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HSC Year 12 · New South Wales

Industrial Technology Scaling HSC 2026: Does It Scale Up or Down?

UAC scales every HSC subject before an ATAR is calculated. The UAC scaling report is the authority on what this subject did.

Does HSC Industrial Technology scale up or down?

UAC scales every HSC subject before an ATAR is calculated.

UAC does not publish a per-subject raw-to-scaled conversion for this course in a form we can quote exactly, so there is no figure on this page — the direction above is sourced from the UAC scaling report linked below, and should be read as directional rather than numeric.

You can't change the scaling. You can change the raw mark.

Scaling is decided by your cohort, after the exam, and nothing you do moves it. The raw mark is the only part of this you control — and the Industrial Technology hub is 20 full-length model exams with mark-by-mark answer guides, revision notes, practice questions and flashcards, built for exactly that.

Preview Industrial Technology free →UAC ATAR calculator

The hub shows a sample revision note extract, one full exam question with its worked answer and the complete list of every exam and note title — no account needed to look around. Unlocking Industrial Technology for life is $20 once, or $50 for any three subjects. See what's included →

What Industrial Technology actually asks of you

The written HSC examination is exactly 40 marks with 5 minutes reading time and 90 minutes working time. Section I — Multiple choice — is 10 marks: Questions 1–10, one mark each. Section II — Short answer — is 15 marks: Questions 11–15, graduated in value and never more than 5 marks for an individual question. Section III — Extended response — is 15 marks: Question 16, normally split into about 5 marks for part (a) and 10 marks for part (b), and based on the common Industry Study. The paper uses Roman numeral section labels I, II and III. The six focus-area papers differ in Sections I and II; the Industry Study stem in Section III is answered with examples from the focus-area industry.

The Industrial Technology exam is Wednesday 4 November 2026, 1:55 pm (1 hour 35 minutes (5 minutes reading plus 90 minutes working)). Source: HSC timetable.

The 4 areas of study you are examined on

From the Industrial Technology Stage 6 Syllabus (2013 amended) — HSC written examination structure.

  • HSC — Industry Study
    The Industry Study is common in structure but must be applied to the focus-area industry studied by the candidate. Its content includes structural considerations such as organisation, management, marketing, production efficiency, restructuring and quality control; technical considerations such as mechanisation, specialisation, mass production, automation and emerging technologies; environmental and sociological considerations including alternative resources, recycling, waste, pollution, sustainable development and rehabilitation; legislative requirements; location factors; personnel issues including industrial relations, equity and contracts; work health and safety; and historical developments in processes, materials and work practices.
    In the exam: This content is the basis of Section III, the 15-mark extended response. Question 16 is normally divided into a shorter part (a) and a longer part (b), with the latter usually requiring supporting industry examples. Command words include Describe, Explain, Discuss, Analyse, Assess and Evaluate. Section III is common in its Industry Study focus, but the evidence must belong to the candidate's chosen focus-area industry.
    Where marks go missing: Do not answer a common Industry Study prompt with a generic manufacturing paragraph. Identify the focus area, connect the industry factor to production or viability, and use relevant examples. Sections I and II are focus-area specific and cannot be answered accurately by borrowing another focus area's tools or processes.
  • HSC — Major Project: Design, Management and Communication
    The Major Project component covers research, idea generation, design development, sketching, prototyping, modelling, testing, production and working drawings, material and process selection, time and finance plans, quality and ongoing evaluation, ICT, WHS documentation and presentation in the related folio. Design principles, types of design, quality and influences on design are applied to the student's selected project. The project work connects design decisions to management and communication evidence rather than treating a finished object as the only product.
    In the exam: Major Project work is part of the broader HSC course assessment and is assessed separately from the 40-mark written paper. The written paper can test related knowledge through focus-area questions, but a student should not treat Section II as a substitute for the project's folio, drawings, plans, records or practical evidence.
    Where marks go missing: A drawing or plan should communicate a decision, not merely decorate a folio. Explain why the material, process, dimension, sequence, cost or test was selected, and preserve evidence of evaluation and modification. Keep project-specific claims separate from the common Industry Study response.
  • HSC — Major Project: Production
    Major Project production requires construction that reflects quality, a range of skills and an appropriate degree of difficulty. Students link planning with production, use suitable materials, components, processes and technologies, demonstrate practical problem solving, follow WHS and maintain workshop equipment. Quality manufactured products are evaluated through characteristics of quality and quality-control principles. Where appropriate, outsourcing expertise can complement the student's practical skills, provided the decision and contribution are documented.
    In the exam: Production is assessed through the Major Project requirements rather than forming a separate written-paper section. Written practice can rehearse quality, safe production, process selection and evaluation language, but it cannot replace the practical product, management records or folio evidence required by the course.
    Where marks go missing: Do not confuse a visually polished product with demonstrated quality control. Show specifications, checks, adjustments, safe working practice and problem-solving evidence. A process decision should be justified by the material, equipment, outcome and constraints of the selected focus area.
  • HSC — Industry Related Manufacturing Technology — focus-area elective
    The focus-area elective covers material properties, tools, equipment, machinery, processes, new technologies, maintenance, environmental issues and WHS. Automotive Technologies addresses vehicle systems, diagnostics, repair, energy sources, emissions and statutory repair or modification requirements. Electronics Technologies addresses components, circuit symbols, circuit design and testing, printed circuit boards, soldering and power supplies. Graphics Technologies addresses drawing conventions, orthogonal and pictorial projection, site and working drawings, CAD and presentation. Metal and Engineering Technologies addresses ferrous and non-ferrous metals, heat treatment, machining, fabrication, joining, welding and finishing. Multimedia Technologies addresses text, vector and bitmap graphics, resolution, colour depth, file formats, audio sampling and compression, video, animation, authoring and publishing. Timber Products and Furniture Technologies addresses timber recovery and conversion, seasoning, manufactured boards, adhesives, fittings, joints, construction techniques, assembly and finishing.
    In the exam: Sections I and II are entirely focus-area specific. Section I contains 10 multiple-choice questions; Section II contains 15 marks of short answers that may include calculations, a labelled sketch, diagram or focus-area process. The six focus-area papers share the written-paper structure but do not share the same tools, materials or processes. The links supplied for this page are the Timber Products and Furniture Technologies papers; students in another focus area should use the corresponding official NESA paper listed on the HSC exam-papers page.
    Where marks go missing: Never present timber tools or joints as universal Industrial Technology content. Label the focus area in revision and practice, and select examples that belong to it. A generic response can be useful for a common safety principle, but the material, process and equipment example must match Automotive, Electronics, Graphics, Metal and Engineering, Multimedia or Timber Products and Furniture.

Full Industrial Technology study-design guide →

How scaling works in New South Wales

In New South Wales, NESA reports an HSC mark for each course, but the ATAR is not built from those marks. UAC takes the raw examination and assessment marks and scales each course separately, so that a mark means the same thing no matter which course it came from. A course whose students perform strongly across everything else they study is scaled up; a course whose students perform less strongly elsewhere is scaled down. UAC then adds your best 10 units of scaled marks: the best two units of English, which are compulsory, plus the best eight remaining units. That aggregate is ranked statewide and reported as an ATAR. Scaled marks are usually lower than HSC marks, and the statewide average scaled mark is close to 25 out of 50.

What scaling is not

Scaling is not a difficulty rating and it is not a bonus. It compares how the students in one subject performed across every other subject they took, so a subject moves because of its cohort, not because of the paper. The consequence is practical: you cannot scale your way out of a weak result. The only lever you control is the raw mark, and the fastest way to move that is full-length timed practice against the real exam format.

HSC Industrial Technology practice examsUAC ATAR calculator

Questions

Does HSC Industrial Technology scale up or down?

UAC scales every HSC subject before any ATAR is calculated. We do not publish a figure for this subject; the UAC scaling report is the authority.

How does subject scaling work in New South Wales?

In New South Wales, NESA reports an HSC mark for each course, but the ATAR is not built from those marks. UAC takes the raw examination and assessment marks and scales each course separately, so that a mark means the same thing no matter which course it came from. A course whose students perform strongly across everything else they study is scaled up; a course whose students perform less strongly elsewhere is scaled down. UAC then adds your best 10 units of scaled marks: the best two units of English, which are compulsory, plus the best eight remaining units. That aggregate is ranked statewide and reported as an ATAR. Scaled marks are usually lower than HSC marks, and the statewide average scaled mark is close to 25 out of 50.

Should I choose Industrial Technology because of how it scales?

Scaling adjusts a whole cohort, not one student, so choosing a subject you will struggle in because it scales up is usually a worse trade than doing well in one that scales down. Check the prerequisites for the course you want first, then your interest and workload, and treat scaling as a tie-breaker. Scaling is also recalculated every year, so the figures in any report describe a past cohort rather than the year you are sitting.

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