{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:37.880Z","occupation":{"soc":"51-4052.00","title":"Pourers and Casters, Metal","group":"Production","sector":"31-33","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers metal pouring and casting operations in industrial foundry and production environments, from entry-level furnace monitoring and mold preparation through advanced process leadership and workforce development.","levels":{"emerging":{"label":"Emerging","statements":["Molten metal flow — pour into molds under direct supervisor guidance on a foundry production floor.","Temperature gauges — read and report readings to a senior caster during furnace monitoring tasks.","Mold surfaces — inspect for visible debris or damage under close supervision before each casting cycle.","Metal and flux quantities — load specified amounts into furnaces or crucibles following written work instructions.","Pouring ladles and crucibles — position under direct direction to prepare for a casting operation.","Solidified slag — identify locations on pouring nozzles and assist in removal using hand-held bars with oversight.","Slag and excess metal — skim from equipment surfaces using hand tools under a trainer's instruction.","Metal samples — collect and label for laboratory analysis following step-by-step supervisor direction.","Personal protective equipment — don and inspect correctly before entering active metal-pouring areas.","Safety and operating protocols — follow established foundry procedures during all entry-level production tasks."]},"developing":{"label":"Developing","statements":["Molten metal flow — regulate independently through hand-controlled mechanisms to fill ingot molds to specification.","Furnace flame and heating unit adjustments — make routine modifications based on temperature gauge readings and color observation.","Pouring nozzles — clear solidified steel using long bars or oxygen burners with minimal oversight during production runs.","Mold coating and cleanliness — verify compliance with quality standards before authorizing casting operations.","Metal sample collection — coordinate and signal coworkers to gather specimens for metallurgical analysis.","Equipment positioning — direct placement of ladles, grinding wheels, and crucibles to maintain workflow efficiency.","Scrap metal and slag — systematically collect and sort using rakes and strainers to support recycling operations.","Flux and charge weights — calculate and load correct amounts into furnaces based on batch specifications.","Industrial control software — enter and monitor basic production parameters during standard casting shifts.","Workstation checklists — complete and document pre-pour and post-pour inspections using workplace forms."]},"proficient":{"label":"Proficient","statements":["Casting parameters — autonomously manage molten metal temperature, flow rate, and mold fill across multiple product types.","Color and temperature cues — interpret heat indicators and make precise furnace adjustments to maintain metallurgical specifications.","Nozzle obstruction removal — apply oxygen burners and bar techniques independently to resolve blockages under time-sensitive conditions.","Mold quality assessment — evaluate surface coatings, seams, and cleanliness across an entire production batch without supervisory prompting.","Metal sampling programs — design and execute sampling sequences to feed accurate data to quality control analysis.","Multi-equipment coordination — sequence positioning of ladles, crucibles, and grinding wheels to optimize throughput on complex casting lines.","Slag removal efficiency — select and apply appropriate tools and techniques to minimize metal loss during skimming operations.","Non-routine melt conditions — diagnose unexpected furnace behavior and implement corrective actions to protect product integrity.","Production records — maintain accurate logs using spreadsheet and word processing software to support traceability requirements.","New operator guidance — demonstrate safe pouring and monitoring techniques to apprentices on the foundry floor."]},"advanced":{"label":"Advanced","statements":["Casting operation standards — establish and enforce best-practice procedures for pouring, temperature control, and mold preparation across the facility.","Furnace and equipment configuration — lead decisions on heating unit settings and tooling selection to optimize metal quality at organizational scale.","Process improvement initiatives — identify systematic causes of defect trends and direct cross-functional teams toward corrective actions.","Safety culture development — design and champion foundry safety programs that reduce incident rates across all production shifts.","Workforce competency planning — assess skill gaps in pouring and casting crews and implement structured on-the-job training programs.","Quality control frameworks — set sampling frequency, analysis criteria, and rejection thresholds for molten metal production operations.","Scrap and recycling strategy — lead slag management and metal recovery programs to reduce material waste and lower operational costs.","Technology integration — evaluate and implement industrial control software upgrades to enhance monitoring and production reporting capabilities.","Production scheduling oversight — coordinate equipment positioning, charge loading, and crew assignments to meet facility-wide casting targets.","Knowledge transfer and documentation — author standard operating procedures and training materials that preserve institutional casting expertise."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}