Skilled trades career profile
Turner
Shapes metal on a lathe — turning, drilling, threading and finishing parts to precise sizes. Reads drawings, sets up the machine and checks each part against the specification.
Student snapshot
Turners operate lathes to shape round parts to specified dimensions. They read drawings, set up the job under approved procedures, measure the first part, and keep checking production for accuracy.
What the work actually involves
A turner works with cylindrical geometry. Trained turning shapes a rotating part's outer diameter, facing makes an end surface, and boring enlarges an existing hole. Repeated diameter and length checks link the part to the drawing. Milling typically shapes features using a rotating cutter, so it provides a useful contrast.
A day in the life
A turner may read the part drawing, check material and tooling, and prepare the approved lathe setup. They make a first piece, measure its diameters and length, and adjust the process with a supervisor if needed. Later work includes repeat checks, tool care, and recording completed parts.
Where this work happens
You may work in machine shops, tool rooms, factories, training workshops, and maintenance units with lathes or similar machines. It can suit students who enjoy drawings, measurement, and calm precision around rotating equipment.
Who this may fit
You may enjoy making a part match a drawing closely and checking whether small adjustments improve the result. The work requires concentration, measurement, and careful machine-safety habits.
India pathway after Class 10 and Class 12
Directorate General of Training (DGT) lists the Turner CTS trade as a two-year course. Its entry qualification is Class 10 with Science and Mathematics, or a vocational subject in the same sector. Check the current institute listing, practical machine hours, safety training, and state admission notice before applying.
Reality checks
- Turner work can be repetitive and precise.
- A small measuring error can waste a batch.
- Students should expect setup checks, tool wear, coolant, machine safety, production targets, and shift handovers.
Skills to build in school
- Learn machine parts, controls, and setup steps on paper first.
- Measure carefully and read scales, gauges, or values.
- Learn tool names and safe handling before practical work.
- Choose the right safety gear and explain why it matters.
First experiments
- Read a simple part drawing.
- Mark the diameter, length, and tolerance.
- Explain how you would check the first piece before making more.
Portfolio or evidence
- Build an evidence folder with part drawings, measurement notes, safe machine-observation notes, tool names, and a reflection on precision and inspection.
Questions before committing money
- Ask which machines you will practise on.
- Check supervised workshop hours, measuring tools, safety training, and whether the course prepares you for real shop-floor tests.
Sources & verification
Pathway links and guidance to check before paying fees or applying.
- Pathway reference: dgt.gov.in
Pathway review reference. Check the exact claim and current intake. Recorded check: 2026-10-31.
- Directorate General of Training
General guidance. Check the exact course, post and intake separately. No check date recorded for this link.
- National Council for Vocational Education and Training
General guidance. Check the exact course, post and intake separately. No check date recorded for this link.
Check current official course and entry requirements. Rules can change.
Career mission
Plan the order for a stepped spacer
Turn a simple part drawing into a clear sequence of checks.
This 12-minute paper mission helps students try a safe piece of Turner work through Notice, Try, and Reflect steps.
SIDE VIEW (mm) <-----20-----><-----20-----> +-------------+ | diameter 12 |---------+ diameter 8 | - - centre hole 4 - - | +-------------+---------+ <----------40-----------> End view: concentric outline and centre hole.
Fictional input pack
- Fictional spacer drawing: overall length 40 mm. Left section 20 mm long, diameter 12 mm. Right section 20 mm long, diameter 8 mm. Axial centre hole diameter 4 mm. Check sequence: drawing ID, overall length, both diameters, hole, qualified first-part review.
- Notice: This is a made-up situation. You can begin without knowing this career already. Read the supplied input pack for “Plan the order for a stepped spacer”. Note the source labels, fixed details and anything left unknown.
- Try: Make a dimensioned spacer sketch and check sequence on paper. Use a quick sketch, simple labels, or a small table to show two different diameters, the overall length, the order of measurements, and a note that a trained turner checks the first part before a batch. Keep the result small enough to finish in 12 minutes.
- Reflect: Check your work: the plan stays on paper and does not teach students to set up or operate a lathe. Improve one small part, then write one thing you would like to ask someone in this career.
After your attempt: check an example
The two lengths add to 40 mm. A side view needs diameter labels and an end view shows the central hole. This is an inspection-planning exercise, not a lathe procedure.
Career challenge · 11 minutes
The spacer sample is outside its marked range
Fictional stepped shaft T3, drawing rev B: shoulder diameter 20–22 mm, end diameter 10–11 mm. 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.
Skills to compare
- Machine operation and setting
- Measurement and reading instruments
- Hand and power tool use
- Workplace safety and protective equipment