{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:52.324Z","occupation":{"soc":"51-3091.00","title":"Food and Tobacco Roasting, Baking, and Drying Machine Operators and Tenders","group":"Production","sector":"31-33","jobZone":2,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers industrial food and tobacco roasting, baking, and drying operations in a Job Zone 2 manufacturing environment, spanning equipment operation, process monitoring, quality evaluation, safety compliance, and team coordination.","levels":{"emerging":{"label":"Emerging","statements":["Roasting and baking equipment controls — identify and set temperature and time settings under direct supervisor guidance on a production floor.","Ovens, burners, and driers — light and start up following written step-by-step protocols in a food manufacturing facility.","Product samples during processing — observe, feel, and taste to check basic conformance to quality standards under close supervision.","Temperature and humidity gauges — read and report current readings to a supervisor during routine production shifts.","Production records — record basic data such as product type, weight, and processing time using facility-provided paper or digital logs.","Scale hoppers and conveyors — weigh and measure product batches following posted operating procedures in a processing plant.","Material flow along conveyor lines — watch and listen for signs of jamming or spillage and immediately notify a supervisor.","Workplace safety and food production protocols — follow posted guidelines to maintain sanitary and secure operating conditions.","Coworker signals during material transfer — recognize and respond to synchronization cues to maintain consistent product flow.","Electronic mail and spreadsheet tools — enter and retrieve basic shift production data under the direction of a lead operator."]},"developing":{"label":"Developing","statements":["Thermostat and valve adjustments — make routine corrections to maintain prescribed temperature and pressure conditions across standard processing stages.","Roasters, driers, and baking equipment — operate and tend independently during full production runs for common products such as coffee beans and nuts.","Product sensory evaluation — assess taste, texture, and appearance of samples at regular intervals and document findings in shift logs.","Gauge readings and process data — monitor multiple instruments simultaneously and compare values against specification ranges during ongoing production.","Production weight and volume records — compile and enter accurate batch data into spreadsheet software at the end of each shift.","Equipment malfunctions such as jamming or pump failure — diagnose common causes and attempt corrective actions before escalating to supervision.","Blowers, cylinders, and pump start-up sequences — execute startup and shutdown procedures consistently with reduced oversight across product changeovers.","Coworker coordination during shift handoffs — communicate material flow status and outstanding issues clearly to incoming operators.","Operating condition variations across product types — apply knowledge of grain, cocoa, and bakery processing differences to adjust settings appropriately.","Food safety and public security standards — apply facility regulations consistently during daily operations to minimize contamination and compliance risks."]},"proficient":{"label":"Proficient","statements":["Full roasting, baking, and drying process cycle — manage autonomously from startup through shutdown across multiple product lines in a high-volume plant.","Non-routine process deviations such as humidity spikes or temperature drift — diagnose root causes and implement corrective adjustments without supervisory direction.","Sensory and instrument-based quality checks — integrate taste, feel, gauge data, and sample analysis to verify product conformance to exacting specifications.","Complex equipment interactions among conveyors, burners, and blowers — troubleshoot interdependent failures and restore production continuity with minimal downtime.","Production data accuracy and trend analysis — review spreadsheet records over multiple shifts to identify patterns affecting yield, quality, or energy use.","Cross-functional communication during critical process events — report findings clearly to maintenance, quality, and supervisory staff using precise technical language.","Product flow synchronization across the full line — coordinate signals and timing with upstream and downstream coworkers to sustain throughput targets.","Job-specific reading materials including equipment manuals and process specifications — interpret and apply technical content independently to solve operational problems.","Food production knowledge across diverse commodities — apply expertise in roasting, curing, and drying science to optimize outcomes for varied raw inputs.","Control precision under production stress — maintain steady, accurate equipment adjustments during high-demand or time-critical processing conditions."]},"advanced":{"label":"Advanced","statements":["Facility-wide roasting, baking, and drying operations — lead continuous improvement initiatives that raise throughput, reduce waste, and sustain regulatory compliance.","Operator training curriculum — develop and deliver hands-on instruction covering equipment startup, quality monitoring, and safety protocols for new and junior staff.","Production performance standards — establish measurable benchmarks for temperature control, yield, and product quality across all processing lines.","Equipment upgrade and process change decisions — evaluate operational data and provide expert recommendations to plant management for capital investment planning.","Quality control analysis systems — design inspection checkpoints and sensory evaluation schedules that proactively detect non-conformance before product leaves the floor.","Cross-shift production continuity — set protocols for data handoff, equipment status reporting, and corrective action documentation used by all operator teams.","Complex problem escalation process — create decision trees guiding operators through corrective actions for equipment failures, flow disruptions, and out-of-spec products.","Organizational food safety culture — champion adherence to public safety, sanitation, and security standards by modeling best practices and coaching peers.","Technology adoption for operations monitoring — lead deployment and staff training for updated spreadsheet and electronic mail tools used in production reporting.","Workforce coordination strategy — orchestrate labor scheduling, skill-gap identification, and cross-training plans to ensure resilient coverage across all production lines."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}