HIRE TALENT  /  MEP & ENGINEERING  /  TOOLING ENGINEER
Manufacturing Engineering Recruiting

Hire Tooling Engineers

Hire Tooling Engineers who design, build and buy off the assembly jigs, composite layup tools, machining fixtures and gauges that hold aerospace and defense hardware to print — at rate, with GD&T that traces to the drawing and a tryout record that survives first-article inspection. Verified with the manufacturing engineers, machinists and quality leads who ran the tools, not the CAD screenshots.

Tooling Engineer - iRecruit.coExample profile
Jamal C.
Vetted Specialists
MEP & Engineering
Tooling Engineer
BSME · ASME Y14.5 GD&T · Siemens NX
Sectors
Aerospace and defense
Airframes, launch vehicles, munitions, drones, satellites, engines and composite structures
Role scope
Engineer through Principal
Tool design, jigs and fixtures, layup tooling, gauges, tryout and buyoff, rate readiness
Geography
US-wide
Industrial, defense and mission-critical network
Placement warranty
Replacement guarantee
Every model, every placement
How It Works

Hire Tooling Engineers in 3 steps

A structured process for the hire whose tools decide whether a fuselage barrel, a wing skin or a rocket tank dome comes off the line on datum — where a Tooling Engineer who has only drawn bench fixtures lets a 40-foot assembly jig go to the floor without a thermal-growth check, the first article fails hole-position by 0.015 inch, and rate slips a quarter while the tool is rebuilt.

Step 01

Talk to our team

30-minute call. Align on product and material (metallic airframe, composite structure, propulsion, energetics, electronics assembly), tool families in scope (assembly jigs, drill templates, layup mandrels and cauls, bond tools, machining and welding fixtures, gauges and CMM fixtures), CAD platform (NX, CATIA V5 or 3DEXPERIENCE, SolidWorks, Creo), rate targets, tool-build model (in-house tool room versus outside tool vendors), certifications and ITAR status, and start date.

Step 02

Review hand-selected talent

Within 2 weeks we introduce 3–5 Tooling Engineers with verified tool design, tryout and buyoff history on comparable aerospace and defense hardware — not machine-design or consumer-product resumes restyled. References from manufacturing engineering managers, tool-room leads and quality engineers included.

Step 03

Hire with confidence

Every placement carries a replacement guarantee. If the hire fails within the warranty window, we run a no-fee replacement search.

Why iRecruit.co for Tooling Engineer Hires

What makes our Tooling Engineer shortlist different

A Tooling Engineer at an aerospace or defense plant is judged by whether the tool bought off on the first tryout, the first article passed on the tool, and the line hit rate without operators fighting the fixture. Real tryout scars, GD&T discipline and rate-tooling math separate an engineer who releases tools the floor trusts from one who releases models the floor reworks.

01

Tools verified through tryout and buyoff

Every Tooling Engineer has reference-verified ownership of tools that were designed, built, tried out and bought off — assembly jigs, drill and trim fixtures, layup and bond tools, machining fixtures, gauges. We confirm tryout outcome, first-article result and floor acceptance with the manufacturing engineering manager or quality lead, not the tool list on the resume.

02

Aerospace and defense tooling fluency

Datum schemes tied to the engineering drawing, ASME Y14.5 GD&T and tolerance stack-ups, laser-tracker and CMM tool certification, Invar and composite tooling for autoclave cure with thermal-growth compensation, determinant assembly and coordination holes, foreign-object-debris control, and AS9100 tool-control records. Matched to your product and material, not a generic fixture designer.

03

Tool design for rate and cost

Verified authorship of rate-tooling plans — tool quantities from takt and cure cycles, quick-change and modular fixturing, ergonomics and operator access, tool-life and recertification intervals — and a track record of tool budgets managed with in-house tool rooms and outside vendors under tool-order discipline that cleared internal audit.

Meet Vetted Tooling Engineers

The caliber of Tooling Engineer you’ll interview

Every candidate is credential-verified, reference-checked, and matched to your product, material and rate target. Anonymized examples below reflect real placement profiles.

Vetted SpecialistsFemale Tooling Engineer - composite structures plantExample profile

Mei L.

Tooling Engineer, Composite Aerostructures
  • Designed 14 Invar and composite layup tools for a wing-skin program in CATIA V5 — thermal-growth compensated, autoclave-certified, all bought off on first tryout
  • Cut recurring trim-and-drill fixture setup from 45 minutes to 12 with modular quick-change details across 6 part numbers
  • Owned laser-tracker tool certification and 18-month recertification schedule for 60 active tools under AS9100
Layup toolingCATIA V5Laser tracker
Vetted SpecialistsMale Tooling Engineer - launch vehicle factoryExample profile

Omar Z.

Senior Tooling Engineer, Launch Vehicle Structures
  • Led tool design in NX for a 12-foot-diameter tank-dome friction-stir-weld fixture and the barrel-section assembly jig that followed it
  • Built the rate-tooling plan that took a stage-assembly line from 2 to 12 vehicles a year — 38 new tools, $9M tool budget, delivered inside the line-activation date
  • Ran tool tryout and buyoff with quality and manufacturing engineering; first-article hole position held inside 0.005 inch on every jig
Assembly jigsSiemens NXRate tooling
Vetted SpecialistsFemale Tooling Engineer - defense manufacturingExample profile

Renata S.

Tooling Engineer, Munitions and Precision Machining
  • Designed 90 machining, welding and inspection fixtures in SolidWorks for a guided-munition airframe line — GD&T datum schemes traced to the drawing and stack-ups documented
  • Introduced hydraulic zero-point workholding on 5-axis cells that cut fixture changeover 60% and lifted OEE 9 points
  • Managed outside tool vendors under ITAR and DFARS controls with on-time delivery above 95% across 2 years
Machining fixturesGD&TVendor management
Tooling Engineer Specializations

Match the Tooling Engineer specialty to your product and rate target

“Tooling Engineer” at an aerospace or defense plant ranges from a composite layup-tool designer to a machining-fixture engineer to a rate-tooling planner, and the wrong specialty draws tools the floor cannot use. Below are the specializations we recruit for:

Not sure which Tooling Engineer specialty fits?

We’ll help you scope the role on the call — product and material, tool families, CAD platform, rate target, and in-house versus vendor tool build.

Hire Tooling Engineers →
Vetting Criteria

What we verify on every Tooling Engineer candidate

Tooling Engineer hires live and die on tools that buy off the first time, first articles that pass on the tool, and lines that hit rate without fighting the fixture. Below is what every candidate has documented before you meet them:

Tool design ownership

Reference-verified design of assembly jigs, layup and bond tools, machining and welding fixtures or gauges from concept through release — with tool counts, product and material confirmed by the manufacturing engineering manager.

Tryout and buyoff record

Verified tool tryout, laser-tracker or CMM certification and buyoff history, with first-article outcomes and floor acceptance reference-checked with quality and production leads.

GD&T and datum discipline

Working ASME Y14.5 fluency demonstrated on tool drawings and tolerance stack-ups tied to the engineering datum scheme, including thermal-growth compensation for cure tooling and coordination-hole strategies for determinant assembly.

CAD, rate and vendor execution

Verified proficiency in NX, CATIA, SolidWorks or Creo with PLM release, rate-tooling planning from takt and cure cycles, and tool-order management with in-house tool rooms and outside vendors under AS9100 tool control.

Credentials verified

ABET engineering or engineering technology degree, GD&T certification, CAD certifications, Six Sigma or lean credentials, and US-person status where ITAR applies — all checked.

Compensation alignment

Engineer, Senior, Lead and Principal comp bands aligned before finalists are introduced, including composite or launch-tooling premiums, shift support during line activation, relocation, and bonus structure.

FAQ

Hiring a Tooling Engineer: frequently asked questions

How long does it take to hire a Tooling Engineer?

Time to shortlist is typically 2 weeks from scoping call. Total time to placement (shortlist through offer acceptance) is typically 3–5 weeks. Seats requiring composite cure-tooling depth, large-scale assembly-jig history, a specific CAD platform, or relocation to a remote launch or munitions site can run a week or two longer.

What does a Tooling Engineer cost in 2026?

Most US Tooling Engineers at aerospace and defense manufacturers land between $90K and $125K base at the Engineer-to-Senior level depending on metro and product complexity. Lead and Principal Tooling Engineers with composite cure-tooling, launch-vehicle structures or rate-activation history typically run $125K–$160K, with tooling engineering managers above that. These are market bands; we confirm live market bands during scoping. See our manufacturing engineer salary guide for the adjacent seat.

How is a Tooling Engineer different from a Manufacturing Engineer?

A Manufacturing Engineer owns the process — routing, work instructions, line design, process capability. The Tooling Engineer owns the physical tools the process runs on: jigs, fixtures, layup tools and gauges, from design through tryout and buyoff. At smaller plants one engineer carries both; at rate programs the tooling seat is its own discipline with its own tool room and budget.

How is a Tooling Engineer different from a Manufacturing Automation Engineer or a Robotics Engineer?

A Manufacturing Automation Engineer integrates robot cells, PLCs and vision into the line; a Robotics Engineer goes deeper on the robot itself. The Tooling Engineer designs the fixtures and end-of-arm tooling those cells hold the part with. The seats overlap on automated drilling, fastening and layup, and we scope which one owns the fixture interface.

How is a Tooling Engineer different from an Industrial Engineer?

An Industrial Engineer owns takt, layout, capacity and labor standards. The Tooling Engineer takes the takt and cure-cycle numbers and turns them into tool quantities, modular fixturing and a rate-tooling plan with a budget. On line-activation programs the two share the tooling schedule.

Do you require a specific CAD platform or GD&T certification?

We match the platform your engineering data lives in — NX, CATIA V5 or 3DEXPERIENCE, SolidWorks or Creo — because cross-training on a live rate program is slow. Formal ASME Y14.5 certification is a plus, not a gate; we verify GD&T fluency on real tool drawings and stack-ups. Where the site is ITAR-controlled we confirm US-person status before introduction.

Do you offer a placement guarantee?

Yes. Every Tooling Engineer placement carries a replacement guarantee. Guarantee terms are confirmed in writing at engagement start.

Can you build a full tooling engineering team?

Yes. Multi-hire builds (a tooling engineering manager plus assembly, composite, machining-fixture and gauge engineers for a new airframe, munitions or launch-vehicle line) route through embedded recruiting or RPO. Confidential leadership seats route through executive search.

Ready to hire

Talk to a manufacturing engineering recruiter

30-minute scoping conversation. We’ll review the Tooling Engineer role you need — product and material, tool families, CAD platform, rate target, tool-build model, ITAR status — then recommend the right hire path and start sourcing.

Prefer to talk it through?
Book a 30-minute intro call and leave with pricing, timelines, and next steps.
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