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Engineering Studies

2
UNITS
What this subject builds

Engineering Studies applies maths and physics to how real engineered things work.

Numeracy & modelling
Quantitative engineering analysis — forces, materials, systems.
Analytical reasoning
Modelling how structures and machines behave.
Practical & lab craft
Understanding materials, testing and engineering practice.
Full skill profile
Writing & expression
Argument & persuasion
Analytical reasoning
Numeracy & modelling
Practical & lab craft
Independent research
Creativity & making
Detail & recall
Filled dots = how strongly this subject develops each quality. What do these mean?
Effort & difficulty
INTENSITY
High
TYPICAL LOAD
4–5 hrs/wk

Maths- and physics-heavy, applied to real engineering contexts.

Where students struggle

The calculation-heavy analysis and breadth of engineering fields.

Who it suits
Tends to thrive
Students who like maths and physics with a practical, applied edge.
May find it a grind
Students hoping to avoid heavy calculation.
How it scales
Scaled mean (per unit)
26.2 / 50
3-YEAR STABILITY
Very stable
Scaled mean by year: 2023 26.2 −0.1 2024 26.1 +0.1 2025 26.2
0 10 20 30 40 50 mean 26.2

This is the spread of scaled marks across everyone who took the subject — not how hard it is. A high mean usually means a strong cohort sat it. The figures are from UAC’s latest scaling report (2025), with the year-by-year trend above.

2,616
sat it in 2025
11.9%
female
99.8
highest ATAR
Mark explorer

Where might my mark scale to?

Set the HSC mark you’re aiming for. We’ll show a band of where that tends to scale — never a single number, never a prediction.

Expected HSC mark 85 / 100
4070100

Your course mark, out of 100 — a 2-unit course.

A mark in the high 80s tends to scale to roughly
35–38 per unit / 50
Scaled marks are measured per unit, out of 50 — the standard UAC scale. There’s no exact conversion, so this is a zone, not a pinpoint.
0 10 20 30 40 50 mean 26.2
There’s no exact HSC-to-scaled conversion. Scaling depends on how the whole cohort performs each year, so treat this as a feel for the range — not a calculator.
Common questions
How does HSC Engineering Studies scale?

In the UAC Preliminary Report on the Scaling of the 2025 NSW HSC, Engineering Studies had a scaled mean of 26.2 out of 50 per unit, and its scaled mean has been very stable over recent years. Scaling reflects how academically strong the cohort is — not how hard the subject is — and there is no exact HSC-to-scaled conversion, so it's best read as a range, never a single number.

How hard is HSC Engineering Studies, and how much work is it?

Engineering Studies is high effort — typically 4–5 hrs/wk. Maths- and physics-heavy, applied to real engineering contexts. Where students most often struggle: The calculation-heavy analysis and breadth of engineering fields.

What does HSC Engineering Studies build?

Engineering Studies applies maths and physics to how real engineered things work. It especially develops numeracy & modelling, analytical reasoning, and practical & lab craft.

Who should take HSC Engineering Studies?

Students who like maths and physics with a practical, applied edge. It may be more of a grind for students hoping to avoid heavy calculation.

Where’s this data from?

Scaling figures are from the UAC Preliminary Report on the Scaling of the 2025 NSW HSC (Tables A1, A3). Scaled marks are out of 50 per unit.

There is no exact HSC-to-scaled conversion — for any one HSC mark there is a range of scaled marks, which is why we only ever show a band.

The skills, effort and “who it suits” notes are Intuition Education’s editorial guidance, not UAC data.

Why we don’t do an ATAR calculator →
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