Industries we serve
Power & Renewables
Generation, transmission and distribution, and the solar, wind and storage projects being added to the grid faster than graduates are being trained for them.
What this sector screens for
Graduates can solve a circuit and cannot read a single-line diagram, size a cable against a real fault level, or explain why a protection relay tripped. Utilities and developers test exactly that.
Roles we prepare for
- Electrical design engineer
- Substation engineer
- Solar project engineer
- Protection and testing
- O&M engineer
Disciplines that place here
- Electrical Engineering and Renewable Energy Technology
- Electronics and Communication Engineering
- Civil Engineering
- Applied Technical Skills
At a glance
- 5
Entry roles
Titles this sector's track is written against.
- 4
Feeder disciplines
Degrees that place into this sector.
- 4
Track modules
Domain modules built for this sector alone.
- 5
Pipeline stages
Screen, Gap Map, Develop, Validate, Place.
The hiring bar
What you are expected
to do unsupervised.
Not the job description. The four things a team quietly assumes a new graduate can already handle, and notices immediately when they cannot.
01
Read a single-line diagram cold
Trace a feeder from the incomer to the load, name each breaker, and say what isolates what. Every conversation in a substation starts from that drawing.
02
Size it and defend the number
Cable, breaker and transformer sizing against load, fault level and voltage drop — with the working shown, because someone senior will check it.
03
Work inside the safety rules
Lock-out, tag-out, permit and earthing before anything is touched. On an energised system the paperwork is the protection.
04
Report a fault clearly
What tripped, in what order, what the relay recorded and what you would check next. A good fault report is half the repair.
Syllabus versus shortlist
Two different
reading lists.
The degree is not wrong. It is answering a different question from the one you will be asked across the table.
- What the degree gives you: Network theorems on idealised circuits.
- What the shortlist asks for: A feeder with unbalanced load, harmonics from inverters and a breaker that keeps nuisance-tripping.
- What the degree gives you: Machines as equivalent circuits.
- What the shortlist asks for: A transformer nameplate, a test report and a question about whether it can take the new load.
- What the degree gives you: Renewables as a chapter on sustainable energy.
- What the shortlist asks for: A solar plant's generation report, and why it came in eight per cent under estimate.
- What the degree gives you: Protection as a list of relay types.
- What the shortlist asks for: A coordination study that decides which breaker opens first — and what happens if it is the wrong one.
The domain track
Written against
this sector only.
Four modules, specified by practitioners in this sector and re-reviewed on a fixed cycle. Your gap report decides the order you meet them in.
01
Drawings and system design
Single-line diagrams, layouts, cable schedules and the standards they are checked against, drawn and read until the conventions are automatic.
02
Load flow, fault and protection
Load flow, short-circuit calculations and relay coordination — by hand first, then on study software, so the tool's answer means something.
03
Solar, wind and storage projects
Yield estimation, string and inverter design, grid connection requirements and battery storage — the work behind the capacity numbers in the news.
04
Testing, commissioning and O&M
Pre-commissioning tests, energisation sequences, maintenance regimes and the reports that go with each.
The language of the room
Words you are assumed
to already have.
An interviewer will not define these before using them. The track puts you inside the vocabulary rather than handing you a glossary to memorise.
Drawings and design
- Single-line diagram
- Cable schedule
- Earthing layout
- Voltage drop
- Fault level
- Load flow
Protection and safety
- Relay coordination
- CT and PT
- Lock-out tag-out
- Permit to work
- Arc flash
- Earth fault
Renewables and grid
- Performance ratio
- CUF
- String inverter
- Grid code
- Net metering
- Battery storage
Where these roles sit
Same sector,
four different rooms.
The bar is the sector's, but what each kind of employer leans on hardest is not the same. Knowing which one you are sitting in front of is half the preparation.
Utilities and transmission companies
State and central generation, transmission and distribution companies, where a graduate is rotated through substations and operations before specialising.
Renewable developers
Companies that build, own and run solar and wind plants. They hire for project execution first and asset management second.
EPC contractors
The firms that design and build plants and substations to a contract, where every drawing goes through a client review cycle.
Equipment manufacturers
Makers of transformers, switchgear, inverters and cable, who need engineers to test, commission and support what they sell.
Sector questions
Asked before
anyone applies.
What the sector expects
Do I need a licence to be shortlisted?
Not for most graduate roles. Supervisor and contractor licences come later, usually through your employer. What gets you shortlisted is reading the drawings and doing the calculations those licences eventually assume.
Is this only for electrical engineers?
No. Electronics graduates place into protection, SCADA and inverter roles, civil graduates into solar and wind site execution, and diploma holders into testing, commissioning and maintenance. The core modules are shared; the depth follows your gap report.
Is renewables a separate career from conventional power?
Less than it looks. A solar plant still connects through a substation, is still protected by relays and still runs under the same safety rules. The track teaches that shared core first, then the renewables-specific work.
How the track runs
Will I use real study software?
Yes, for load flow, short-circuit and yield studies — but you do the calculation by hand first, so you can tell when the software is wrong. Interviewers check for exactly that.
I want to work in operations, not design.
Say so at the Screen stage. O&M roles lean on testing, fault finding and maintenance planning, and your sequence is built from that target rather than from a fixed class list.
How current is the grid and renewables content?
The owning subject matter expert re-reviews it on a fixed cycle, because connection rules and technology move quickly here. A module nobody has revisited in two years is withdrawn rather than reissued.
Power & Renewables
Get the gap report
for this sector.
The Screen stage measures you against what this sector actually specifies, not against a generic benchmark.