Use this Tool and Die Maker job description template to attract candidates who can produce precise tooling components, diagnose tool wear, and restore reliable tool performance. Adapt the tooling families and repair responsibilities to your toolroom, stamping operation, or manufacturing plant.

A Tool and Die Maker builds, fits, maintains, and repairs precision tools, dies, jigs, and related tooling used in manufacturing. The role focuses on the tooling that enables repeatable production, rather than only making the production parts themselves. Employers should distinguish stamping dies, molds, fixtures, and other specialties.

A Tool and Die Maker helps produce accurate, serviceable tooling with traceable repairs and controlled trials. Their key responsibilities include:

• Interpreting tooling drawings, specifications, and approved revisions before planning manufacture or repair work.

• Planning machining and finishing sequences with attention to material condition and critical dimensions.

• Coordinating heat treatment, coatings, or specialized operations with the designated internal or external providers.

• Performing approved finishing work and protecting functional surfaces from avoidable damage during handling.

• Maintaining tool repair history, component identification, spare-part needs, and approved revision information.

Tool and Die Maker Job Description Template

We are looking for a Tool and Die Maker to produce accurate, serviceable tooling with traceable repairs and controlled trials. The ideal candidate brings experience in engineering-drawing interpretation, component manufacture, fitting, and dimensional inspection.

In this role, you will plan machining and fitting from approved drawings, inspect critical features, and coordinate tool trials with production and engineering colleagues. You will document repairs and obtain approval for design changes, heat treatment, specialist machining, and other work governed by the shop’s controls.

Tool and Die Maker Roles and Responsibilities

The daily work connects precision tooling, fit relationships, and documented repairs with clear records and timely communication. Build the position around these duties:

• Interpret tooling drawings, specifications, and approved revisions before planning manufacture or repair work.

• Review damaged or worn tooling and document observations before recommending a repair approach.

• Plan machining and finishing sequences with attention to material condition and critical dimensions.

• Manufacture assigned tooling components using equipment for which the maker is trained and authorized.

• Coordinate heat treatment, coatings, or specialized operations with the designated internal or external providers.

• Measure components using appropriate inspection equipment and record critical results against specifications.

• Fit and assemble tooling components while checking alignment, clearances, and the intended mechanical relationship.

• Perform approved finishing work and protect functional surfaces from avoidable damage during handling.

• Support controlled tool trials with production and quality teams, recording observations and agreed adjustments.

• Investigate recurring wear or breakage with engineering rather than repeatedly treating only the visible symptom.

• Maintain tool repair history, component identification, spare-part needs, and approved revision information.

• Communicate tool readiness, unresolved limitations, and maintenance recommendations at handover.

Tool and Die Maker Requirements and Qualifications

Tooling work requires understanding how dimensions, material condition, and fitted parts affect the complete tool. Relevant experience should show controlled manufacture or repair, inspection of critical features, and traceable handover to production. Qualifications include:

• Experience building or repairing the relevant tools, dies, molds, or fixtures used by the employer.

• Proficiency reading engineering drawings, tolerances, and geometric dimensioning conventions used in the shop.

• Practical knowledge of tooling materials, wear mechanisms, and the effects of heat treatment.

• Skill in precision measurement and selection of inspection methods for critical tooling features.

• Experience fitting assemblies and recognizing how component tolerances interact.

• Familiarity with machining and finishing processes appropriate to assigned tooling work.

• Ability to investigate repeated tooling faults using observations and production feedback.

• Accurate documentation of repairs, dimensional results, and proposed engineering changes.

• A relevant apprenticeship, vocational education, or equivalent supervised toolmaking experience.

• Understanding of machine authorization, guarding, energy isolation, and material-handling procedures applicable to the workplace.

Who Does a Tool and Die Maker Report To?

A production plant may place repair-focused makers in maintenance, while a dedicated toolroom may report through tooling or manufacturing engineering. Possible reporting titles include:

• Toolroom Supervisor

• Tooling Manager

• Manufacturing Engineering Manager

• Maintenance Manager

Clarify the route for design approval and the person authorized to return a tool to production after repair or modification.

How to Assess Tool and Die Maker Skills Effectively

Use tooling drawings and repair findings to explore process choice, critical dimensions, inspection evidence, and the approvals needed before a modified tool returns to production. Use fictional cases, synthetic records, and a consistent interview rubric. Tell candidates which references and tools are permitted, offer appropriate accommodations, and evaluate the reasoning behind their answers. These exercises do not require live operational work:

• Drawing interpretation: Use a fictional tool-component drawing and ask which features are critical to fit and function.

• Repair planning: Present invented wear photographs and service notes; request questions and a proposed investigation sequence.

• Tolerance discussion: Provide synthetic mating-part dimensions and ask the candidate to explain the likely fit concern.

• Process selection: Describe a fictional component and ask how material condition and finishing needs affect the manufacturing sequence.

• History review: Supply mock repair records and ask what pattern merits engineering attention rather than another routine replacement.

• Handover writing: Request a readiness note from fictional trial findings; use discussion only, without live machine operation or handling heavy tooling.

How to Detect AI Cheating When Hiring a Tool and Die Maker

Hiring for this role means distinguishing fluent explanations from independent judgment about precision tooling, fit relationships, and documented repairs. AI answering tools or real-time outside help can conceal gaps when a candidate repeats a polished answer without connecting it to the supplied evidence. Ask follow-up questions that change one relevant constraint and invite the candidate to explain what would change.

Sherlock AI helps recruiters detect AI-assisted cheating during Tool and Die Maker interviews. It can flag potential AI answering tools, deepfakes, impersonation, and suspicious screen activity for human review. These are potential interview-integrity signals, not definitive proof of misconduct. Explain the interview process and permitted assistance beforehand, and give candidates a fair opportunity to clarify unexpected signals.

Pair interview-integrity review with practical exercises such as reviewing a fictional tooling drawing, comparing synthetic dimensional results, or explaining a repair handover. The exercise evaluates the candidate's judgment while Sherlock identifies potential cheating signals. Neither an integrity signal nor its absence establishes technical competence, safety competence, professional certification, or suitability for unsupervised work. Verify relevant experience and credentials separately.

Screen Tool and Die Maker Interviews for AI-Assisted Cheating

Experienced makers can explain how a local repair affects the complete tool and when an engineering change is needed. Probe the evidence behind a repair proposal instead of asking for a live machining demonstration or an improvised tool trial. Keep the hiring decision grounded in the candidate's evidence, references, and role-specific interview responses rather than a single automated signal.

Explore Sherlock AI to add interview-integrity screening to your Tool and Die Maker hiring process.

Frequently Asked Questions

What does a Tool and Die Maker produce?

The role produces and maintains manufacturing tooling such as dies, jigs, fixtures, and other precision assemblies. Employers should name their tooling specialty because experience with one family does not automatically transfer to every mold or die process.

How does the role differ from a production machinist?

A production machinist generally makes specified parts, while a tool and die maker concentrates on tooling that shapes, locates, or supports production. The roles share machining skills, but tooling fit, repair history, and trial feedback are particularly important here.

Is an apprenticeship necessary?

An apprenticeship is a useful route, but employers may also accept relevant vocational education and equivalent supervised experience. Describe the skill level needed rather than imposing a credential unrelated to the tooling or responsibilities.

Which measurement skills matter most?

Candidates should select suitable instruments, interpret tolerances, and explain whether a measured feature supports the intended fit. The job should identify critical methods without assuming that every toolroom uses the same inspection equipment.

Who approves changes to a tool?

The employer’s engineering and quality processes should define approval. A maker may recommend changes based on wear or trial results, but undocumented modifications can affect part quality and maintainability. Specify the decision boundary clearly.

What is a useful interview exercise?

A fictional repair history combined with a simplified drawing can reveal diagnostic thinking and attention to tolerances. Ask the candidate to explain missing information and acceptance evidence, without requiring live machine work or a production trial.

How should tooling performance be evaluated?

Look at repair quality, dimensional accuracy, repeat failures, documentation, and communication with production. Tool availability matters, but it should be balanced with correct inspection and approval rather than rewarding the fastest return to service regardless of evidence.