Foundation for Energy:
Literacy and Numeracy for Energy Jobs
How closing a numeracy skills gap can help grow Australia’s energy apprenticeship pipeline
A national study of school curricula
A national study of school curricula, energy trade qualifications and apprentice outcomes data has identified an opportunity to strengthen workforce growth by improving numeracy readiness. Many senior secondary pathways develop numeracy skills below the level required for energy apprenticeships — and the gap is contributing to 85% of electrical apprenticeship cancellations that happen in the first two years of training.
Government
Three in ten apprentices who commence energy trades training do not complete — and the numeracy gap is a measurable, addressable contributor.
This research gives policymakers quantified evidence linking school subject selection patterns to apprenticeship attrition and a forecast shortfall of 42,000 energy trades workers by 2030. It points to curriculum review conversations and career guidance policy as the highest-leverage intervention points, and flags equity risks for students without engaged families, informed schools, or supportive employers. It also reframes the talent pool: electrician is already the most popular trade career ambition among Australian school students — the barrier isn’t interest, it’s preparation.
Educators
General Mathematics represent a minimum threshold for energy trades apprentices, but choosing low level maths is holding students back from their career ambitions.
The report shows exactly where the disconnect happens: Years 9 and 10 subject selection, before students understand the maths demands of their intended trade. It identifies which senior maths/science subjects and VET-in-schools certificates best build the numeracy skills energy apprentices require. The report ranks VET certificate options by how well they support trade-readiness, giving careers advisors concrete, evidence-based guidance to give students.
Employers
Research shows that, of electrical apprenticeships that are cancelled, 85% occur during the first two years of training. This period often coincides with increasing numeracy demands as the qualification progresses. While many apprentices enter training successfully, some may find the more advanced mathematical concepts challenging, reinforcing the value of strong numeracy preparation before commencing an apprenticeship.
Real-world data from electrotechnology students shows where apprentices struggle most, and why. This gives employers and RTOs a basis for targeted scaffolding and bridging support at the points where drop-out risk peaks, giving students extra assistance when most needed and improving apprenticeship retention.
Emerging Issues
| National | |
|---|---|
| 1 | Psychologist |
| 2 | Architect |
| 3 | Mechanical Engineer |
| 4 | Anaesthetist |
| 5 | Interior Designer |
| 6 | Criminologist |
| 7 | General Practitioner or Doctor |
| 8 | Mining Engineer |
| 9 | Surgeon |
| 10 | Sports Agent/Manager |
| 11 | Pharmacist |
| 12 | Electrician |
| 13 | Medical Scientist |
| 14 | Nurse (Registered) |
| 15 | Lawyer or Solicitor |
| 16 | Fashion Designer |
| 17 | Builder |
| 18 | Paramedic |
| 19 | Graphic Designer |
| 20 | Aircraft Pilot |
The hidden talent pool
Electrician is a top aspirational career for Australian students, but maths subject choice isn’t matching the ambition.
The numeracy gap
Common school pathways aren’t developing the right level of numeracy skills for energy apprenticeships.
Certificate III in Electrotechnology Electrician apprentice outcomes
Based on highest school level completed, national, 2015 - 2019 commencing cohort. (Remove 'Figure 14:’ and separate text)
| Highest school level completed | Total commencements | % Attrition rate | % Completion rate |
|---|---|---|---|
| Year 9 or lower | 575 | 45.70% | 51.60% |
| Year 10 | 5,695 | 42.10% | 54.90% |
| Year 11 | 5,495 | 31.70% | 65.70% |
| Year 12 | 30,865 | 23.60% | 74.40% |
Where attrition peaks
85% of cancellations occur in years 1–2 of training.
Matching skills with ambition
Australia’s energy workforce demand can only be met if students are equipped to succeed.
Other Reports
The source for the 42,000 worker shortfall and apprenticeship completion stats referenced throughout this report.