F

Ford Motor Company

Builds vehicles for drivers and commercial fleets

Engineering Supervisor-Body Manufacturing Quality Leader - Vls

Quality EngineeringConfirmed live in the last 24 hours
Full-timeDearborn, MI, USA$115.5k - $218.1kHybrid

About the Job

Requirements

  • A Bachelor's of Science in Engineering or higher is required.
  • At least 5 years of experience in manufacturing engineering is required.
  • Demonstrated leadership behaviors are required.
  • Experience in stamping, body assembly, and exterior ornamentation is required.
  • Experience working with data and analysis is required.
  • An MS in Engineering or Engineering Management is listed among the qualifications.
  • Experience in manufacturing engineering and operations, including stamping, body assembly, manufacturing tooling, and processes, is listed among the qualifications.
  • Experience working with quality departments and Black Belt certification are listed among the qualifications.

Responsibilities

  • Lead a team of core manufacturing engineers through planning and execution phases of new-model programs.
  • Accelerate process needs into the overall strategy plan to support plant requirements, integrate teams for collaboration, and track open issue resolution.
  • Deliver facility, tooling, and quality systems and launch new-model programs.
  • Support major program milestones from FC5 through Job 1 and acceleration, focusing on implementation and launch of sheetmetal and exterior ornamentation systems.
  • Review master sections and support feasibility reviews.
  • Provide cross-carline experience to implement lessons learned and follow best common-practice guidelines.
  • Assist in defining new-program assumptions and achieve quality targets based on prior vehicle experience.
  • Ensure GAP, best practices, GMR, design rules, PDPD, and CETP requirements are followed.
  • Support power wall and clay reviews to verify fit and finish against SRI targets and requirements.
  • Ensure product design prevents misbuilds, misloads, and other manufacturing issues and enables engineering line rates; identify and develop actions to prevent knifing or shingling conditions.
  • Ensure locator commonality and part orientation through gauges and tools, including at outside-part suppliers.
  • Support virtual formability studies to ensure stamping parts are manufacturable.
  • Predict and establish measuring points and tolerances using DVA, LD standards, and engineering judgment.
  • Digitally and physically approve structures, sign off designs, and approve EI changes.
  • Conduct design compatibility reviews.
  • Review interfaces with trim and chassis; ensure bodyshop requirements are deliverable or drive modifications to trim and chassis components to reduce sensitivity to sheetmetal variation.
  • Cut sections and release product to verify weld feasibility, fit and finish, cheats, metal thickness, clearances, sealer flatness, weld flange length, weld-gun access, slip planes, interferences, and product/process compatibility.
  • Review component and assembly designs with suppliers.
  • Assist in developing and using the Data Control Model (DCN) and adjustable craftsmanship models.
  • Order parts and follow up for PCF.
  • Ensure all diagnostic gauges follow the build process.
  • Ensure sensitivity analysis is performed in areas of concern and recommendations are accepted.
  • Develop all bodyshop dimensional control plans, including labor, CMM, and capacity plans.
  • Lead the layout of CMM and dimensional-control areas.
  • Assist in developing quality roadmaps, including TGW, R/100, and warranty-reduction plans.
  • Monitor product-quality indicators and ensure appropriate actions are incorporated into the new model.
  • Verify product design meets standards for margin and flushness, including one-line flushness in side view, minimized skewed cutlines, overcrowns, door cheats, hood cheats, laser-welding cheats, and nose-to-fender cheats.
  • Review cube and snapshot models in the white room for craftsmanship items to ensure exterior quality accounts for anticipated variances.
  • Ensure issues identified in FC reviews are monitored and driven to resolution.
  • Verify design compatibility among sheetmetal components and assist with compatibility of components interfacing with sheetmetal, including chassis and trim.
  • Represent manufacturing and assembly in structures reviews and provide feedback on preferred designs.
  • Lead measuring-point selection to ensure adequate dimensional information and coordination among adjacent panels and to support diagnostics for trim, chassis, and exterior ornamentation.
  • Ensure assembly-plant layout and pullout stations support adequate dimensional-control inspection frequency.
  • Ensure scheduling receives PCF vehicle specifications and schedules the units.
  • Ensure PPM receives the PCF1 and PCF2 bill of materials and that all columns are validated, including production supplier, quantity, and part, using the How to Pull Your Own GPIRS BOM presentation.
  • Ensure accuracy of DCD costing for the assigned program.
  • Support and lead LD meetings with the respective manufacturing engineer for the assigned program.
  • Support and lead MP drawings meetings with the respective manufacturing engineer for the assigned program.
  • Approve gauge and fixture design concepts and 100% design meetings and sign off all fixtures.
  • Update the PCF executive summary weekly.
  • Review DCD program-scoping documents to ensure the scope meets program demands and is optimized for cost and quality.
  • Develop the pre-launch control plan, ensuring inspection frequencies and subassemblies adequately support the bodyshop proforma and vehicle quality.
  • Assist the dimensional-control engineer in creating the production control plan, ensuring adequate frequencies and checks, and coordinate approval through the dimensional-control department manager.
  • Ensure locator consistency through tools and gauges.
  • Ensure compliance with design rules, GMR, SDS, and PDPD.
  • Use pre-TT build events, including DCV or VP/CP, to schedule and execute an effective emphasis build.
  • Ensure products deliver wind and water leak resistance, air-leakage performance, fit, function, and effort attributes.
  • Perform simple RSS studies, validate them, and work with DVA on more complex geometrical studies to ensure normal variability does not affect SRI, manufacturability, downstream customer concerns, or wind and water performance.
  • Support final assembly by reviewing GD&T and gauge assumptions for exterior ornamentation to ensure strategy reflects how parts fit the vehicle and delivers fit and function.
  • Provide the voice of the customer for sheetmetal-related items and key interfacing areas.
  • Support all virtual builds and DPA events.
  • Support all feasibility discussions.
  • Ensure fit and finish through SRI development.
  • Ensure carryover-part issues, build issues, and capability issues affecting new-model launch are corrected, addressed, or covered by work plans.
  • Ensure PCF metal is ordered correctly and on time.
  • Validate the PCF bill of materials and work with PPM to correct it as needed.
  • Support the body leader by managing VTTO requirements and ensuring the pilot plant and suppliers deliver materials as promised and schedule builds on their master schedule.
  • Lead manufacturing-driven product-feasibility rejections.
  • Ensure design gaps and slip planes are properly engineered.
  • Ensure products meet MDS, SDS, PDPD, and DPA checklist requirements.
  • Ensure products meet welding requirements and drive resolution of flange lengths, joint designs, gun clearance, thickness ratios, and related issues.
  • Participate in DFMEA/PFMEA meetings.
  • Participate in tooling-design reviews.
  • Sign off and ensure all supplier gauges follow recommended practices, have no RFS pins, and are adequate to ensure only quality supplier parts are shipped to Ford.
  • Work with STA and Purchasing to ensure the supply base supports Ford in quality, throughput, cost, and timing.
  • Determine assembly-plant layout and inspection-personnel capabilities and work with plant personnel to develop training plans; drive implementation and obtain frequent status reports.
  • Determine assembly-plant layout and inspection-department needs and ensure deficiencies in equipment, headcount, facility, tooling, and training are addressed before launch.

Desired Qualifications

  • Ford experience is preferred.
  • Experience supporting manufacturing assignments that involve travel, including international travel based on program assignments.

About the Company

Ford Motor Company

Builds vehicles for drivers and commercial fleets

Ford Motor Company designs and builds vehicles for individual drivers and commercial fleets worldwide, spanning Ford trucks and SUVs and Lincoln luxury models. Its Mustang sports car and Bronco off-road vehicles sit alongside gasoline, hybrid and electric products. The company sells vehicles, parts and accessories through dealers, while Ford Pro combines commercial vehicles with fleet software, charging and maintenance services; Ford Credit earns money from customer and dealer financing and leases. Connected services add subscriptions for vehicle features and business operations. Founded by Henry Ford in 1903, the company is headquartered in Dearborn, Michigan.

Company size
10,001+
Company stage
IPO
Headquarters
Dearborn, MI
Founded
1903

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