3 Tooling Design Engineer Resume Examples for New Zealand (2026)

Introduction

You just searched for a Tooling Design Engineer resume example, which usually means one thing: you’re either sending an application tonight or you’re about to get ghosted by an ATS tomorrow morning.

So here’s the deal—below are three complete, realistic New Zealand resume samples you can copy, paste, and tailor in 10 minutes. They’re written the way hiring managers in tooling actually read: fast, numbers-first, and packed with the tools and standards that show you can design a tool that runs, not just a pretty CAD model.

Pick the closest sample, steal the bullets, swap your numbers, and ship it.

Resume Sample #1 — Mid-level Tooling Design Engineer (Hero Sample)

Section-by-section breakdown (why this resume works in NZ)

You’ll notice this resume doesn’t try to “sound senior.” It proves competence the way tooling teams measure it: cycle time, scrap, iterations, yield, CpK, and release speed.

Professional Summary breakdown

The summary hits three signals NZ hiring managers look for:

1. You’ve done end-to-end tooling (concept → tryout → production support).
2. You have a clear specialization (injection mould + press tooling).
3. You can point to a measurable win that smells like the shop floor (changeover time, not “stakeholder alignment”).

Weak version:

Tooling Design Engineer with experience in designing tools and working with teams. Looking for a challenging role where I can grow and contribute.

Strong version:

Tooling Design Engineer with 6+ years designing injection mould and press tooling for high-volume production, from concept through tryout and PPAP. Reduced mould changeover time by 18% by redesigning water circuits and standardizing inserts across a 12-tool family. Targeting a Tooling Engineer role in an NZ manufacturer where DFM, tool reliability, and cycle-time wins matter.

The strong version is specific (what tooling), credible (end-to-end scope), and measurable (18%). It also names the target role without sounding like an “objective statement.”

Experience section breakdown

Tooling resumes die on one hill: task lists. “Designed tools.” “Created drawings.” That’s not wrong—it’s just useless.

These bullets work because each one has:

• an action (Designed / Reworked / Led)
• a tooling context (cooling/warpage, hot runner, tryout loop)
• a measurable result (cycle time, short shots, iterations)

Also: the tools are real. SolidWorks + Moldflow is a believable combo in NZ shops, and naming hot runner/valve gate tells the reader you’ve fought the real problems.

Weak version:

Designed injection mould tools and supported trials.

Strong version:

Designed 18 injection mould tools in SolidWorks and validated cooling/warpage with Moldflow, cutting average cycle time by 9% across three consumer product programs.

The strong bullet gives scale (18 tools), method (SolidWorks + Moldflow), and outcome (9% cycle time). That’s what gets you shortlisted.

Skills section breakdown

The skills list isn’t a random keyword dump. It’s built to match how NZ job ads describe tooling roles: CAD + simulation, DFM, GD&T, tryout support, and production stability.

ATS-wise, NZ employers commonly screen for:

• CAD: SolidWorks, Inventor (sometimes Creo)
• Simulation: Moldflow (especially for injection mould work)
• Standards language: GD&T, ISO GPS
• Specializations: Injection Mould Tooling Engineer and Press Tooling Engineer capabilities (you’ll see these phrases in ads even when the title is broader)

If you only list “CAD” and “manufacturing,” you’ll miss the filters.

Resume Sample #2 — Junior Tool Designer (Entry-level / Graduate)

How this junior resume differs from Sample #1 (and why that’s good)

If you’re early-career, you don’t win by pretending you “led programs.” You win by proving you’re already useful to a toolroom: clean detailing, revision control, fewer mistakes, faster releases.

Notice what Maia’s resume does:

• It measures junior-appropriate outcomes (GD&T errors down 35%, wrong revision incidents down).
• It shows tooling literacy (shut-offs, ejector systems, soft jaws).
• It signals readiness to grow into specialization—either Injection Mould Tooling Engineer work or Press Tooling Engineer exposure—without claiming mastery.

Resume Sample #3 — Senior / Lead Tooling Specialist (Tooling Strategy + Suppliers)

What makes a senior tooling resume different

Senior resumes aren’t “more bullets.” They’re bigger scope.

Daniel’s bullets show he can:

• set acceptance criteria (not just “support trials”)
• manage suppliers with measurable performance
• tie tooling decisions to factory metrics like OEE and quality escapes

That’s what hiring managers mean when they say “we need someone who can own tooling.”

How to write each section (step-by-step)

You don’t need a perfect resume. You need a resume that survives two filters: (1) ATS keyword matching, and (2) a tooling manager scanning for proof you can reduce risk and stabilize production.

a) Professional Summary

Your summary is a trailer, not the full movie. In tooling, the fastest winning formula is:

[Years] + [tooling specialization] + [measurable win] + [target role].

If you’re a Tooling Engineer who lives in injection moulds, say that. If you’re closer to press tooling, say that. If you’ve done both, pick the one the job ad screams for and lead with it.

Weak version:

Hardworking engineer with strong CAD skills and a passion for design. Seeking a role in a reputable company.

Strong version:

Tooling Design Engineer with 7 years designing injection mould tooling (hot runner + valve gate) and leading tool tryouts through SOP. Reduced scrap by 28% by redesigning venting and shut-offs on a 4-cavity mould. Targeting a Tool Design Engineer role in Auckland focused on high-volume plastics.

The difference is simple: the strong version tells the reader what you actually design, what you improved, and where you’re going next.

b) Experience section

Reverse chronological is standard, but the real rule is harsher: every bullet must earn its space.

In tooling, “responsible for” reads like “I watched other people do it.” Use verbs that imply ownership, engineering judgment, and shop-floor impact. Quantify with cycle time, scrap, iterations, yield, lead time, CpK, or rework hours—because those are the numbers tooling teams fight over.

Weak version:

Worked with the toolroom to improve tools.

Strong version:

Partnered with the toolroom to modify ejector pin layout and add venting, reducing part sticking incidents by 55% and cutting unplanned downtime by 6 hours/month.

Same idea. One is fluff; the other is a production story with a result.

Action verbs that fit this profession (and don’t sound like corporate soup):

• Designed, Detailed, Validated, Simulated, Toleranced
• Reworked, Optimized, Standardized, Hardened, Debugged
• Released, Controlled, Audited, Documented, Tracked
• Led tryouts, Specified hot runners, Qualified suppliers, Closed 8Ds

Use these verbs because they map to real tooling work: geometry, tolerances, trials, and corrective actions.

c) Skills section

Your skills section is where you “speak ATS” without ruining readability. Here’s the trick: pull phrases directly from NZ job ads and mirror them—especially the exact tool names and tooling specializations.

If a posting hints at Injection Mould Tooling Engineer work, you want those keywords present (truthfully). Same for Press Tooling Engineer responsibilities. Don’t bury them in a paragraph—ATS often weighs the skills line heavily.

Below is a NZ-focused skills bank you can mix and match. Keep it tight: 15–25 terms is the sweet spot.

Hard Skills / Technical Skills

• Injection mould tool design, Press tooling design, Strip layout, Cavity strategy, Cooling circuit design, Shut-off design, Ejector system design, DFM/DFA, Tolerance stack-up, GD&T (ASME Y14.5), Root cause analysis (8D/5-Why), Capability studies (Cp/Cpk), PFMEA

Tools / Software

• SolidWorks, Creo Parametric, Autodesk Inventor, Autodesk Vault, Moldflow, DraftSight/AutoCAD (2D), Excel (BOM/costing), PLM/ECO workflows

Certifications / Standards

• ASME Y14.5 (GD&T), ISO GPS concepts (AS/NZS adoption varies by employer), PPAP/FAI practices (common in regulated or automotive-adjacent work), Health & Safety (site-specific)

If you’re tempted to add “communication” and “teamwork,” fine—but don’t waste prime real estate. Tooling managers assume you’ll communicate. They need proof you can spec a hot runner, tolerance a shut-off, and survive a tryout.

d) Education and certifications

In New Zealand, your education matters most early-career. Later, it becomes a credibility stamp while your experience does the heavy lifting.

Include your highest relevant qualification (BE, NZDE, trade + engineering pathway) and keep it clean: degree, institution, city, years. If you’ve done targeted short courses that map to tooling outcomes—GD&T training, Moldflow fundamentals, or a supplier’s hot runner course—add them only if you can apply them in your bullets.

Skip the fluff: generic online “leadership” certificates won’t help you win a tooling role. But a solid GD&T course often will, because it reduces bench rework and inspection arguments.

Common mistakes (tooling-specific)

One common mistake is writing a “CAD resume” instead of a tooling resume. If your bullets only say you modeled parts in SolidWorks, you’ll look like a product designer—not someone who can design shut-offs, venting, cooling, and ejection that survive production. Fix it by tying CAD work to outcomes like cycle time, scrap, and tryout iterations.

Another mistake is hiding the tryout loop. Tooling lives and dies in trials, but candidates often write “supported trials” and move on. Give one concrete example: what changed (gate, vent, cooling, ejectors), what you measured (short shots, sticking, flash), and what improved.

A third mistake is vague standards language. “Good GD&T knowledge” doesn’t help. Show it: “Updated drawings to ASME Y14.5 and ran tolerance stacks for shut-offs,” then attach a result like fewer NCRs or less bench rework.

Finally, people forget revision control. In a toolroom, the wrong revision is expensive. If you’ve used Vault/PLM/ECO processes, say so—and quantify the reduction in rework or release errors.

Conclusion

A strong Tooling Design Engineer resume in New Zealand is simple: real tooling context, real tools (CAD/simulation/PLM), and numbers that prove you make production easier. Copy the closest sample above, tailor the summary and skills to the job ad, and keep every bullet tied to cycle time, scrap, yield, or iterations.

When you’re ready to format it cleanly and make it ATS-proof, build it in cv-maker.pro with the keywords from this page.

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