Machinist III: Michigan

. We need to include headings

for each section. We must not include boilerplate like EEO etc. There's none. We need to include all details: hourly range, benefits list, purpose and scope, essential functions (list), minimum qualifications (list), expertise/skills (list), work conditions (maybe as Requirements? but we need to include it). Since we have a heading "Requirements", we can put work conditions there. But we must not create sections with filler text. Ensure each section has real content. Let's extract content: **Pay**: "Hourly starting range is $27.78-$34.71. Starting salary based on experience." **Benefits**: list: - Medical - Dental - Vision - Paid Time Off- Including Birthday Hours - Life and Accidental Death Insurance (Company Paid) - Short and Long Term Disability Insurance (Company Paid) - 401K, 401K Match- Access to Certified Financial Planner - Access to LinkedIn Learning - YMCA discount and more! We need to preserve exactly as given; maybe keep punctuation. **About the role** (Purpose And Scope Of Job): "Setup and operation of multi-axis CNC machines (lathes; mills – horizontal and vertical - including multi-pallet machining centers; grinders; broaches; Gear generation & testing equipment). Set up and operation of manual and semi-automatic lathes, mills, grinders, tool grinders, drills, broaches, gear hobbers, shears, etc." That's a prose sentence; we can put as

. **Responsibilities** (Essential Functions): List each duty as separate

. The list includes many sentences separated by periods. We'll split at each sentence that starts with a capital letter after a period? Better to keep each bullet as a separate duty. We'll extract each bullet: - Set up, adjust, and operate machine tools in order to perform precision machining operations while holding close tolerance dimensions with minimal assistance. - Read & interpret blueprints – both imperial and metric standards. - Calculate dimensions and tolerances using knowledge of mathematics (geometry, trigonometry) and part drawings / standards. - Test cut / dry run CNC programs prior to production runs. - Machine parts correctly with only set up documentation and part drawing documentation. - Follow Process Sheets, Process Maps, Standard Operating Procedures and Poka-Yoke systems implemented by Manufacturing Engineering and Shop management to generate predetermined production volumes, while ensuring best quality and lead times. - Use measuring gauges including micrometers, calipers, height gauge, depth gauge, bore gauges, Mahr gages, etc. to inspect manufactured parts, in order to ensure adherence to drawing tolerances. - Ensure adherence to routed hours and target efficiencies for production. - Work closely with Machine shop supervisors, quality assurance, and maintenance personnel to proactively prevent problems with machining cells and tooling/fixtures, and to identify ways to improve efficiency, cost, layout, and safety. - Machine prototype parts with some assistance. - Other duties as assigned. - Full job description reviewed during interview. We need to keep "Other duties as assigned." and "Full job description reviewed during interview." as separate bullets. **Qualifications** (Minimum Qualifications): List each requirement: - Requires at least 12 years of experience operating a mix of manual, semi-automatic, and CNC machine tools in a fast paced work environment. - At least 10 years of CNC machining experience. - Required 5 years of experience in low volume – high mix production. - Preferred 5 years of experience in high volume – low mix production. - At least 2 years of experience in multi-pallet machines, pallet controller systems, 4+Axis/5-Sided machining, or bar-fed lathes desired but not essential. - Expertise & experience in using common measuring instruments (micrometers, calipers, height/depth/bore gauges,) and tool presetters. - Expertise in reading & interpreting complex drawings & blueprints in both imperial and metric standards. - Expertise in calculating dimensions and tolerances using knowledge of mathematics (geometry, trigonometry) and part drawings / standards. - Expertise & experience in measuring perpendicularity, parallelism, concentricity, and run out in micron or sub-micron level resolutions on manufactured components. - Expertise & experience in proving out prototype parts and first piece runs for CNC programs generated by CAM packages. - Proficiency in reading CNC programs (G & M code), and ability to edit programs in order to make corrections and/or improve efficiency. - Proficiency in setup, operation, & basic maintenance of multi-axis CNC lathes; mills – horizontal and vertical - including multi-pallet machining centers; grinders; boring machines; broaches; Gear generation & testing equipment. - Proficiency in setup, operation, & basic maintenance of Manual lathes, mills, grinders, tool grinders, drills, broaches, shears, gear hobber, band saw. - Some level of lean Manufacturing experience desired. Proven experience in, and track record of 5-S, SMED, and other Lean Manufacturing methodologies will be a bonus - Exposure to technologies such as 4 / 5 Axis machining, 5-Sided machining, Bar-fed turning, and/or multitasking machines. - Ability to set up, adjust and operate all machine tools in order to perform precision machining operations while holding very close tolerances, and with minimal assistance. - Good understanding of Tooling / Jig & Fixture design for machining operations. - Ability to read & understand complex Engineering drawings/Blueprints; excellent grasp of GD & T. - Excellent grasp of mathematics (including geometry & trigonometry), and good understanding of mechanical systems. - Proven competency in calculating complex dimensions and tight tolerances (sub-micron positional dimensions, angles, patterns, parallelism, perpendicularity, concentricity, taper) using knowledge of mathematics (geometry, trigonometry) and part drawings / standards. - Good understanding of Metallurgy (focus on Cast iron – Grey cast & Ductile iron; Steel, Stainless Steel – 304/316/416). - Complete understanding of common gauges & measuring instruments (gauge blocks, micrometers, calipers, height gauge, depth gauge, bore gauges, Mahr gages, etc.). - Experience in accurately diagnosing tool wear by visual inspection or by listening to the process, and in making necessary adjustments to control the process. - Knowledge of tool setting systems. - Basic understanding of DNC control for CNC programs and Machine monitoring systems desired but not essential. - Ability to setup & operate multiple CNC machine tools simultaneously (for proven processes). - Ability to understand and use Sumitomo’s Discrepancy reporting process, and other internal process control mechanisms. - Ability to define & communicate problems based on process experience and personal observations. - Knowledge & experience in participating in Time Studies. - A strong commitment to Lean production values such as Pull processing, Perfect first-time quality, Single piece flow, Waste minimization, Continuous improvement, & Visual Control. - Strong communication skills. - Ability to train associates on new processes. - Any additional essential skills and/or knowledge as shown in the HRIS Career & Education > Skills section for incumbents holding this job title. That's a lot; we need to keep all. **Skills**: Could be derived from the expertise list? But we already put many under Qualifications. Perhaps we separate: Qualifications = experience years; Skills = expertise list. However the posting lumps them together under Minimum Qualifications. But we can still split: Qualifications = experience requirements; Skills = expertise list. That would avoid duplication. Let's define: - Qualifications (experience years): * Requires at least 12 years of experience operating a mix of manual, semi-automatic, and CNC machine tools in a fast paced work environment. * At least 10 years of CNC machining experience. * Required 5 years of experience in low volume – high mix production. * Preferred 5 years of experience in high volume – low mix production. * At least 2 years of experience in multi-pallet machines, pallet controller systems, 4+Axis/5-Sided machining, or bar-fed lathes desired but not essential. - Skills (expertise etc): * Expertise & experience in using common measuring instruments (micrometers, calipers, height/depth/bore gauges,) and tool presetters. * Expertise in reading & interpreting complex drawings & blueprints in both imperial and metric standards. * Expertise in calculating dimensions and tolerances using knowledge of mathematics (geometry, trigonometry) and part drawings / standards. * Expertise & experience in measuring perpendicularity, parallelism, concentricity, and run out in micron or sub-micron level resolutions on manufactured components. * Expertise & experience in proving out prototype parts and first piece runs for CNC programs generated by CAM packages. * Proficiency in reading CNC programs (G & M code), and ability to edit programs in order to make corrections and/or improve efficiency. * Proficiency in setup, operation, & basic maintenance of multi-axis CNC lathes; mills – horizontal and vertical - including multi-pallet machining centers; grinders; boring machines; broaches; Gear generation & testing equipment. * Proficiency in setup, operation, & basic maintenance of Manual lathes, mills, grinders, tool grinders, drills, broaches, shears, gear hobber, band saw. * Some level of lean Manufacturing experience desired. Proven experience in, and track record of 5-S, SMED, and other Lean Manufacturing methodologies will be a bonus * Exposure to technologies such as 4 / 5 Axis machining, 5-Sided machining, Bar-fed turning, and/or multitasking machines. * Ability to set up, adjust and operate all machine tools in order to perform precision machining operations while holding very close tolerances, and with minimal assistance. * Good understanding of Tooling / Jig & Fixture design for machining operations. * Ability to read & understand complex Engineering drawings/Blueprints; excellent grasp of GD & T. * Excellent grasp of mathematics (including geometry & trigonometry), and good understanding of mechanical systems. * Proven competency in calculating complex dimensions and tight tolerances (sub-micron positional dimensions, angles, patterns, parallelism, perpendicularity, concentricity, taper) using knowledge of mathematics (geometry, trigon