Skilled trades career profile

Foundry technician

Makes metal castings by preparing moulds and cores, melting metal and pouring it, then cleaning and finishing the cast part. Works with sand moulds, furnaces and molten metal under strict safety rules.

Student snapshot

Foundry workers help make metal parts by preparing moulds, supporting controlled pours, tracking cooling, and inspecting castings. Different people handle the stages according to their training and safety responsibilities.

What the work actually involves

Prepare moulds, handle molten metal safely, inspect castings, remove defects, and maintain production quality. Skills to notice: Hand and power tool use, Workplace safety and protective equipment, and Machine operation and setting.

A day in the life

A foundry technician may prepare moulding materials, track a batch through cooling and removal, inspect a casting, and record defects for review. Heat, dust, heavy material, and specialized equipment require strict training and protective systems.

Where this work happens

You may work in foundries, casting shops, pattern areas, furnace zones, fettling areas, inspection rooms, and training workshops. It can suit students who respect heat safety and like process work with visible results.

Who this may fit

You may enjoy following a process from a planned mould to a finished part. Notice whether you like recording checkpoints, comparing defects, and linking a quality result to earlier stages.

India pathway after Class 10 and Class 12

One relevant India example is Directorate General of Training (DGT) Foundryman Craftsmen Training Scheme curriculum, version 2.0, revised July 2022. It describes a one-year trade course covering moulds, cores, casting, quality and safety through Industrial Training Institute (ITI) training. Source checked 1 November 2026: Source: dgt.gov.in . Ask the admitting institute for its current entry conditions and available places. Food Production is a different trade and is not a foundry preparation route. Passing a course does not guarantee employment or authority to work unsupervised.

Skills to build in school

  • Learn tool names and safe handling before practical work.
  • Choose the right safety gear and explain why it matters.
  • Learn machine parts, controls, and setup steps on paper first.
  • Measure carefully and read scales, gauges, or values.

Portfolio or evidence

  • Build an evidence folder with mould sketches, safety checklists, defect examples, supervised observation notes if allowed, and a reflection on quality and heat safety.

Reality checks

  • Casting observations can point to questions, but a visible hollow or incomplete edge does not establish a cause.
  • Request the relevant process records and an authorised acceptance rule.
  • Do not claim that a sample is outside a range when no range was supplied.

Sources & verification

Pathway links and guidance to check before paying fees or applying.

Check current official course and entry requirements. Rules can change.

Career mission

Trace the stages of a casting

Organize the stages and checkpoints used to make and review a casting.

This 12-minute paper mission helps students try a safe piece of Foundry technician work through Notice, Try, and Reflect steps.

Fictional input pack

  • Invented process strip: pattern→mould preparation→pouring by trained staff→cooling→inspection. Observation A: surface hollow on sample S1. Observation B: incomplete edge on S2. Stage records: mould card M, pour log P, cooling record C. No cause or acceptance rule is given.
  1. Notice: This is a made-up situation. You can begin without knowing this career already. Read the supplied input pack for “Trace the stages of a casting”. Note the source labels, fixed details and anything left unknown.
  2. Try: Draw the supplied process strip and attach M, P and C to their stages. At each stage, write a question about the missing check or qualified owner. Do not invent a procedure or permission. Work on paper or a digital page and aim to finish in 12 minutes. The estimate is a guide, not a deadline.
  3. Reflect: Choose one missing record that could make a defect harder to trace and add it to the strip.
After your attempt: check an example

An inspector could compare M, P and C with both sample observations. A hollow or incomplete edge alone does not identify the process fault. No furnace, molten material or real casting is involved.

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Career challenge · 11 minutes

The next casting batch has a new sand result

Separate fictional batch F2, unrelated to the Mission samples. Investigate the case and produce a short work sample.

Try a fictional work situation, make decisions, and see what changes. This is for exploration, not a test or career-fit score.

Try the Career Challenge

Skills to compare

  • Hand and power tool use
  • Workplace safety and protective equipment
  • Machine operation and setting
  • Measurement and reading instruments

Compare the work and preparation behind each role.

  • Machinist

    Foundry technician: casting stages and process records. Machinist: machining several features to a drawing.

  • Turner

    Foundry technician: casting stages and process records. Turner: round-part features and lathe work.

  • CNC machine operator

    Foundry technician: casting stages and process records. CNC machine operator: programme, setup and repeated-part checks.

  • Fitter

    Compare how both roles use hand and power tool use.

  • Sheet metal worker

    Compare how both roles use hand and power tool use.

Start the interview