{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:02.353Z","occupation":{"soc":"17-2131.00","title":"Materials Engineers","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers materials engineering practice from supervised laboratory and production work through enterprise-level program leadership, spanning failure analysis, quality assurance, alloy development, process design, and technical team development across manufacturing, R&D, and advanced engineering industries.","levels":{"emerging":{"label":"Emerging","statements":["Product failure data and laboratory test results — collect and organize under direct supervision to support root-cause investigations in an engineering laboratory setting.","Raw material samples — conduct standard quality tests following established protocols on a supervised production floor or lab bench.","Technical specifications — read and interpret with guidance to identify key material properties relevant to an assigned design objective.","Material deterioration indicators — recognize and document observations using structured checklists under the direction of a senior engineer.","CAD and analytical software tools — operate basic functions to support materials modeling tasks with direct oversight in an engineering office.","Engineering literature and test reports — summarize findings in written format to assist project documentation under supervisor review.","Thermal treatment procedures — follow prescribed protocols for modifying metal alloy samples in a supervised laboratory or production environment.","Fabrication and joining methods — identify appropriate techniques from reference materials when presented with standard material combinations by a supervising engineer.","Spreadsheet and database tools — enter, retrieve, and organize materials performance data to support team reporting in a manufacturing or R&D environment.","Technical team communications — actively listen and relay information accurately during project meetings and laboratory briefings under mentored guidance."]},"developing":{"label":"Developing","statements":["Failure analysis investigations — analyze product failure data and laboratory results with limited oversight to identify probable causes and propose corrective actions in a manufacturing or R&D setting.","Process control procedures — design and execute routine testing sequences, adjusting parameters based on observed results within established engineering frameworks.","Material performance monitoring — evaluate deterioration trends over time using analytical software and document findings for project records in an industrial environment.","Quality assurance activities — conduct and interpret tests on raw materials and finished products, applying accepted standards to render pass/fail determinations independently.","Technical and economic trade-off assessments — evaluate specifications against cost and processing constraints to support design decisions on moderately complex product development projects.","Metal alloy modification procedures — apply thermal and mechanical treatments to achieve targeted property outcomes, referencing process parameters established by senior engineers.","Fabrication and joining method selection — determine suitable techniques for standard material combinations by applying engineering judgment in a production or prototype development context.","Analytical and CAD software — use intermediate functions to model material behavior and visualize component designs in support of engineering analyses.","Engineering reports and technical summaries — write clear, well-structured documents communicating test results and recommendations to both technical and non-technical stakeholders.","Junior technical staff — provide day-to-day guidance on laboratory procedures and data collection methods within an assigned project team."]},"proficient":{"label":"Proficient","statements":["Complex product failure investigations — lead full root-cause analyses autonomously, integrating laboratory data, field observations, and scientific principles to develop verified solutions in high-stakes manufacturing environments.","Testing and process control programs — design comprehensive test protocols and direct their execution across multiple project phases, ensuring data integrity and regulatory compliance.","Long-term material performance — evaluate deterioration mechanisms across diverse service conditions, applying systems analysis to predict end-of-life and recommend mitigation strategies.","Quality control programs — supervise multi-stage testing of raw materials and finished products, resolving non-conformances and refining acceptance criteria based on statistical analysis.","Process and product design evaluations — assess technical specifications and economic factors independently to recommend optimal materials solutions for novel or non-routine product development objectives.","Advanced alloy modification processes — develop and validate thermal and mechanical treatment sequences to achieve precise property profiles for specialized engineering applications.","Materials selection and joining strategy — determine and document optimal fabrication and joining approaches for complex, multi-material assemblies in aerospace, automotive, or advanced manufacturing environments.","Technical staff development — guide engineers and technicians in selecting and developing materials for specific product applications, providing mentorship and technical review throughout the project lifecycle.","Cross-functional problem solving — apply inductive and deductive reasoning to resolve ambiguous materials challenges by synthesizing chemistry, physics, and engineering knowledge across full project scope.","ERP and CAM systems — integrate materials engineering data into enterprise resource planning and computer-aided manufacturing workflows to optimize production processes and reduce materials waste."]},"advanced":{"label":"Advanced","statements":["Organizational failure analysis strategy — establish frameworks and standards for systematic product failure investigation across business units, driving continuous improvement in materials reliability at enterprise scale.","Materials testing and quality governance — set organizational policies for testing, process control, and quality assurance, ensuring alignment with industry standards and regulatory requirements across all product lines.","Materials performance and lifecycle strategy — lead enterprise-wide programs to monitor, model, and manage material deterioration, informing long-range product design and asset management decisions.","Research and development direction — define strategic priorities for new materials development programs, allocating resources and guiding multidisciplinary teams toward breakthrough product and process innovations.","Technical and economic decision authority — evaluate high-stakes design objectives against technical feasibility, cost, and risk at the portfolio level, advising executive leadership on materials investment strategies.","Advanced processing technology roadmaps — lead the development and industrialization of novel alloy modification and thermal processing capabilities, positioning the organization at the forefront of materials engineering practice.","Cross-enterprise materials standards — establish and champion companywide standards for fabrication, joining, and materials selection, influencing industry consortia and standards bodies on best practices.","Engineering talent development — build and sustain a high-performing materials engineering function by designing career pathways, mentoring senior engineers, and cultivating organizational knowledge management systems.","Innovation culture and intellectual leadership — foster a culture of scientific curiosity and systematic experimentation, driving adoption of emerging analytical tools, computational methods, and novel materials across the organization.","Strategic stakeholder engagement — represent the organization's materials engineering capabilities to customers, regulatory agencies, and industry partners, translating complex technical knowledge into strategic business value."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}