{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:07.125Z","occupation":{"soc":"17-2141.02","title":"Automotive Engineers","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers automotive engineering practice from supervised entry-level design and testing support through executive-level technical leadership across vehicle system development, calibration, research, and quality governance in industry settings.","levels":{"emerging":{"label":"Emerging","statements":["Vehicle subsystem test procedures — execute under direct supervision using established protocols on an automotive engineering test bench.","Engineering drawings and technical specifications — read and interpret to support design review tasks in a structured team environment.","CAD software tools — apply to create or modify basic component models under guidance within an automotive design department.","Failure mode data — collect and document systematically to assist senior engineers conducting root cause analyses on vehicle components.","Vehicle control algorithms — assist in calibration activities by inputting parameters and recording outputs under direct technical oversight.","Technical status reports — draft preliminary sections summarizing test results for review by a supervising automotive engineer.","Mathematical and physics principles — apply to perform basic load, stress, or force calculations supporting vehicle system design tasks.","Quality control standards — follow established procedures to inspect components and flag nonconformances on an automotive production line.","Engineering and scientific software — operate with guidance to run simulations or process data sets within a supervised research environment.","Safety and diagnostic system specifications — review and summarize relevant requirements under supervision to support an ongoing vehicle engineering project."]},"developing":{"label":"Developing","statements":["System-level automotive tests — plan and conduct with limited oversight, interpreting results against defined acceptance criteria in a test facility.","Root cause and variation analyses — perform independently on recurring vehicle subsystem failures, applying structured problem-solving methodologies.","Aerodynamic, brake, or transmission system designs — analyze using CAD and simulation software to evaluate performance against engineering targets.","Vehicle control software calibration — execute and validate calibration sequences for powertrain or chassis systems in a dynamometer environment.","Technical project status reports — prepare and deliver to internal stakeholders, accurately conveying engineering progress and risk items.","Production quality control standards — contribute to the development and documentation of standards for a specific vehicle component or assembly process.","Junior engineering personnel — coordinate task assignments and provide technical guidance during routine design or testing activities.","Alternate fuel or hybrid powertrain concepts — evaluate technical feasibility by reviewing literature and applying established engineering analysis methods.","Systems analysis techniques — use to assess interactions among vehicle subsystems and identify performance trade-offs in familiar engineering contexts.","Project management software — use to track milestones, manage engineering deliverables, and communicate schedule status within a multi-disciplinary team."]},"proficient":{"label":"Proficient","statements":["Full-scope vehicle system testing programs — direct from planning through execution and reporting, resolving non-routine technical issues autonomously.","Complex failure and root cause analyses — lead across multiple subsystems using advanced statistical and analytical tools to determine corrective actions.","Novel automotive system designs — develop and optimize across domains including aerodynamics, ergonomics, safety, and diagnostics using integrated CAE methods.","Advanced vehicle calibration strategies — independently develop and refine control algorithms for hybrid or electrified powertrains in a vehicle integration environment.","Engineering research studies — conceive and conduct to develop new automotive concepts, producing findings suitable for internal publication or standards contribution.","Technical direction — provide autonomously to engineering teams and support personnel, resolving complex cross-functional technical conflicts in program execution.","Production and quality control standards — establish and validate at the system level, ensuring compliance with regulatory and customer requirements.","Comprehensive technical reports and presentations — author and deliver to senior management or external customers, clearly communicating complex engineering trade-offs.","Systems evaluation — perform on full vehicle architectures to assess whether design intent is met under real-world operating conditions and edge cases.","Cross-domain engineering trade-off decisions — execute with sound judgment, balancing safety, cost, performance, and manufacturability across a vehicle development program."]},"advanced":{"label":"Advanced","statements":["Automotive engineering technical strategy — define and champion at the organizational level, aligning R&D investments with long-term product and industry trends.","Engineering department capability development — lead by mentoring senior engineers, establishing competency frameworks, and building technical talent pipelines.","System-level vehicle architecture decisions — govern across programs, setting design and performance standards that shape multiple vehicle platforms simultaneously.","Cross-functional quality and production standards — establish organization-wide policies integrating engineering, manufacturing, and supplier quality systems.","Innovation culture — cultivate by directing research initiatives into emerging technologies such as electrification, autonomy, and alternative fuels at enterprise scale.","Executive and regulatory technical communications — represent the organization authoritatively before senior leadership, government bodies, and industry consortia.","Engineering risk governance — oversee systematic failure analysis and design robustness processes across all programs, ensuring organizational learning and accountability.","Strategic partnerships and technology roadmaps — develop with external research institutions, suppliers, and standards bodies to advance automotive engineering practice.","Multi-program engineering resource allocation — direct at the portfolio level, applying judgment to balance competing technical priorities and organizational constraints.","Principal technical guidance — provide as the highest internal authority on vehicle systems engineering, resolving escalated cross-disciplinary technical disputes and setting precedent."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}