Top Engineering Jobs

Leads enterprise software architecture design, technical roadmaps, and hands-on development across multiple teams. Drives architectural standards, data architecture, continuous improvement, and strategic technical decisions. Facilitates complex problem-solving, promotes engineering best practices, and applies SAFe, PI Planning, and Agile Release Train practices to deliver scalable software solutions.

Develops and optimizes electrode slurry mixing processes for advanced battery cells in a pilot-scale environment. Responsibilities include creating mixing recipes, executing batches, characterizing slurry properties, troubleshooting process deviations, conducting root cause analysis, documenting procedures, and supporting scale-up, process control, quality, yield, and manufacturing improvements. The role collaborates with engineering, quality, operations, maintenance, and manufacturing teams.

Design, develop, and maintain software systems for autonomous driving evaluation workflows. Collaborate across teams, improve infrastructure, and mentor engineers.

Designs, develops, and implements controls software and diagnostic algorithms for current and next-generation vehicles. Translates functional requirements into software strategies, codes primarily in C, occasionally uses MATLAB Simulink models, and develops unit and multicomponent tests. Verifies and validates system behavior using virtual systems, benches, and vehicles while collaborating with multidisciplinary engineering teams.

Lead camera ISP tuning and image quality evaluation for autonomous vehicle cameras. Collaborate with cross-functional teams and vendors to define specs, characterize sensors, develop ISP configurations, run objective/subjective IQ tests (Imatest), and optimize ISP for perception performance in production vehicles.

Develop and integrate co-simulation virtual test environments and virtual controller models for embedded automotive systems. Implement and test virtual controller components (HWIO, RTOS, communication models), integrate plant and ECU models, support users, document releases, and improve tools and CI/CD workflows using Python and cloud technologies.

Develop and scale high-fidelity hardware-in-the-loop validation platforms for autonomous vehicle software. Build reliable, observable, and scalable platform and integration services; support requirements generation, continuous integration, automated testing, issue tracking, code reviews, software optimization, and hardware-aware engineering. Collaborate with AV software, AI, middleware, operating system, sensor, and vehicle integration teams to deliver complex projects incrementally.

Lead and support advanced spark ignition engine technology development for conventional and hybrid propulsion systems. Assess combustion, valvetrain, fuel, boost, EGR, aftertreatment, controls, algorithms, and OBD technologies through analysis and experimental testing. Develop test plans, procure and verify components, analyze results, guide cross-functional engineers, collaborate with suppliers, and support emissions, efficiency, and performance objectives.

Design and develop high-voltage lithium-ion battery systems for electric vehicles. Define pack and cell requirements, develop architectures, select components, perform thermal and electrical analyses, and validate designs using virtual tools. Conduct technical trade-off studies, support product development from concept through production, collaborate across vehicle and propulsion teams, benchmark emerging technologies, and contribute to intellectual property efforts.

Leads seat product development and core engineering integration for vehicle programs. Designs, analyzes, packages, validates, and improves seat subsystems while managing CAD, DFMEA, supplier collaboration, cost, timing, quality, and customer requirements. Coordinates cross-functional product development teams, applies DFSS and benchmarking, supports virtual and physical validation, reduces component variants, and develops reusable seating strategies.