Asks for

The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”

Values

The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”
The ad says“Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments”

Required Qualifications- Bachelor’s degree in mechanical engineering, Manufacturing Engineering, ora related field- 7-8 years of experience in dimensional engineering, tolerance analysis, orgeometric integration within automotive or other high-volume manufacturingenvironments- Strong working knowledge of GD&amp;T (ASME Y14.5) with demonstratedapplication on production-intent designs- Hands-on experience with 1D/3D tolerance analysis tools, such as 3DCS- Proven experience supporting programs from concept through productionlaunch, including detailed design, DV, PV, and SOP- Ability to interpret CAD models, engineering drawings, and build strategies todefine robust dimensional requirements - Demonstrated experience working cross-functionally with Design Engineering,Manufacturing Engineering, Quality, and Suppliers- Strong analytical and problem-solving skills, including dimensional root causeanalysis and corrective action development- Ability to clearly communicate technical requirements, risks, and trade-offs todiverse stakeholders- Solid understanding of manufacturing process capability and material-driventolerances across common automotive components, including:o Stampings (steel and aluminum): spring back, forming variation, trimtolerance, and hemming effectso Castings (HPDC, LPDC, sand): draft, wall-thickness variation, shrink,machining stock, and post-machining datumso Injection-molded plastics: material shrink, warpage, fiber orientation,tooling condition, and environmental influenceso Extrusions: profile variation, twist, bow, and cut-length tolerances- Ability to translate material behavior and process capability into realisticGD&amp;T schemes and tolerance assumptions during design- Experience assessing supplier manufacturing feasibility and tolerancecapability during sourcing and design reviewsPreferred Qualifications- Experience in an automotive OEM or Tier-1 supplier environment- Experience owning or contributing to DVA / DVP / black-box tolerance models,including compliant (flexible) part modeling to represent real-world assemblybehavior- Hands-on experience modeling part compliance, locator strategies, andassembly sequence effects using 3D tolerance analysis tools (3DCS)- Ability to apply compliant modeling techniques to assess gap/flush, fit, andfunctional performance of flexible components such as stampings, plastictrims, seals, and closures- Knowledge of fixture strategy, locating schemes, and build sequencedevelopment- Experience supporting closures, BIW, interior, or exterior systems- Familiarity with craftsmanship targets, including flush, gap, and visual qualityrequirements- Experience supporting low-volume programs or new product launchenvironments

Benefits

Health Care Plan (Medical, Dental & Vision)

Life Insurance (Basic, Voluntary & AD&D)

Paid Time Off (Vacation, Sick & Public Holidays)

Training & Development

Retirement Plan (401k, IRA)

Free breakfast and lunch