{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:40:05.656Z","occupation":{"soc":"17-3027.00","title":"Mechanical Engineering Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":3,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers mechanical engineering technologist and technician practice in industrial, manufacturing, and engineering services environments where practitioners design, test, fabricate, and document mechanical systems under varying levels of supervision.","levels":{"emerging":{"label":"Emerging","statements":["Engineering sketches and basic drawings — read and interpret under direct supervision to identify key dimensions and tolerances on entry-level mechanical projects.","Hand tools and standard fasteners — use to assemble straightforward mechanical subassemblies following written step-by-step procedures in a shop environment.","Test equipment and gauges — operate under guidance to record baseline measurements of mechanical components during scheduled inspection routines.","Engineering specifications and parts lists — review with supervisor direction to verify that fabricated components match blueprint requirements on a production floor.","Basic drafting software or CAD tools — create simple detail sketches or part drawings to support drafting room completion requests under technician oversight.","Mathematical formulas for capacity and load — apply with direct guidance to perform entry-level calculations for proposed mechanical system sizing.","Test result data and observation logs — compile accurately using provided templates to support engineering personnel review after standard component tests.","Safety protocols and equipment handling procedures — follow consistently when setting up or breaking down mechanical test rigs in a supervised laboratory setting.","Office suite and spreadsheet software — use to organize and present collected mechanical data under supervision for inclusion in technical documentation packages.","Technical vocabulary and engineering terminology — apply accurately when listening to and relaying instructions between shop personnel and engineering staff."]},"developing":{"label":"Developing","statements":["Complex mechanical assemblies and subassemblies — disassemble and reassemble with reduced oversight, following engineering drawings and established procedures on industrial equipment.","Engineering drawings, GD&T annotations, and specification sheets — interpret independently to determine fabrication requirements and flag discrepancies to engineering staff.","Equipment capacity calculations — perform using standard engineering formulas and submit organized data packages to engineering personnel for design approval.","Project blueprints and test specifications — review routinely to define test objectives, identify technical constraints, and prepare test setups for mechanical performance evaluations.","Test machines and mechanical components — operate and monitor to measure performance, strength, and stress-response characteristics in a controlled test environment.","CAD software — draft detailed mechanical drawings and part sketches with dimensional accuracy to request fabrication from machine or sheet-metal shops.","Analytical or scientific software — use to process test data and compare results against rated design specifications, identifying deviations that require adjustment.","Technical documentation and engineering reports — write clearly and concisely to record test procedures, findings, and equipment modifications for project files.","Industrial control software and monitoring tools — apply during equipment run cycles to track operational parameters and flag out-of-specification readings.","Time management practices — apply to coordinate multiple concurrent test or fabrication tasks, meeting established project milestones with limited supervisory direction."]},"proficient":{"label":"Proficient","statements":["Complex mechanical systems across full assembly scope — independently assemble, troubleshoot, and disassemble including diagnosis of non-routine failures on industrial or prototype equipment.","Multi-sheet engineering drawing packages and revised specifications — interpret autonomously to resolve ambiguities, confirm design intent, and guide shop personnel on fabrication decisions.","System capacity and performance calculations — conduct end-to-end across proposed mechanical designs, validating assumptions and delivering approved data sets to engineering teams.","Non-standard test scenarios and redesign problems — analyze by reviewing all project instructions, blueprints, and objectives to develop modified test protocols that address technical anomalies.","Test result analysis — perform in depth by comparing empirical data against design specifications, applying engineering judgment to modify or adjust equipment until performance criteria are met.","CAD and CAM software — produce complete detail drawings and manufacture-ready models that meet drafting standards and are directly usable by fabrication shops.","Technical support role — provide to engineering colleagues and skilled trades staff on mechanical design, fabrication methods, testing techniques, and documentation best practices.","Systems analysis and evaluation techniques — apply to assess how mechanical subsystem changes propagate through overall equipment performance and production quality.","Database and query tools — leverage to retrieve, correlate, and audit historical test data, maintenance records, and materials specifications for continuous improvement analysis.","Quality control analysis — execute systematically on fabricated parts and tested assemblies, applying acceptance criteria and statistical reasoning to approve or reject output."]},"advanced":{"label":"Advanced","statements":["Mechanical engineering technician teams — lead and mentor across projects, setting performance standards and developing junior staff competency in design, testing, and fabrication practices.","Organizational engineering documentation standards — establish and maintain for drawings, test procedures, and technical reports, ensuring consistency across all project teams and disciplines.","Strategic capacity planning and equipment specification frameworks — develop for proposed mechanical systems, coordinating cross-functional review with engineering, procurement, and operations leadership.","Complex redesign and root-cause investigations — direct at organizational scale, integrating critical thinking, systems evaluation, and physics-based reasoning to resolve high-impact mechanical failures.","CAD/CAM and analytical software ecosystems — evaluate, select, and champion adoption of across the department, aligning tooling investments with evolving project and production requirements.","Technical knowledge transfer programs — design and deliver for new technologists and apprentices, incorporating hands-on lab work, drawing interpretation exercises, and test methodology training.","Cross-departmental technical collaboration — facilitate between mechanical engineering, manufacturing, quality, and project management functions to align design intent with production and test outcomes.","Quality management and systems evaluation processes — oversee at the department level, defining inspection criteria, audit schedules, and corrective-action frameworks for mechanical products and processes.","Innovation and continuous improvement initiatives — champion by applying intellectual curiosity and systems analysis to identify opportunities for design optimization, cost reduction, and reliability enhancement.","Organizational decision-making on mechanical engineering investments — inform by synthesizing technical data, test performance trends, and risk assessments into executive-level presentations and recommendations."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}