Solar Energy Systems Engineer
Energy & Utilities
Perform site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial, or industrial customers. Design solar domestic hot water and space heating systems for new and existing structures, applying knowledge of structural energy requirements, local climates, solar technology, and thermodynamics.
Picture the job
Where you'd usually workA power or solar site
- Mostly indoors
- Dealing with customers or the public
- Regular working hours
An illustration of a typical workplace, not a photo. The work-style notes come from US O*NET data, so read them as a guide.
In Malaysia
Most Malaysian solar engineers work for solar PV contractors on rooftop (e.g. NEM) and large-scale solar projects. They deal with SEDA, Suruhanjaya Tenaga and TNB for approvals and grid connection, and use design tools such as PVsyst and Helioscope. Very few design PV cells or modules themselves.
- How people get into it here
- SPM → Diploma or Bachelor's in electrical engineering (or a related field) → the SEDA Grid-Connected PV (GCPV) Systems Design course and exam, which many employers treat as mandatory → Graduate Engineer registration with BEM.
Sources:seda.gov.my
Pay in Malaysia
We don't have a sourced Malaysian salary range for this job yet, and we'd rather show nothing than a number we can't stand behind.
Where to check:
- JobStreet and Hiredly job ads for this title
- DOSM Salaries & Wages Survey
- SSPA scheme tables, if you're aiming for a government post
How far is this from you?
Roughly how much preparation this job usually takes. In Malaysia your UPU route and the programme's syarat still decide entry, so treat this as a guide, not a gate.
1
Entry straight after SPM
2
SPM + sijil / short TVET course
3
Diploma / TVET (sijil–diploma)
Typical entry
Degree (ijazah sarjana muda)
5
Postgrad (sarjana / PhD) or professional route
How to get here
Post-SPM pathways with programmes in this career's fields. Tap one to see real programmes and entry requirements.
Diploma
Skill-first qualification. Work after, or enter degree Year 2. Polytechnics keep it affordable.
TVET
Hands-on trades with strong employability: ILP, ADTEC, kolej vokasional, GiatMARA.
Check what you may qualify for
Enter your SPM grades and see which routes and programmes you may qualify for. An estimate to plan with, not an offer.
Quick answers
How do you become a Solar Energy Systems Engineer in Malaysia?
SPM → Diploma or Bachelor's in electrical engineering (or a related field) → the SEDA Grid-Connected PV (GCPV) Systems Design course and exam, which many employers treat as mandatory → Graduate Engineer registration with BEM. Optional registration with SEDA Malaysia GCPV Systems Design certification (competency course); BEM for engineers is available.
What should I study to become a Solar Energy Systems Engineer?
Related fields of study: Renewable Energy and Electrical Engineering. SPM subjects that help most: Physics, Additional Mathematics, Design & Technology (RBT) and Invention.
How much does a Solar Energy Systems Engineer earn in Malaysia?
We don't yet have a Malaysian source we can cite for Solar Energy Systems Engineer pay, so we show no figure.
What you'd do all day
The tasks that matter most in this job, most important first.
Also known as
What this job is called on JobStreet, LinkedIn and in job ads. Search these too.
Subjects that matter here
The SPM subjects worth your effort for this career, with the reason for each.
What you'd need to know
The subject areas this job leans on most, and the SPM subjects that build them.
- Engineering and Technology86%
PhysicsAdditional MathematicsDesign & Technology (RBT)
- Design83%
Visual Art (PSV)Technical Comm. GraphicsEngineering Drawing
- Building and Construction79%
Civil Engineering StudiesEngineering DrawingDesign & Technology (RBT)
- Mathematics76%
Additional MathematicsMathematics
- Mechanical71%
Mechanical Engineering StudiesPhysicsDesign & Technology (RBT)
- Computers and Electronics66%
Computer Science / ICTElectrical & Electronic Eng. Studies
Tools you'd use
Software and equipment that show up in this job, worth learning early.
What the work feels like
Day-to-day working conditions, so you can tell whether the job suits how you like to work.
- Face-to-face discussionsEvery day
- Contact with other peopleContact most of the time
- Dealing with customers or the publicHigh
- Indoors, air-conditionedEvery day
- Outdoors, in all weatherRarely
- Time spent standingA little
- Time walking or movingA little
- Hands-on work with tools or objectsA little
Where this job is heading
Newer tasks O*NET has flagged for this occupation, a hint at how the role is changing.
- Analyze meteorological data.
- Design electrical interconnections.
- Design wind turbine components.
- Estimate energy production by analyzing wind data.
AI and demand for this job
A few real, dated data points, not a single score. AI making some tasks faster usually means a job changes, not that it disappears.
Share of everyday tasks today's AI can already help with (2023)
This estimate is from 2023, already out of date, since AI moves fast. Treat it as a rough, aging starting point, not the current picture.
What beginner adverts asked for
We read 16 internship and fresh-graduate adverts in related fields (August 2026). A small sample from one job site, not every vacancy.
12 of 16 were internships
Allowance or pay, when stated
RM800 – RM1,000
5 of 16 adverts printed an amount: usually between RM800 and RM1,000 a month. Many print none.
Minimum CGPA asked
3.00 to 3.00
Stated in 2 adverts. Others did not state one.
Languages named
Bahasa Malaysia, Mandarin
An empty line means the adverts did not say, not that employers have no requirement. Check each employer's own advert before you plan around it.
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About this information
This describes what the job involves. Pay, demand and entry routes differ in Malaysia, so check the Pathways and Programmes pages for local requirements.
O*NET occupation: Solar Energy Systems Engineers
Job responsibilities, knowledge areas and work context from O*NET 30.3, US Department of Labor, used under CC BY 4.0. onetcenter.org