Role catalogs

Manufacturing Engineer workflow catalog

an engineer who designs and improves the processes, routings and tooling a plant uses to make products efficiently and to specification

77
workflows in this catalog
1
industryManufacturing 77
2
areas of workLargest: Production & Shop Floor (44)
372k
hrs/yr across these workflowsPlanning estimates from the Process Atlas
Area

77 workflows

Manufacturing Engineer · 2 areas · about 372k hrs/yr

Manufacturing (77 workflows)

Production & Shop Floor (44)

about 301,818 hrs/yr

  1. Job engineering/release (Daily / Shift, about 9,000 hrs/yr) Before a job reaches the floor, planners confirm BOM, routing, and revision, check material and tooling, and release the job so operations can report against it.
  2. Job traveler generation (Daily / Shift, about 9,000 hrs/yr) The traveler goes with the job through the shop, listing operations, drawings, instructions, and signoff blocks.
  3. Job packet release (Daily / Shift, about 9,000 hrs/yr) The full job packet, with traveler, drawings, pick list, inspection sheets, and work instructions, is assembled and delivered to the first work center or published to shop-floor terminals.
  4. Shift schedule dispatch (Daily / Shift, about 9,000 hrs/yr) At the start of each shift, supervisors get a dispatch list per work center showing jobs in priority order with material status, so operators know what to run next.
  5. Operator labor clock-in (Daily / Shift, about 9,000 hrs/yr) Operators clock in to the shift and onto jobs and operations at shop-floor terminals, so labor hours land against jobs for costing and payroll.
  6. Labor time entry (Daily / Shift, about 9,000 hrs/yr) Labor hours from terminals, paper tickets, or supervisor entry are recorded against job operations with employee, hours, and quantity, feeding job cost and efficiency reports.
  7. Machine time entry (Daily / Shift, about 9,000 hrs/yr) Machine run hours are captured from controllers, MES, or operator entry against job operations for costing, utilization, and capacity reporting.
  8. Production quantity reporting (Daily / Shift, about 9,000 hrs/yr) Operators report good and scrap quantities per operation, which moves the job forward and updates WIP, schedules, and job cost.
  9. Operation completion (Daily / Shift, about 9,000 hrs/yr) When an operation finishes, the operator marks it complete in the ERP or MES, the job moves to the next work center, and any remaining quantity is noted.
  10. Material consumption reporting (Daily / Shift, about 9,000 hrs/yr) Actual components used on a job are recorded, including extra material and substitutes, so job cost and inventory reflect what really went into the product.
  11. Backflush posting (Daily / Shift, about 9,000 hrs/yr) For backflushed components, completing an operation or job consumes BOM quantities automatically.
  12. Scrap reporting (Daily / Shift, about 9,000 hrs/yr) Operators record scrapped quantities with reason codes and operation, which removes the parts from WIP, charges scrap cost, and may trigger a replacement job or extra material issue.
  13. Production hold placement (Daily / Shift, about 9,000 hrs/yr) When a quality or safety issue is suspected, production or quality places a hold on jobs, operations, or lots so nothing moves until the issue is investigated.
  14. Production hold release (Daily / Shift, about 9,000 hrs/yr) Once the issue is resolved, quality releases the hold and records the disposition, the job resumes, and the release is documented against the NCR or investigation.
  15. Job split/merge (Daily / Shift, about 9,000 hrs/yr) Planners split a job to ship part of it early or run it on two machines, or merge jobs for efficiency, keeping quantities, lot traceability, and costs correct.
  16. Job quantity change (Daily / Shift, about 9,000 hrs/yr) When order quantity changes or scrap cuts yield, planners change the job quantity, adjust material requirements and operations, and record the reason.
  17. Job due-date change (Daily / Shift, about 9,000 hrs/yr) When a customer date moves or capacity changes, planners update the job due date, reschedule operations, and tell the floor and customer service.
  18. Operation resequencing (Daily / Shift, about 9,000 hrs/yr) Engineering or supervisors change the order of operations on a job for a machine problem or a better flow, with approval, keeping traveler and routing consistent.
  19. Machine assignment change (Daily / Shift, about 9,000 hrs/yr) When a machine is down or overloaded, supervisors move an operation to another qualified machine and update the job so labor, cost, and schedule follow the change.
  20. Alternate resource selection (Daily / Shift, about 9,000 hrs/yr) For operations with approved alternate resources, planners choose the alternate when the primary is unavailable, checking rates, times, and quality requirements.
  21. First-piece approval (Daily / Shift, about 9,000 hrs/yr) The first part after setup is inspected against the drawing, recorded, and approved by quality or a lead before the rest of the run proceeds.
  22. Tool issue/return (Daily / Shift, about 9,000 hrs/yr) Operators check tools out of the crib for a job and return them after use; the crib records who holds each tool, its remaining life, and its condition.
  23. Shop-floor material request (Daily / Shift, about 9,000 hrs/yr) Operators request more material, missing components, or consumables for a job; the warehouse picks and delivers, recording the issue in the ERP.
  24. Shop-floor shortage escalation (Daily / Shift, about 9,000 hrs/yr) When a job stops for missing material, the supervisor escalates to materials and purchasing, who find stock, expedite, or reschedule, and the downtime cause is logged.
  25. Supervisor shift handoff (Daily / Shift, about 9,000 hrs/yr) At shift change, supervisors pass on job status, machine problems, safety issues, and priorities in a handoff log so the next shift starts informed.
  26. Downtime event recording (Daily / Shift, about 9,000 hrs/yr) Machine stops are recorded with start time, end time, and affected job, from MES data or operator entry, forming the base for OEE and maintenance analysis.
  27. Downtime reason coding (Daily / Shift, about 9,000 hrs/yr) Each downtime event needs a reason code, such as breakdown, changeover, material, or labor, assigned by operators or supervisors so causes can be analyzed.
  28. Job completion (Daily / Shift, about 9,000 hrs/yr) When the final operation is done, finished goods are received into stock or shipped directly, and the job is marked complete for quantity and cost.
  29. Job closing (Daily / Shift, about 9,000 hrs/yr) Completed jobs are closed after confirming all labor, material, and outside costs are posted, so final cost moves to inventory or cost of goods sold and WIP clears.
  30. Co-product/by-product reporting (Daily / Shift, about 9,000 hrs/yr) Processes that yield several outputs report each product and quantity, allocating cost by defined ratios so inventory and cost records stay correct.
  31. Batch/lot record completion (Daily / Shift, about 9,000 hrs/yr) For batch or regulated processes, the batch record is completed with materials, lots, parameters, checks, and signatures, then reviewed before the lot is released.
  32. Production deviation record (Daily / Shift, about 9,000 hrs/yr) When a process runs outside its instructions, operators or supervisors record the deviation, its cause, affected parts, and immediate actions, and route it to quality.
  33. Operator instruction acknowledgement (Daily / Shift, about 9,000 hrs/yr) When work instructions change, operators must acknowledge the new revision before running the operation, and supervisors track who has not yet done so.
  34. Scrap reason review (Daily / Weekly, about 546 hrs/yr) Supervisors and quality review scrap by reason, part, operation, and shift each week, look for patterns, and open corrective actions for the largest or repeating causes.
  35. Work center queue review (Daily / Weekly, about 546 hrs/yr) Supervisors review jobs queued at each work center, check priorities, material, and staffing, and adjust assignments to keep the constraint running.
  36. OEE review (Daily / Weekly, about 546 hrs/yr) Operations reviews overall equipment effectiveness by machine, broken into availability, performance, and quality, from MES and ERP data, and targets the largest losses.
  37. Production efficiency review (Daily / Weekly, about 546 hrs/yr) Production managers compare earned standard hours with actual reported hours by work center and shift, investigate low efficiency, and assign improvement actions.
  38. Labor efficiency review (Daily / Weekly, about 546 hrs/yr) Supervisors review efficiency by employee and operation, comparing standard with actual hours, and use the results for coaching, training, and fixing bad standards.
  39. Yield review (Daily / Weekly, about 546 hrs/yr) Quality and production compare good output with input by product and operation, find where yield losses occur, and set improvement targets.
  40. WIP aging review (Daily / Weekly, about 546 hrs/yr) Finance and production review jobs whose WIP has sat too long, find stalled or forgotten jobs, and decide whether to finish, scrap, or close them.
  41. Job cost-to-actual review (Daily / Weekly, about 546 hrs/yr) Cost accounting compares estimated or standard cost with actual material, labor, and overhead per job, investigates large variances, and reports job profitability.
  42. Production job creation (Per event / project, about 150 hrs/yr) Planners create a production job from a firmed planned order, sales order, or stock need, with part, quantity, due date, BOM, and routing copied onto the job.
  43. Rework job creation (Per event / project, about 150 hrs/yr) Nonconforming parts that can be reworked get a rework job with its own operations, material, and hours, linked to the original job and NCR so cost and traceability are kept.
  44. Setup confirmation (Per event / project, about 150 hrs/yr) Before production, the setup is checked against the setup sheet: tooling, fixtures, programs, and parameters.

Engineering & Product (33)

about 70,184 hrs/yr

  1. Part master maintenance (Daily, about 3,500 hrs/yr) Part records change constantly: descriptions, lead times, planning parameters, cost class, weights, or status.
  2. Engineering drawing release (Daily, about 3,500 hrs/yr) A drawing is approved in PDM and must reach production.
  3. Drawing revision control (Daily, about 3,500 hrs/yr) Engineering tracks which drawing revision is current for each part, where it appears on open jobs, and whether the shop holds the right copy, reconciling PDM, ERP, and printed traveler references.
  4. BOM revision (Daily, about 3,500 hrs/yr) An ECO changes a component, quantity, or reference designator.
  5. Routing revision (Daily, about 3,500 hrs/yr) A process improvement, new machine, or ECO changes operations or times.
  6. Engineering change request (Daily, about 3,500 hrs/yr) Anyone can request a design change: a shop-floor problem, a customer request, or a cost idea.
  7. Engineering change order approval (Daily, about 3,500 hrs/yr) An ECO bundles drawing, BOM, and routing changes with disposition instructions for stock and WIP.
  8. ECO impact analysis (Daily, about 3,500 hrs/yr) Before approving an ECO, engineering checks where the part is used, open orders and jobs, on-hand and on-order quantities, and cost change, so the team can set effectivity and disposition existing stock.
  9. Material substitution approval (Daily, about 3,500 hrs/yr) When the specified material is unavailable, production or purchasing requests a substitute.
  10. Alternate part approval (Daily, about 3,500 hrs/yr) Engineering qualifies an alternate component or manufacturer for a BOM position, checks form, fit, function, and customer approval requirements, then records the alternate in the ERP with its priority and effectivity.
  11. Approved manufacturer list maintenance (Daily, about 3,500 hrs/yr) For each controlled part, engineering maintains the approved manufacturers and manufacturer part numbers.
  12. Work instruction revision (Daily, about 3,500 hrs/yr) When a process, tool, or drawing changes, affected work instructions are revised, re-approved, and republished, and operators must acknowledge the new revision before running the operation.
  13. Tooling requirement definition (Daily, about 3,500 hrs/yr) For a new part or routing, engineering lists the cutting tools, holders, gauges, and dies each operation needs, checks tool crib stock, and orders or designs anything missing before the job is released.
  14. Fixture design release (Daily, about 3,500 hrs/yr) A fixture designed in CAD is reviewed, numbered, released with its drawing, and set up in the ERP or tooling system so it can be built or bought for the right operation.
  15. Standard labor time maintenance (Daily, about 3,500 hrs/yr) Labor standards per operation are updated from time studies, actual job history, or process changes.
  16. Product configurator rule maintenance (Daily, about 3,500 hrs/yr) Configurable products depend on rules linking customer options to BOM components, routing steps, and prices.
  17. First article documentation (Daily, about 3,500 hrs/yr) The first production part from a new or changed process is fully measured.
  18. Revision effectivity management (Daily, about 3,500 hrs/yr) When a new revision takes effect by date, serial, or lot, planners and engineering make sure jobs, POs, and stock follow it and the old revision is used up or scrapped as planned.
  19. Engineering deviation / waiver processing (Daily, about 3,500 hrs/yr) A deviation lets product run or ship outside the drawing for a limited quantity or period.
  20. CAD-to-ERP item/BOM reconciliation (Daily / Weekly, about 546 hrs/yr) Engineering compares the CAD assembly structure with the ERP BOM to find missing components, quantity differences, and wrong revisions left behind by manual entry or partial updates.
  21. PLM-to-ERP release reconciliation (Daily / Weekly, about 546 hrs/yr) Items and changes released in PLM must appear in the ERP.
  22. Obsolete part review (Daily / Weekly, about 546 hrs/yr) Engineering and materials review parts with no demand, superseded by newer revisions, or discontinued by suppliers, check open orders and stock, and set them inactive or plan a phase-out.
  23. Customer drawing/specification change review (Daily / Weekly, about 546 hrs/yr) Customers issue new drawing revisions or specification updates.
  24. New part number creation (Per event / project, about 150 hrs/yr) Engineering releases a new component or assembly.
  25. BOM creation (Per event / project, about 150 hrs/yr) For a new assembly, engineers build the bill of materials from the CAD structure.
  26. Routing creation (Per event / project, about 150 hrs/yr) Manufacturing engineering defines the sequence of operations, work centers, setup and run times, and outside processing steps for a new part, then enters the routing in the ERP from the approved process plan.
  27. Work instruction creation (Per event / project, about 150 hrs/yr) Manufacturing engineering writes step-by-step instructions for an operation, covering tools, settings, photos, torque values, inspection points, and safety notes, then publishes them to the shop-floor document system linked to the routing.
  28. Process plan creation (Per event / project, about 150 hrs/yr) For a new product, manufacturing engineering decides how it will be made: operation sequence, machines, fixtures, inspection points, and estimated times, documented as a process plan that becomes the routing.
  29. Machine setup standard maintenance (Per event / project, about 150 hrs/yr) Setup times and setup sheets per machine and part family are maintained from actual changeover data and quick-changeover work, then updated in ERP routings so scheduling and costing use realistic numbers.
  30. Outside processing specification setup (Per event / project, about 150 hrs/yr) Operations sent to vendors, such as plating, heat treat, or anodizing, need a routing step with supplier, specification, lead time, cost, and certification requirement, so POs and travelers carry the right instructions.
  31. Quality characteristic setup (Per event / project, about 150 hrs/yr) Critical dimensions and attributes from the drawing are defined as inspection characteristics with nominal, tolerances, gauge, and frequency, so inspection data can be collected against them in the ERP or QMS.
  32. Inspection plan setup (Per event / project, about 150 hrs/yr) Quality creates inspection plans by part and operation, stating which characteristics to check, sample size, gauge, and recording method, and links them to receiving, in-process, and final inspection points.
  33. Prototype job setup (Per event / project, about 150 hrs/yr) A prototype or sample build needs a job with a temporary BOM and routing, an engineering charge account, and special handling notes, so its costs stay separate from production.

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