perception system requirements, translate feature needs into testable specifications, partner with vendors and hardware teams, set performance metrics and KPIs, lead verification and failure mode analyses (DFMEA), perform root cause analysis, and propose architecture improvements to increase robustness and decrease sensitivity.

Design, build, and maintain scalable, secure cloud-native microservices and REST APIs (Java/Spring). Implement CI/CD, IaC, monitoring, and DevOps on GCP. Mentor engineers, collaborate with product and design, and participate in Agile ceremonies to deliver OTA and connected-vehicle software.

Lead and maintain chassis and hub-coupled dynamometer lab readiness, run EV energy consumption, range, WLTP and certification tests, manage ISO17025 accreditation, author SOPs, improve lab systems and instrumentation, analyze dyno/CAN/energy data, mentor staff, and coordinate cross-functional testing for EV development and certification.

Design, develop, optimize, and debug embedded C software on ARM platforms, own component architecture, improve system robustness and quality metrics, mentor engineers, and coordinate requirements across stakeholders while using AI/automation to boost development efficiency.

Lead vehicle systems integration by collaborating across engineering, design, and manufacturing to develop, prototype, and validate integrated mechanical and electromechanical solutions. Drive cross-functional architecture trades, resolve geometric incompatibilities using 3D tools and first principles, and improve cost, mass, manufacturability, serviceability, and user experience.

Design, develop, validate and release vehicle frame and underbody structural components. Lead robust design activities (DFMEA/PFMEA, control plans), resolve durability and assembly issues, ensure component meets crash, packaging, and thermal requirements, mentor peers, and drive cost and warranty reductions through benchmarking and material cost initiatives.

Design and implement algorithms and cloud-native tools to analyze vehicle data streams for fault identification, prediction, and root-cause analysis. Define data acquisition requirements, analyze CAN logs, query and process large cloud datasets (AWS/Google Cloud/Azure Data Explorer) using Python, and support testing, validation, and continuous improvement of vehicle electrical and software systems.

Design, build, and maintain scalable data pipelines and microservices on GCP. Integrate front-end and back-end components, lead data ingestion and governance, optimize performance, and automate platform processes to improve reliability and operational efficiency while collaborating with cross-functional teams.

Execute and troubleshoot lab and test equipment, collect/process/analyze test data, support test setups and modifications, maintain calibration and safety compliance, and communicate results to engineers and customers.