Resume Example

Mechanical Engineer Resume Examples

Use these ATS-friendly resume examples and templates to showcase your design work, analysis depth, and delivered hardware as a Mechanical Engineer.
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A strong mechanical engineer resume should show hardware that shipped and analysis that changed a design. Highlight the products and assemblies you worked on, the CAD and simulation tools you actually use, tolerance and materials decisions, test results, cost or weight reductions, and anything that reached production. Name your licensure or certifications where the role expects them. Use the examples below to see how to turn engineering experience into clear, results-focused resume achievements.

Mechanical Engineer Resume Example

Meet Soraya Lindqvist-Adeyemi, a fictional mechanical engineer with 8+ years across product development and sustaining engineering. This example highlights hardware that reached production, cost and weight reductions, and the test work that backed each design decision.

Soraya Lindqvist-Adeyemi

(734) 555-0168 ◇ Ypsilanti, MI

soraya.lindqvist-adeyemi@example.com ◇ linkedin.com/in/soraya-lindqvist-adeyemi ◇ sorayalindqvistadeyemi.com

Objective

Mechanical Engineer with 8+ years across product development and sustaining engineering for industrial equipment. Took 6 assemblies from concept to production, cut part cost by 22% on a high-volume housing, and reduced field warranty claims on a problem subassembly from 940 to 110 a year. Backs every design decision with test data rather than simulation alone.

Education
B.S. in Mechanical Engineering, Huron Meridian University 2013 – 2017

Coursework in Machine Design, Materials, Heat Transfer, Fluid Mechanics, and Finite Element Analysis.

Professional Engineer, Mechanical, Michigan Board of Professional Engineers 2022

Licence current; also holds a GD&T certification through the American Society of Mechanical Engineers.

Skills
Design & Analysis
3D modelling, tolerance stack-up, finite element analysis, fatigue and stress calculation, material selection
Product Development
Concept through production, design reviews, design for manufacture and assembly, prototype builds, cost reduction
Validation
Test planning, instrumentation, durability and environmental testing, failure analysis, correlation to model
Tools & Systems
SolidWorks, Creo, ANSYS Mechanical, MATLAB, Python, Teamcenter PLM, Minitab, AutoCAD, GD&T
Experience
Senior Mechanical Engineer 04/2021 – Present
Willow Run Industrial Systems Ypsilanti, MI
  • Own mechanical design for 3 product lines shipping about 24,000 units a year, from concept through production release.
  • Cut part cost by 22% on a high-volume housing by consolidating 7 components into 2 and moving to a die-cast process.
  • Reduced field warranty claims on a problem subassembly from 940 to 110 a year after a root cause analysis found a fatigue crack.
Mechanical Engineer 08/2017 – 03/2021
Rouge Line Equipment Company Dearborn, MI
  • Designed 4 assemblies that reached production, releasing about 180 drawings across the period.
  • Led a weight reduction programme that took 6.4 kilograms out of a frame assembly, worth $310,000 a year in material.
  • Ran durability testing on 9 prototypes, and the resulting design changes closed 14 of 16 identified failure modes.
Engineering Intern 05/2016 – 08/2016
Saline Creek Manufacturing Saline, MI
  • Built finite element models for 5 bracket designs and correlated results against physical test on 3 of them.
  • Updated 40 legacy drawings to current GD&T standards after an audit found tolerance callouts that could not be inspected.
  • Documented a test procedure for a fixture that the engineering team adopted for 6 subsequent programmes.
Projects

Housing Cost Reduction. Consolidated 7 sheet metal and fastener components into 2 die-cast parts after a teardown showed assembly labour dominated the cost. Part cost fell 22% and assembly time dropped by 4 minutes per unit across 24,000 units a year.

Warranty Root Cause Investigation. Traced a recurring field failure to a fatigue crack initiating at an undersized fillet, using returned parts and correlated finite element analysis. Warranty claims on the subassembly fell from 940 to 110 a year.

Frame Weight Programme. Reworked a frame assembly through material substitution and topology-informed rib redesign, validated on 3 durability rigs. Removed 6.4 kilograms per unit, worth about $310,000 a year in material cost.

Extra-Curricular Activities
  • Mentor a high school robotics team of 24 students through a 6-week build season each year.
  • Member of the American Society of Mechanical Engineers, serving on the local section programme committee.
  • Volunteer engineering advisor for an assistive device charity, reviewing 4 designs a year at no charge.
Leadership
  • Lead design reviews for 3 product lines, chairing 22 reviews a year across engineering, manufacturing, and quality.
  • Mentor 3 junior engineers, 2 of whom now own their own assemblies through to production release.
  • Set the drawing and GD&T standard the department works to, which cut supplier clarification requests by roughly half.
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Mechanical Design Engineer Resume Example

Meet Corbin Mwangi, a mechanical design engineer who lives in CAD and owns drawings through to release. This example demonstrates design ownership: tolerance stack-ups, design for manufacture, drawing quality, and supplier feedback loops.

Corbin Mwangi

(608) 555-0142 ◇ Janesville, WI

corbin.mwangi@example.com ◇ linkedin.com/in/corbin-mwangi ◇ corbinmwangi.com

Objective

Mechanical Design Engineer with 6 years owning models and drawings through to release for precision equipment. Released about 420 drawings across 5 programmes with a first-pass approval rate of 94%, and cut supplier clarification requests by 63% through tighter GD&T. Designs for the person who has to machine it, inspect it, and assemble it, not just for the model to close.

Education
B.S. in Mechanical Engineering, Rock River University 2015 – 2019

Concentration in Design and Manufacturing; coursework in Machine Design, Metrology, and CAD Modelling.

Geometric Dimensioning and Tolerancing Professional, ASME 2021

Senior level certification; also holds Certified SolidWorks Professional credentials in modelling and sheet metal.

Skills
CAD & Drawings
Parametric modelling, large assembly management, detail drawings, GD&T, revision and change control
Design Method
Tolerance stack-up, design for manufacture and assembly, fastener and bearing selection, kinematics, weldments
Manufacturing Interface
Supplier design reviews, machining and sheet metal feasibility, first article inspection support, cost estimating
Tools & Systems
SolidWorks, Creo, AutoCAD, PDM Vault, ANSYS, Excel-based stack-up tools, Zeiss Calypso, Teamcenter
Experience
Mechanical Design Engineer 06/2021 – Present
Beloit Ridge Precision Systems Janesville, WI
  • Own modelling and drawing release for 3 programmes, having released about 280 drawings with a 94% first-pass approval rate.
  • Cut supplier clarification requests by 63% by tightening GD&T callouts and adding datum schemes that match how parts are fixtured.
  • Redesigned a 40-part assembly down to 24 parts, cutting assembly time by 18 minutes and tooling cost by $92,000.
Design Engineer 07/2019 – 05/2021
Turtle Creek Machine Works Beloit, WI
  • Produced models and drawings for 2 machine programmes, releasing about 140 drawings across weldments and machined parts.
  • Reduced scrap on a machined housing from 7.2% to 1.9% by relaxing 4 tolerances that analysis showed were not functional.
  • Built a library of 60 standard components and fasteners that cut new model setup time by roughly 40%.
Engineering Co-op 01/2018 – 08/2018
Sugar River Fabrication Monroe, WI
  • Updated 90 legacy drawings from coordinate dimensioning to GD&T across 3 product families.
  • Modelled 30 sheet metal parts and produced flat patterns that the shop used without a single correction.
  • Documented 12 shop feedback items on drawing readability that the engineering team adopted into its standard.
Projects

Datum Scheme Overhaul. Rebuilt datum schemes across a product family so they match how parts are actually fixtured and inspected, after suppliers repeatedly asked which surface to set from. Clarification requests fell 63% and first article rejections dropped alongside them.

Assembly Part Count Reduction. Redesigned a 40-part assembly to 24 parts by combining brackets and moving 3 fastened joints to formed features. Assembly time fell 18 minutes per unit and tooling cost dropped $92,000.

Tolerance Rationalisation. Analysed which tolerances on a machined housing were functional and which were inherited habit, then relaxed 4 that carried no requirement. Scrap fell from 7.2% to 1.9% with no change in assembly fit or field performance.

Extra-Curricular Activities
  • Teach a quarterly GD&T workshop at a technical college for 15 to 25 students moving into machining and inspection.
  • Member of the American Society of Mechanical Engineers, attending the annual design conference since 2021.
  • Volunteer with a community makerspace, maintaining 4 machines and running a CAD introduction course twice a year.
Leadership
  • Serve as the drawing checker for the department, reviewing about 200 drawings a year before release.
  • Trained 8 engineers and 12 machinists on the revised GD&T standard, which is why the clarification reduction held.
  • Own the standard component library of 60 parts that all 5 design engineers now build from.
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Field Service Engineer Resume Example

Meet Beatriz Okonjo-Hale, a field service engineer who installs, commissions, and repairs equipment on customer sites. This example shows the distinct discipline of field work: uptime, first-time fix rate, travel load, and diagnosing faults with the customer watching.

Beatriz Okonjo-Hale

(281) 555-0157 ◇ Katy, TX

beatriz.okonjo-hale@example.com ◇ linkedin.com/in/beatriz-okonjo-hale ◇ beatrizokonjohale.com

Objective

Field Service Engineer with 9 years installing, commissioning, and repairing industrial equipment on customer sites across 14 states. Holds a first-time fix rate of 88% against a 72% team average, commissioned 40 installations with zero repeat callouts, and travels about 60% of the year. Diagnoses faults with the customer standing there and the line stopped, which is a different job from bench engineering.

Education
B.S. in Mechanical Engineering Technology, Brazos Meridian University 2012 – 2016

Coursework in Fluid Power, Machine Systems, Instrumentation, Controls, and Applied Thermodynamics.

OSHA 30-Hour General Industry and Confined Space Entry, OSHA Training Institute 2018

Both current; also holds lockout tagout certification and a commercial driving endorsement for service vehicles.

Skills
Field Diagnostics
Fault isolation, vibration and thermal analysis, hydraulic and pneumatic troubleshooting, root cause on site
Installation & Commissioning
Mechanical installation, alignment, calibration, acceptance testing, handover documentation, operator training
Customer & Safety
Customer communication under downtime pressure, site safety compliance, permit to work, escalation judgement
Tools & Systems
Salesforce Field Service, SAP, laser alignment tools, vibration analysers, thermal cameras, Allen-Bradley PLCs
Experience
Senior Field Service Engineer 02/2020 – Present
Gulf Meridian Process Equipment Katy, TX
  • Cover 60 customer sites across 14 states, completing about 140 service visits a year on rotating and process equipment.
  • Hold a first-time fix rate of 88% against a 72% team average, across roughly 700 service calls since 2020.
  • Commissioned 40 installations with zero repeat callouts within the 90-day warranty window on any of them.
Field Service Engineer 08/2016 – 01/2020
Trinity Bay Rotating Equipment Houston, TX
  • Serviced pumps, compressors, and gearboxes at 40 sites, averaging 120 visits a year with 55% travel.
  • Cut average repair time on a common seal failure from 9 hours to 4 by building a pre-staged parts kit carried on every call.
  • Trained 90 customer operators across 22 sites on daily checks, which reduced avoidable callouts by about a third.
Maintenance Engineer 06/2015 – 07/2016
San Bernard Chemical Works Freeport, TX
  • Maintained 140 items of rotating equipment on a continuous chemical plant while completing a degree in the evenings.
  • Introduced vibration monitoring on 30 critical pumps, catching 6 bearing failures before they caused an unplanned stop.
  • Reduced mean time to repair on the highest-failure pump family from 11 hours to 6 through a documented repair sequence.
Projects

Pre-Staged Parts Kit. Analysed 2 years of service calls to find the 18 parts responsible for most repeat visits, then built a kit carried on every call. Average repair time on the most common failure fell from 9 hours to 4, and second visits largely stopped.

Customer Operator Training. Built a 2-hour daily checks session delivered at handover on every commissioning, covering the 9 conditions that precede most failures. Avoidable callouts across 22 trained sites fell by roughly a third.

Field Diagnostic Guide. Wrote a fault tree for the 24 most frequent equipment faults, including the measurements that distinguish similar symptoms. The team's first-time fix rate rose after adoption, and new engineers reach independent calls faster.

Extra-Curricular Activities
  • Volunteer with a Houston tools for trades programme, refurbishing about 120 donated hand and power tools a year.
  • Member of a reliability engineering association, attending 4 technical sessions a year.
  • Coach a youth robotics club of 16 students, meeting weekly through a 20-week season.
Leadership
  • Serve as the escalation engineer for a field team of 9, taking the 30 hardest calls a year across the region.
  • Trained 6 field service engineers to independent call status since 2020, using the field diagnostic guide.
  • Represent field service in design reviews, having fed back 22 serviceability issues that were corrected before release.
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Fresher Mechanical Engineer Resume Example

Meet Dhruv Chatterjee-Nolan, a fresher mechanical engineer straight out of a degree with two internships and a capstone. This example shows how coursework, internships, and a competition team build a credible resume before any full-time engineering role.

Dhruv Chatterjee-Nolan

(765) 555-0116 ◇ West Lafayette, IN

dhruv.chatterjee-nolan@example.com ◇ linkedin.com/in/dhruv-chatterjee-nolan ◇ dhruvchatterjeenolan.com

Objective

Mechanical engineering graduate seeking a first full-time role, with 2 internships totalling 11 months and a capstone that reached a working prototype. Ran 24 physical tests correlating finite element models to within 9% of measured stress, and led the chassis subteam on a competition car that finished 6th of 74. Comfortable in SolidWorks and ANSYS, and more comfortable in a machine shop.

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

GPA 3.7; coursework in Machine Design, Heat Transfer, Finite Element Analysis, Materials, and Controls.

Engineer in Training Certification, Indiana Board of Professional Engineers 2025

Passed the Fundamentals of Engineering exam on first attempt; also holds Certified SolidWorks Associate credentials.

Skills
Design & CAD
3D modelling, detail drawings, GD&T basics, assembly design, sheet metal, tolerance stack-up fundamentals
Analysis
Finite element analysis, hand calculations, statics and dynamics, thermal basics, model correlation to test
Hands-On Fabrication
Manual machining, welding, 3D printing, instrumentation and strain gauging, test rig assembly, data logging
Tools & Systems
SolidWorks, ANSYS Mechanical, MATLAB, Python, LabVIEW, AutoCAD, Microsoft Excel, Minitab
Experience
Mechanical Engineering Intern 05/2024 – 12/2024
Wabash Line Agricultural Equipment Lafayette, IN
  • Ran 24 physical tests on 6 bracket and linkage designs, correlating finite element models to within 9% of measured stress.
  • Redesigned a mounting bracket that had failed in the field, and the revised part passed 500,000 cycles against a 250,000 requirement.
  • Released 18 detail drawings that went to suppliers, of which 17 were quoted without a clarification request.
Engineering Intern 05/2023 – 08/2023
Tippecanoe Ridge Fabrication Kokomo, IN
  • Modelled 30 weldment components and produced cut lists that the shop used across 4 production runs.
  • Built a fixture for a repeat welding operation that cut setup time from 22 minutes to 8 per assembly.
  • Documented 14 shop-floor observations on drawing clarity, of which 9 became changes to the drawing standard.
Machine Shop Assistant 09/2022 – 04/2024
Wabash Meridian University West Lafayette, IN
  • Trained about 120 students a semester on manual mill and lathe operation and shop safety procedures.
  • Machined roughly 200 parts for student research projects across 3 academic years.
  • Maintained 9 machines on a preventive schedule, cutting unplanned downtime from 14 days a year to 4.
Projects

Senior Design Capstone. Led a 5-person team designing and building a powered wheelchair attachment for rough terrain, reaching a working prototype tested by 4 users. The team placed first in the department capstone review and the sponsor funded a second iteration.

Formula Chassis Subteam. Led the chassis subteam of 8 across design, analysis, and fabrication for a competition car that finished 6th of 74 entrants. Reduced frame weight by 4.1 kilograms while raising torsional stiffness by 12%.

Model Correlation Study. Instrumented 6 bracket designs with strain gauges and compared results against finite element predictions across 24 tests. Correlation within 9% gave the team confidence to reduce physical testing on subsequent variants.

Extra-Curricular Activities
  • Member of the university Formula SAE team for 4 years, serving as chassis subteam lead in the final 2 seasons.
  • Volunteer with a STEM outreach programme, running hands-on sessions for about 140 middle school students a year.
  • Treasurer of the student chapter of the American Society of Mechanical Engineers, tracking a $7,200 annual budget.
Leadership
  • Led a 5-person capstone team from concept to a working prototype, placing first in the department review.
  • Led the Formula SAE chassis subteam of 8 across 2 seasons, setting the build schedule that got the car to competition on time.
  • Trained about 120 students a semester on machine shop safety, with no recordable incidents across 3 academic years.
Use this resume

Prototype Engineer Resume Example

Meet Marguerite Vasilenko, a prototype engineer who builds, breaks, and iterates hardware before it is ready for production. This example highlights build speed, iteration count, hands-on fabrication, and the failures that saved money by happening early.

Marguerite Vasilenko

(650) 555-0181 ◇ Redwood City, CA

marguerite.vasilenko@example.com ◇ linkedin.com/in/marguerite-vasilenko ◇ margueritevasilenko.com

Objective

Prototype Engineer with 7 years building, instrumenting, and breaking hardware before it is ready for production. Delivered 90 functional prototypes across 12 programmes at an average of 9 days from concept to first build, and killed 4 designs early that would have cost an estimated $3.2M to discover at tooling. Fast iteration is the job, and so is being willing to prove something does not work.

Education
B.S. in Mechanical Engineering, Peninsula Meridian University 2014 – 2018

Concentration in Product Design; coursework in Machine Design, Manufacturing Processes, and Mechatronics.

Certified SolidWorks Professional, Dassault Systemes 2019

Also completed advanced CNC programming and a composites fabrication course through a technical institute in 2022.

Skills
Rapid Build
Additive manufacturing, CNC machining, sheet metal forming, composites layup, urethane casting, hand fabrication
Test & Instrumentation
Rig design, strain gauging, load cells, high-speed video, data acquisition, destructive and life testing
Iteration Method
Design of experiments on hardware, failure characterisation, tolerance exploration, build documentation, teardown
Tools & Systems
SolidWorks, Fusion 360, Markforged and Formlabs printers, Haas CNC, LabVIEW, ANSYS, Python, Instron
Experience
Senior Prototype Engineer 03/2021 – Present
Bayside Crown Robotics Redwood City, CA
  • Build and test prototypes for 5 programmes, delivering about 40 functional builds a year across mechanism and structure.
  • Cut average concept to first build from 21 days to 9 by bringing 3 fabrication processes in house and standardising 60 stock parts.
  • Killed 4 designs at prototype stage that analysis had cleared, avoiding an estimated $3.2M in tooling and rework.
Prototype Engineer 07/2018 – 02/2021
Coyote Point Consumer Hardware San Mateo, CA
  • Delivered about 50 prototypes across 7 programmes, covering enclosures, hinges, and mechanism assemblies.
  • Designed and built 14 test rigs, including a hinge life rig that ran 200,000 cycles and exposed 3 failure modes.
  • Reduced prototype material spend by 34% by switching 5 recurring part types from machined to printed with validated properties.
Engineering Technician 06/2017 – 06/2018
Belmont Line Instruments Belmont, CA
  • Machined and assembled about 300 test parts while completing a degree, supporting 4 engineering programmes.
  • Instrumented 20 test articles with strain gauges and thermocouples, and logged data for the analysis team.
  • Rebuilt the shop's tooling and fixture storage, cutting average setup time for a repeat job from 25 minutes to 9.
Projects

In-House Fabrication Build-Out. Brought printing, light machining, and urethane casting in house and standardised a 60-part stock library. Concept to first build fell from 21 days to 9, which roughly doubled the number of iterations each programme could afford.

Hinge Life Rig. Designed and built a test rig that cycled hinge assemblies 200,000 times with automated force and position logging. It exposed 3 failure modes that neither analysis nor short-run testing had found, before tooling was committed.

Printed Part Qualification. Characterised printed material properties against machined equivalents across 5 recurring part types, including anisotropy and moisture effects. Prototype material spend fell 34% with documented limits on where printed parts are valid.

Extra-Curricular Activities
  • Volunteer shop lead at a Bay Area makerspace, training about 80 members a year on machining and printing safety.
  • Mentor a high school robotics team of 20 students through a 6-week build season each year.
  • Run a small open hardware project with roughly 400 downloads, publishing build documentation and test data.
Leadership
  • Lead a prototype shop team of 3 technicians supporting 5 engineering programmes.
  • Set the build documentation standard the shop works to, so every prototype carries its own configuration and test record.
  • Trained 12 design engineers on prototype-friendly design, which cut rework on first builds by roughly 40%.
Use this resume

Thermal Engineer Resume Example

Meet Anselm Ferreira-Boyd, a thermal engineer specialising in heat transfer, cooling design, and thermal simulation. This example demonstrates the analysis depth the specialism requires, correlated against physical test rather than left in simulation.

Anselm Ferreira-Boyd

(978) 555-0194 ◇ Lowell, MA

anselm.ferreira-boyd@example.com ◇ linkedin.com/in/anselm-ferreira-boyd ◇ anselmferreiraboyd.com

Objective

Thermal Engineer with 9 years designing cooling for electronics and power systems, correlating every model against physical test. Cut junction temperature by 24 degrees Celsius on a power module, reduced fan power draw by 38% on a server platform, and holds model correlation within 6% across 40 validated builds. Treats an uncorrelated simulation as an opinion rather than a result.

Education
M.S. in Mechanical Engineering, Merrimack Crown University 2014 – 2016

Concentration in Thermal Sciences; thesis on two-phase cooling for high heat flux electronics.

B.S. in Mechanical Engineering, Nashua Line University 2010 – 2014

Graduated cum laude; holds a computational fluid dynamics certification through a vendor programme earned in 2019.

Skills
Thermal Analysis
Computational fluid dynamics, conduction and convection modelling, thermal resistance networks, transient analysis
Cooling Design
Heat sink and cold plate design, fan and airflow selection, thermal interface materials, heat pipes, liquid cooling
Validation
Thermocouple and infrared measurement, wind tunnel and chamber testing, model correlation, acoustic trade-off
Tools & Systems
Ansys Icepak, Siemens Simcenter Flotherm, SolidWorks, MATLAB, Python, LabVIEW, thermal cameras, Instron chambers
Experience
Senior Thermal Engineer 05/2020 – Present
Merrimack Bend Power Systems Lowell, MA
  • Own thermal design for 4 power electronics platforms with heat loads between 400 watts and 9 kilowatts.
  • Cut junction temperature by 24 degrees Celsius on a power module through cold plate redesign and a revised interface material.
  • Maintain model correlation within 6% of measured temperature across 40 validated builds since 2020.
Thermal Engineer 08/2016 – 04/2020
Concord Line Computing Andover, MA
  • Designed cooling for 6 server platforms, running about 120 computational fluid dynamics studies across the period.
  • Reduced fan power draw by 38% on a flagship platform by reworking the airflow path and raising 3 component temperature limits.
  • Cut acoustic output by 5 decibels at full load while holding all component temperatures within specification.
Graduate Research Assistant 09/2014 – 07/2016
Merrimack Crown University Lowell, MA
  • Ran 140 experiments on two-phase cooling for high heat flux surfaces, building the test loop and instrumentation.
  • Published 2 peer-reviewed papers and presented at 3 conferences on boiling heat transfer enhancement.
  • Mentored 4 undergraduate researchers, of whom 3 continued into graduate study in thermal sciences.
Projects

Cold Plate Redesign. Reworked a cold plate's channel geometry and switched interface material after test showed spreading resistance, not flow rate, was the constraint. Junction temperature fell 24 degrees Celsius, which let the platform run at a higher power rating without a new enclosure.

Airflow Path Rework. Rebuilt a server airflow path around measured pressure drop rather than assumed impedance, and raised 3 conservative component limits with vendor data. Fan power fell 38% and acoustic output dropped 5 decibels at full load.

Correlation Discipline. Instituted a rule that no thermal model informs a design decision until correlated against a physical build, with the delta documented. Correlation now sits within 6% across 40 builds, and late thermal surprises have stopped.

Extra-Curricular Activities
  • Review conference papers for a thermal management track, assessing about 15 submissions a year.
  • Guest lecture annually on electronics cooling at a university programme, reaching about 50 graduate students.
  • Mentor 3 engineers a year moving into thermal specialisms, through a professional society programme.
Leadership
  • Serve as thermal technical lead across 4 platforms, reviewing every cooling design before it reaches layout freeze.
  • Set the model correlation standard the department works to, now required on all 40 platform builds.
  • Trained 16 electrical and mechanical engineers on thermal budgeting, which moved cooling into design conversations earlier.
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