Resume Example

Manufacturing Engineer Resume Examples

Use these ATS-friendly resume examples and templates to showcase your process improvement, yield gains, and production line ownership as a Manufacturing Engineer.
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Contents
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A strong manufacturing engineer resume should prove you made a line run faster, cheaper, or more reliably than it did before you arrived. Highlight cycle time and yield improvements, scrap and downtime reduction, tooling and fixture design, process validation, lean and Six Sigma work, and the cross-functional launches you supported. Use the examples below to see how to turn production floor experience into clear, results-focused resume achievements.

Manufacturing Engineer Resume Example

Meet Elias Thorne, a fictional manufacturing engineer with 7+ years owning assembly and machining processes in automotive supply. This example highlights measurable cycle time and scrap reductions, fixture design work, and the launch support that moved two new programs into full production.

Elias Thorne

(616) 555-0148 ◇ Grand Rapids, MI

elias.thorne@example.com ◇ linkedin.com/in/elias-thorne ◇ eliasthorne.com

Objective

Manufacturing Engineer with 7+ years owning assembly and machining processes for automotive tier-one suppliers. Cut cycle time on a flagship assembly line from 94 to 61 seconds, reduced scrap from 3.8% to 1.1%, and delivered $1.4M in annual cost savings across 3 plants. Combines hands-on time studies and fixture design with disciplined process validation and lean problem solving.

Education
B.S. in Mechanical Engineering, Northaven Institute of Technology 2014 – 2018

Concentration in Manufacturing Systems; senior project on fixture design for a robotic weld cell.

Six Sigma Green Belt, American Society for Quality 2021

Certification project reduced weld rework on a 4-station cell by 46% over one quarter.

Skills
Process Engineering
Time studies, line balancing, cycle time reduction, work instructions, capacity analysis, ergonomics
Design & Tooling
Fixture and gauge design, tolerance stack-up, DFM reviews, tool trials, GD&T, prototype builds
Lean & Quality
Kaizen, 5S, value stream mapping, SPC, PFMEA, control plans, 8D root cause, poka-yoke
Tools & Systems
SolidWorks, AutoCAD, Minitab, SAP, Allen-Bradley PLC basics, Ignition SCADA, Microsoft Excel
Experience
Manufacturing Engineer 06/2021 – Present
Ridgeform Automotive Systems Grand Rapids, MI
  • Own 4 assembly and machining cells producing 780,000 units a year, holding overall equipment effectiveness above 82% against a plant target of 75%.
  • Cut cycle time on the flagship assembly line from 94 to 61 seconds through line rebalancing and 3 fixture redesigns, adding 210,000 units of annual capacity.
  • Reduced scrap from 3.8% to 1.1% across two years by introducing poka-yoke checks at 6 stations, saving roughly $640,000 a year in material.
Process Engineer 08/2019 – 05/2021
Caldwell Precision Components Kalamazoo, MI
  • Supported 11 CNC machining centers, improving first-pass yield on a high-runner part family from 91% to 98% in 8 months.
  • Led the launch of 2 new programs from prototype through PPAP, delivering both to full production rate 3 weeks ahead of customer timing.
  • Reduced tool change downtime by 34% by standardizing setup sheets and pre-staging tooling for the 14 highest-volume part numbers.
Manufacturing Engineer I 07/2018 – 07/2019
Ambervale Metal Works Holland, MI
  • Wrote and validated work instructions for 60 operations across 3 stamping lines, replacing documentation that had gone 6 years without revision.
  • Ran 40 time studies that exposed 9 bottleneck operations, and the resulting changes lifted line output by 12% within two quarters.
  • Designed 7 assembly fixtures in SolidWorks, cutting operator handling time by an average of 8 seconds per unit across the affected stations.
Projects

Assembly Line Rebalance. Ran full time studies across 12 stations, then redistributed work content and redesigned 3 fixtures to clear the bottleneck. Cycle time fell from 94 to 61 seconds, adding 210,000 units of annual capacity with no added headcount.

Scrap Reduction Program. Used Pareto analysis on 18 months of defect data to isolate the 4 failure modes driving most scrap, then added error-proofing at 6 stations. Scrap fell from 3.8% to 1.1%, worth about $640,000 a year.

Setup Time Standardization. Built standardized setup sheets and a pre-staging cart system for the 14 highest-volume part numbers. Tool change downtime dropped 34%, and the approach was adopted at a second plant the following year.

Extra-Curricular Activities
  • Mentor a high school FIRST Robotics team of 22 students, coaching fabrication and design review through a 6-week build season each year.
  • Member of the Society of Manufacturing Engineers, attending the regional technical conference and 4 chapter events annually.
  • Volunteer instructor for a community makerspace, teaching a machining safety course to roughly 40 members a year.
Leadership
  • Lead the plant's continuous improvement team of 8 from production, quality, and maintenance, delivering 14 kaizen events over two years.
  • Coordinated a $900,000 capital installation of 2 robotic cells, managing the vendor, runoff, and operator training with 4 days of planned downtime.
  • Trained 26 operators and 3 technicians on new standardized work, taking adherence audit scores from 68% to 96% within one quarter.
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Entry Level Manufacturing Engineer Resume Example

Meet Anika Deshmukh, an entry level manufacturing engineer coming out of a mechanical engineering degree with two co-op rotations on the plant floor. This example shows how co-ops, a senior design project, and hands-on time studies can carry a resume before full-time experience exists.

Anika Deshmukh

(260) 555-0136 ◇ Fort Wayne, IN

anika.deshmukh@example.com ◇ linkedin.com/in/anika-deshmukh ◇ anikadeshmukh.com

Objective

Entry level manufacturing engineer with a mechanical engineering degree and 12 months of plant floor experience across 2 co-op rotations. Ran 30 time studies that supported a 9% output gain on an assembly cell, and designed a fixture that cut operator handling time by 6 seconds per unit. Comfortable with SolidWorks, Minitab, and standing at a line long enough to see what the data is missing.

Education
B.S. in Mechanical Engineering, Wabash Ridge University 2021 – 2025

GPA 3.6; coursework in Manufacturing Processes, Statistics for Engineers, CAD, and Materials Science.

Lean Six Sigma Yellow Belt, Wabash Ridge Professional Education 2024

Completed a 5S and waste-reduction project on a campus fabrication lab as the certification requirement.

Skills
Process Fundamentals
Time studies, work instruction drafting, line walks, capacity math, standardized work, 5S
Design & Analysis
3D modeling, fixture concepts, tolerance basics, GD&T reading, basic statistics, capability studies
Manufacturing Methods
CNC machining, injection molding, welding, manual assembly, inspection methods, print reading
Tools & Systems
SolidWorks, AutoCAD, Minitab, Microsoft Excel, MATLAB, SAP basics, Python for data cleanup
Experience
Manufacturing Engineering Co-op 01/2025 – Present
Kestrel Valley Industries Fort Wayne, IN
  • Ran 30 time studies across a 9-station assembly cell, identifying 2 bottleneck operations whose rebalance lifted cell output by 9%.
  • Designed an assembly fixture in SolidWorks that cut operator handling time by 6 seconds per unit on a line running 1,800 units a day.
  • Updated work instructions for 24 operations with current photos and torque specs, closing 11 findings from the prior internal audit.
Manufacturing Engineering Co-op 05/2024 – 08/2024
Brightwater Plastics Group Auburn, IN
  • Collected and analyzed 4 months of scrap data across 6 injection molding presses, isolating the 3 defect codes behind 71% of losses.
  • Built a Minitab capability study on a critical dimension, showing a Cpk of 0.94 that triggered a tooling correction on the affected cavity.
  • Documented changeover steps for 8 molds into a standard sheet, which the shift supervisor credited with a 20-minute average changeover reduction.
Engineering Lab Assistant 09/2023 – 04/2024
Wabash Ridge University Fort Wayne, IN
  • Maintained 12 machines in the student fabrication lab and trained roughly 90 students a semester on safe operation.
  • Led a 5S project that reorganized tooling storage, cutting average setup time for lab projects from 18 minutes to 7.
  • Logged and triaged 140 maintenance requests over two semesters, reducing average machine downtime from 5 days to 2.
Projects

Senior Design Capstone. Led a 4-person team designing a semi-automated deburring station for a local supplier, including fixture, guarding, and cycle estimate. The concept projected a 40% cycle time reduction and the sponsor built a prototype the following year.

Scrap Pareto Study. Cleaned and analyzed 4 months of press scrap records in Minitab, tracing 71% of losses to 3 defect codes. The finding drove a tooling correction and became the plant's standard monthly scrap review format.

Lab 5S Reorganization. Mapped tool usage across a semester, then rebuilt storage around frequency with shadow boards and labeled locations. Average project setup time fell from 18 minutes to 7 and the layout is still in place.

Extra-Curricular Activities
  • Member of the university Formula SAE team for 3 years, responsible for suspension component fabrication and 40 machined parts per season.
  • Volunteer with a STEM outreach program, running hands-on engineering activities for about 120 middle school students a year.
  • Secretary of the student chapter of the American Society of Mechanical Engineers, organizing 8 plant tours across two years.
Leadership
  • Led a 4-person senior design team through concept, analysis, and sponsor review, delivering the final package 2 weeks before the deadline.
  • Ran the fabrication subteam of 6 on Formula SAE, setting the machining schedule that got the car to competition on time in both 2024 and 2025.
  • Trained roughly 90 students a semester on lab machine safety, with zero recordable incidents across two semesters.
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Junior Manufacturing Engineer Resume Example

Meet Wesley Ortiz, a junior manufacturing engineer three years into supporting injection molding and assembly cells. This example demonstrates growing process ownership, root cause work on real defects, and the early improvement projects that justified more responsibility.

Wesley Ortiz

(864) 555-0171 ◇ Greenville, SC

wesley.ortiz@example.com ◇ linkedin.com/in/wesley-ortiz ◇ wesleyortiz.com

Objective

Junior Manufacturing Engineer with 3 years supporting injection molding and assembly cells at a consumer products plant. Led an 8D that cut a recurring short-shot defect from 2,400 to 310 parts per million, and reduced changeover time on 5 molds by 27%. Steadily taking on process ownership, and comfortable running a root cause investigation from the floor rather than the office.

Education
B.S. in Industrial Engineering, Piedmont Crossing University 2018 – 2022

Coursework in Operations Research, Quality Control, Facility Design, and Engineering Economics.

Six Sigma Green Belt, American Society for Quality 2024

Certification project reduced a molding defect from 2,400 to 310 parts per million over 5 months.

Skills
Process Support
Cycle time analysis, changeover reduction, standardized work, line walks, capacity planning
Problem Solving
8D, 5 Why, fishbone analysis, DOE basics, SPC charting, capability studies, containment plans
Molding & Assembly
Injection molding parameters, mold changeover, manual and semi-automated assembly, gauging
Tools & Systems
SolidWorks, Minitab, SAP, Microsoft Excel, Power BI, Ignition SCADA, RJG process monitoring
Experience
Junior Manufacturing Engineer 08/2023 – Present
Ashfield Consumer Products Greenville, SC
  • Support 6 injection molding presses and 2 assembly cells producing 4.2 million units a year across 18 active part numbers.
  • Led an 8D investigation that traced a short-shot defect to a cooling imbalance, cutting the failure rate from 2,400 to 310 parts per million.
  • Reduced changeover time on 5 molds by 27% by pre-staging tooling and rewriting the sequence into a 14-step standard sheet.
Manufacturing Engineer I 07/2022 – 07/2023
Ashfield Consumer Products Greenville, SC
  • Maintained work instructions and control plans for 22 operations, bringing documentation current after a 3-year gap in revisions.
  • Built a Power BI downtime dashboard pulling from the plant SCADA system, which cut the weekly production report from 4 hours to 20 minutes.
  • Ran 25 time studies across 2 assembly cells, and the resulting rebalance lifted output by 7% without adding headcount.
Engineering Intern 05/2021 – 08/2021
Rowanmill Packaging Spartanburg, SC
  • Mapped material flow across a 60,000 square foot warehouse, proposing a layout change that shortened average travel distance by 22%.
  • Audited 40 standard operating procedures against actual practice, documenting 17 gaps that the plant closed the following quarter.
  • Assisted a 3-engineer team on a line relocation, tracking 90 checklist items across a 6-week schedule with no missed dependencies.
Projects

Short-Shot 8D. Investigated a recurring molding defect through DOE on melt temperature, hold pressure, and cooling time, isolating a cooling channel imbalance. The defect rate fell from 2,400 to 310 parts per million and has stayed there for 14 months.

Changeover Standard. Filmed and broke down mold changeovers on 5 presses, separating internal from external steps and pre-staging tooling. Average changeover fell 27%, recovering roughly 90 production hours a year.

Downtime Dashboard. Connected Power BI to the plant SCADA historian to report downtime by press, reason code, and shift. Weekly reporting effort dropped from 4 hours to 20 minutes and the top 3 downtime causes became a standing meeting item.

Extra-Curricular Activities
  • Volunteer judge for a regional high school engineering fair, reviewing about 25 student projects each spring.
  • Member of the Institute of Industrial and Systems Engineers, attending 6 chapter events and one regional conference a year.
  • Coach a youth wrestling program 2 evenings a week through a 16-week season, working with roughly 30 athletes.
Leadership
  • Led the 8D team of 5 across molding, quality, and maintenance, running the investigation to a verified fix in 5 months.
  • Trained 18 operators and 4 setup technicians on the new changeover standard, with adherence audits holding above 90% since rollout.
  • Serve as the engineering representative on the plant safety committee, closing 12 of 15 open floor findings in the past year.
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Senior Manufacturing Engineer Resume Example

Meet Ingrid Halvorsen, a senior manufacturing engineer leading process engineering across three production lines and mentoring a small engineering group. This example highlights capital project ownership, automation payback, and plant-level results measured in cost per unit.

Ingrid Halvorsen

(414) 555-0182 ◇ Milwaukee, WI

ingrid.halvorsen@example.com ◇ linkedin.com/in/ingrid-halvorsen ◇ ingridhalvorsen.com

Objective

Senior Manufacturing Engineer with 13 years leading process engineering across heavy equipment and industrial fabrication. Delivered $4.8M in cumulative annual savings, lowered cost per unit by 19% on the plant's highest-volume family, and led $6.2M in capital projects with an average payback under 20 months. Mentors a 5-engineer group and sets the process standards the plant builds to.

Education
M.S. in Manufacturing Engineering, Lakewater Polytechnic Institute 2014 – 2016

Thesis on automation payback modeling for mixed high-mix low-volume production environments.

B.S. in Mechanical Engineering, Fjordland State University 2008 – 2012

Graduated cum laude; Six Sigma Black Belt earned through the American Society for Quality in 2018.

Skills
Process Leadership
Multi-line ownership, cost per unit modeling, capacity strategy, make-versus-buy, plant standards
Capital & Automation
Capital justification, robotic cell integration, vendor selection, runoff and acceptance, payback analysis
Advanced Quality
Design of experiments, Six Sigma Black Belt methods, PFMEA, control plans, process validation, SPC
Tools & Systems
SolidWorks, Siemens NX, Minitab, SAP, FANUC and ABB robot programming, Ignition SCADA, Power BI
Experience
Senior Manufacturing Engineer 03/2019 – Present
Stonebridge Heavy Equipment Milwaukee, WI
  • Lead process engineering for 3 production lines building 26,000 units a year, and mentor a group of 5 engineers and 2 technicians.
  • Lowered cost per unit by 19% on the highest-volume product family over four years, contributing $2.9M of the $4.8M in cumulative annual savings delivered.
  • Led $6.2M in capital projects including 4 robotic weld cells and a paint line upgrade, with an average payback of 19 months against a 24-month threshold.
Manufacturing Engineer 06/2016 – 02/2019
Vanderhall Industrial Fabrication Racine, WI
  • Owned weld and machining processes across 14 workcenters, raising first-pass yield from 88% to 96% over two and a half years.
  • Ran a design of experiments on weld parameters that cut rework hours by 3,100 a year, worth about $210,000 in recovered labor.
  • Qualified 9 new suppliers through process capability review and first article inspection, reducing purchased part defects by 44%.
Process Engineer 07/2012 – 05/2016
Northpine Metal Systems Green Bay, WI
  • Supported 8 press and forming operations, improving overall equipment effectiveness from 64% to 79% across four years.
  • Led the launch of 5 new part families from quote through PPAP, all reaching full rate within the customer's original timing.
  • Cut die change downtime by 41% through quick-change tooling and a 12-step standardized setup adopted across all 8 presses.
Projects

Robotic Weld Cell Program. Justified, specified, and installed 4 robotic weld cells over three years, including vendor selection, runoff acceptance, and operator transition. The program delivered $1.7M in annual labor and rework savings at a 17-month average payback.

Cost Per Unit Model. Built a bottom-up model tying labor, material, scrap, and downtime to unit cost for every product family. The model became the basis for capital prioritization and exposed 6 improvement targets that drove a 19% reduction on the top family.

Plant Process Standards. Wrote the plant's process engineering standards covering PFMEA, control plans, validation, and change control. Launch defects on new programs fell by more than half, and two sister plants adopted the same documents.

Extra-Curricular Activities
  • Serve on the industry advisory board for a technical college manufacturing program, reviewing curriculum twice a year.
  • Present annually at a regional manufacturing conference, most recently on automation payback in high-mix production, to about 150 attendees.
  • Mentor 3 early-career engineers a year through a professional society program, with 4 of the past 9 promoted within two years.
Leadership
  • Lead a process engineering group of 5 engineers and 2 technicians, setting quarterly priorities across 3 production lines.
  • Chair the plant capital review committee, which has evaluated 34 proposals and approved 11 projects totaling $6.2M since 2021.
  • Built the apprenticeship pipeline with a local technical college, which has placed 8 technicians into full-time plant roles since 2020.
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Google Manufacturing Engineer Resume Example

Meet Devon Ashworth, a manufacturing engineer supporting consumer hardware production at Google, working between design teams and contract manufacturers. This example shows how to present new product introduction work, supplier process qualification, and yield ramp on high-volume builds.

Devon Ashworth

(650) 555-0129 ◇ Mountain View, CA

devon.ashworth@example.com ◇ linkedin.com/in/devon-ashworth ◇ devonashworth.com

Objective

Manufacturing Engineer with 9 years in consumer hardware new product introduction, working between design teams and contract manufacturers across the US and Asia. Took 4 products from engineering build through mass production, raising first-pass yield on the most recent launch from 71% to 96% within 10 weeks of ramp. Comfortable owning process qualification, supplier readiness, and the build schedule at the same time.

Education
M.S. in Mechanical Engineering, Bayfront Technical University 2014 – 2016

Concentration in Design for Manufacturing; research on tolerance allocation for high-volume assemblies.

B.S. in Manufacturing Engineering, Sierra Vista State University 2010 – 2014

Graduated with honors; two summer internships in electronics assembly and test engineering.

Skills
New Product Introduction
EVT, DVT and PVT builds, build readiness, ramp planning, yield escalation, design for manufacturing
Supplier & CM Management
Contract manufacturer qualification, process audits, tooling reviews, on-site build support, travel
Process & Test
Assembly process design, fixture and test station specification, capability studies, failure analysis
Tools & Systems
Siemens NX, SolidWorks, Minitab, JMP, Python for yield analysis, SQL, Tableau, Google Workspace
Experience
Manufacturing Engineer, Consumer Hardware 02/2021 – Present
Google Mountain View, CA
  • Own assembly process development for 2 consumer hardware products, coordinating builds with 3 contract manufacturers across 4 time zones.
  • Raised first-pass yield on the most recent launch from 71% to 96% within 10 weeks of ramp by resolving 8 top failure modes at the station level.
  • Ran 14 on-site build events over three years, cutting average issue closure time during EVT and DVT from 9 days to 3.
NPI Manufacturing Engineer 05/2017 – 01/2021
Lantern Peak Devices San Jose, CA
  • Took 2 wearable products from engineering build through mass production, each reaching a sustained rate of 40,000 units a month.
  • Cut assembly cycle time by 23% by redesigning 5 fixtures and resequencing a 12-station line ahead of the production ramp.
  • Reduced cosmetic reject rate from 6.4% to 1.8% by tightening handling procedures and adding 3 inline inspection points.
Manufacturing Engineer 07/2016 – 04/2017
Coastline Electronics Assembly Fremont, CA
  • Supported 4 surface mount lines running 22 board assemblies, improving line uptime from 76% to 88% within one year.
  • Qualified 6 new test fixtures and wrote the acceptance criteria, reducing false-failure rates at final test from 4.1% to 0.9%.
  • Led failure analysis on 30 field returns, tracing 19 of them to a single solder profile issue that was corrected in two weeks.
Projects

Yield Ramp Playbook. Built a standard method for triaging yield during ramp, pairing station-level Pareto data with a daily cross-functional escalation call. First-pass yield reached 96% in 10 weeks against a historical average of 20, and the playbook was reused on the next program.

Supplier Process Qualification. Developed a 40-point process audit for contract manufacturer readiness covering tooling, training, controls, and traceability. Adopted across 3 partners, it cut post-transfer process escapes by roughly two thirds.

Yield Analytics Pipeline. Wrote Python and SQL tooling that pulls station test logs nightly into a Tableau view of yield by station, failure mode, and build. Daily manual reporting disappeared and yield regressions became visible within hours instead of days.

Extra-Curricular Activities
  • Mentor 4 engineering interns a year through a structured summer program, including project scoping and end-of-term presentations.
  • Volunteer with a Bay Area robotics outreach program, supporting 3 school teams through their competition build season.
  • Member of the Society of Manufacturing Engineers, presenting once at a regional event on design for manufacturing reviews.
Leadership
  • Lead build readiness reviews for 2 product programs, aligning design, quality, supply chain, and 3 contract manufacturers on entry criteria.
  • Drove adoption of a common yield reporting format across 3 partners, ending the reconciliation work that had consumed 2 days each build.
  • Ran the design for manufacturing review process for 6 programs, with feedback from those reviews closing 74 issues before tooling release.
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Manufacturing Quality Engineer Resume Example

Meet Naomi Ferreira, a manufacturing quality engineer who owns the inspection, containment, and corrective action side of the plant. This example demonstrates PPAP and control plan ownership, supplier quality escalations, and defect reduction measured in parts per million.

Naomi Ferreira

(423) 555-0165 ◇ Chattanooga, TN

naomi.ferreira@example.com ◇ linkedin.com/in/naomi-ferreira ◇ naomiferreira.com

Objective

Manufacturing Quality Engineer with 8 years owning inspection, containment, and corrective action in automotive and appliance production. Reduced customer defects from 1,850 to 210 parts per million across three years and closed 62 corrective actions with zero repeat failures. Owns PPAP submissions, control plans, and supplier escalations, and treats a containment as unfinished until the root cause is verified gone.

Education
B.S. in Industrial and Systems Engineering, Riverbluff State University 2013 – 2017

Coursework in Statistical Quality Control, Reliability Engineering, Metrology, and Operations Research.

Certified Quality Engineer, American Society for Quality 2020

Also holds Six Sigma Green Belt and IATF 16949 internal auditor certification, both maintained current.

Skills
Quality Systems
IATF 16949, ISO 9001, PPAP, APQP, control plans, PFMEA, internal audits, layered process audits
Problem Resolution
8D, containment and sorting, root cause verification, corrective action closure, customer escalations
Measurement & Data
Gauge R&R, SPC, capability studies, CMM programming basics, metrology, sampling plans, PPM tracking
Tools & Systems
Minitab, SAP QM, Zeiss Calypso, Microsoft Excel, Power BI, Plex, InfinityQS, Google Workspace
Experience
Manufacturing Quality Engineer 04/2021 – Present
Copperline Automotive Components Chattanooga, TN
  • Own quality for 3 product families shipping 1.1 million parts a year to 5 automotive customers under IATF 16949.
  • Reduced customer defects from 1,850 to 210 parts per million over three years by closing 62 corrective actions with verified root cause.
  • Submitted 18 PPAP packages with 17 approved on first submission, against a plant historical first-pass approval rate of 72%.
Quality Engineer 09/2018 – 03/2021
Marlstone Appliance Manufacturing Cleveland, TN
  • Managed supplier quality for 34 vendors, driving purchased part defects down 51% through 9 on-site process audits and 4 supplier development plans.
  • Cut warranty claims on a problem product line by 38% by tracing 3 field failure modes back to a specific assembly torque variation.
  • Implemented SPC on 12 critical characteristics, moving average Cpk from 1.08 to 1.51 and ending 2 recurring customer complaints.
Quality Engineer I 07/2017 – 08/2018
Hazelford Precision Molding Dalton, GA
  • Ran incoming and in-process inspection for 40 part numbers, performing 25 gauge R&R studies and retiring 6 measurement systems that failed.
  • Reduced inspection labor by 30% by moving 14 characteristics from manual gauging to a CMM program with automated reporting.
  • Led 15 internal audits across 4 departments, documenting 48 findings of which 45 were closed within the 30-day target.
Projects

PPM Reduction Program. Built a defect database linking every customer complaint to product, station, and root cause, then worked the top contributors in sequence. Customer defects fell from 1,850 to 210 parts per million across three years with no repeat failures.

Supplier Development Plan. Audited 9 underperforming suppliers against a 60-point process checklist and built improvement plans with 4 of them. Purchased part defects dropped 51% and 2 suppliers moved from probation to preferred status.

Layered Process Audit Rollout. Introduced daily, weekly, and monthly audits at 3 management levels covering the 20 highest-risk operations. Process adherence rose from 71% to 95% and 3 defect modes disappeared entirely within two quarters.

Extra-Curricular Activities
  • Section chair for the local American Society for Quality chapter, organizing 10 technical meetings a year for about 60 members.
  • Volunteer exam proctor for quality certification sittings, supporting roughly 80 candidates across two sessions annually.
  • Coach a middle school math club 2 afternoons a week, working with 18 students through a regional competition season.
Leadership
  • Lead a quality team of 4 inspectors and 1 technician across 3 shifts, setting inspection priorities and containment response.
  • Serve as management representative for IATF 16949 surveillance audits, with 3 consecutive audits closing with zero major findings.
  • Trained 40 operators and 6 supervisors on layered process audits, taking adherence from 71% to 95% within two quarters.
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