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Solar Energy Engineer

Jurutera Tenaga Solar · Sains & Hijau

Starting
RM3,200 - RM4,800
Senior
RM9,000 - RM18,000
Entry
Diploma / TVET
Short answerA solar energy engineer designs, calculates and oversees the installation of photovoltaic systems — from factory rooftops to large-scale solar farms.
This page starts by naming why this job exists in Malaysia, because that decides whether it is safe:
It exists because of policy. The National Energy Transition Roadmap sets the targets, and programmes under the Energy Commission and SEDA — net energy metering and Large Scale Solar — create the actual demand for installation.
That means this demand is traceable, and it does not depend on a trend.
The second thing to know: this is an electrical engineering career, not an "environmental" one.
Students who choose it because they want to help the environment, and do not realise it means four years of circuits, power systems and calculation, usually regret it.
And the third, most practical thing: take an electrical engineering degree, not a "renewable energy" degree.
An electrical degree lets you work in solar and in everything else — and it is the route to professional registration, which is required to design larger systems.

What does a Solar Energy Engineer do?

Designs & installs solar energy systems — demand surging with Malaysia's green energy policy (NETR).

A day in the life

Solar energy engineers design PV systems: site & roof surveys, system design (panel sizing, inverters, structures), return calculations (customer ROI!), installation supervision, grid connection (TNB/SEDA).
An exploding market: the NETR targets 70% renewables by 2050 — solar is its core.
Projects: home roofs, factories (big bill savings!), LSS solar farms.

Is this right for you?

A good fit if you: are strong in electrical + physics, like desk + site mixes, explain ROI to customers, and want a future industry.
Less suitable if you: avoid power math & finance.

Salary & career ladder

Salary range
Solar engineer / graduate engineer: RM3,500–5,500
Solar design engineer: RM5,000–9,000
Senior project engineer: RM8,000–15,000
Project manager: RM12,000–22,000
Project developer / technical head: RM18,000–35,000 — where engineering meets finance.
Professional engineer with BEM registration: a significant premium, because that signature is a project requirement.
Independent consulting: by project, and independent verification for banks and investors is a well-paid niche.

What moves someone up that list
Not technical knowledge alone. It is engineering combined with finance.
Clients do not buy a design. They buy a twenty-year return on investment.
The engineer who can design a system and defend its financial case moves into project development, and that is where the highest salaries are.
The engineer who can only design stays a design engineer.

The honest part about stability
Malaysian solar demand is driven by policy programmes, and programmes can change.
That is not a reason to avoid the field — it is a reason to take an electrical engineering degree rather than a specialised solar one.
With an electrical foundation, you can work in power, manufacturing, semiconductors and automation if conditions change.
And the part that strengthens this field: a solar farm installed today needs operations and maintenance for twenty years, so that work accumulates even if new installation slows.

An honest warning about this category
Do not bet a whole career on the carbon market alone.
Voluntary carbon markets are volatile, prices move sharply, and credit quality is seriously contested internationally.
It may grow. It may also shrink.
The same applies to any job title that exists because something is currently fashionable.
The safe position, and it is simple to state:
Build a real technical or financial skill, then add green knowledge on top of it.
An electrical engineer who understands solar has two careers. Someone who only knows "about renewable energy" has none.
An accountant who can calculate emissions has two careers. Someone who only knows ESG vocabulary has one weak one.
A certified electrical technician who can install solar and service electric vehicles can work whatever happens to either market.
That is not less ambitious advice. It is how you build a career in a field that is growing fast and changing direction.

What AI changes
Exposed: routine system sizing, initial layouts, standard yield modelling, and proposal preparation. Design tools already automate much of this, and it will continue.
What becomes more valuable:
Site judgement — looking at a real roof and knowing the structure will not take the load, or that the tree will grow. Tools assume the inputs are right; someone has to verify reality.
Compliance and approvals — dealing with the Energy Commission and the utility, and knowing what will be approved.
Professional responsibility — a signature on a design carries legal liability, and that cannot be handed to a tool.
Troubleshooting real systems — when output is lower than predicted, and nobody knows why.
Negotiation and project development.
Conclusion: the calculation got faster; the verification, approval and responsibility did not — and engineers fluent with these tools will replace those who are not.

City vs hometown

The sun shines everywhere in Malaysia! Companies in KL/Selangor/Penang; projects & installs nationwide.

Study path after SPM / UEC

Electrical/Renewable Energy Engineering degreeWhy this job exists, and why that matters
What must be understood about this whole category
Green jobs in Malaysia are created by policy and money, not by goodwill.
Each one traces back to a specific rule or programme:
The National Energy Transition Roadmap (NETR) — which sets the direction and targets.
Solar programmes under the Energy Commission and SEDA — net energy metering, Large Scale Solar, and related schemes. These create the actual demand for solar installation.
The carbon tax — announced in Budget 2025 for the iron, steel and energy industries by 2026.
The National Sustainability Reporting Framework (NSRF) — which requires listed companies to report under IFRS S1 and S2 standards, in phases.
Why this matters for a student, and it is practical advice:
Before choosing any career in this category, find out which instrument funds it.
If you can name it, you can judge whether the demand is real and how long it is likely to last.
If you cannot, you cannot tell a genuine opening from a fashionable job title.
This category has both, and the difference matters.

The decisive choice, and it is made when picking a course
Take Electrical Engineering, not a "renewable energy" degree.
Solar is a subset of electrical engineering, and you can learn it on top of an electrical foundation in a few months.
But you cannot build an electrical foundation on top of a solar course.
And an electrical degree lets you work in power, manufacturing, semiconductors and automation if the solar market changes.
Check accreditation — the programme must be accredited to lead to registration with the Board of Engineers Malaysia.

This is an electrical engineering career, not an environmental one
Students who choose it because they want to help the environment, and do not realise it means four years of circuits, power systems and calculation, usually regret it.
The environmental motivation is fine. It is not the content of the course.

What a solar engineer actually does
Site assessment and system design.
Yield calculation — predicting how much energy a system will produce over twenty years, and that estimate is the basis of the entire financial case.
Electrical design — strings, inverters, protection, earthing, grid connection.
Compliance — a beautifully designed system that is not approved is useless.
Financial modelling — the part young engineers most underrate, and the part clients actually care about.
Not climbing roofs — technicians do that. See renewable energy technician.

The tropical realities that make this work interesting here
Heat reduces panel efficiency, so calculations copied from temperate climates give wrong answers.
Heavy rain, lightning and humidity — surge protection and earthing are serious in Malaysia.
Dust and growth — cleaning affects output more than people expect.
An engineer who understands local conditions produces accurate estimates, and that accuracy is a professional reputation.

Professional registration
After an accredited degree, register as a graduate engineer with the Board of Engineers Malaysia; after experience and assessment, become a professional engineer.
Design and certification of larger systems requires a professional signature, which makes a registered engineer a project requirement rather than a luxury.

Where it leads
System design, project development (where engineering meets finance, and the highest salaries), asset operations and maintenance (a solar farm runs for twenty years), independent verification for banks and investors, and energy storage and grid management — the next part to grow.
Build financial skills alongside technical ones. The engineer who can design a system and defend its investment case is the one who becomes a project developer.

An honest warning about this category
Do not bet a whole career on the carbon market alone.
Voluntary carbon markets are volatile, prices move sharply, and credit quality is seriously contested internationally.
It may grow. It may also shrink.
The same applies to any job title that exists because something is currently fashionable.
The safe position, and it is simple to state:
Build a real technical or financial skill, then add green knowledge on top of it.
An electrical engineer who understands solar has two careers. Someone who only knows "about renewable energy" has none.
An accountant who can calculate emissions has two careers. Someone who only knows ESG vocabulary has one weak one.
A certified electrical technician who can install solar and service electric vehicles can work whatever happens to either market.
That is not less ambitious advice. It is how you build a career in a field that is growing fast and changing direction.

Related fields
Electrical engineer — the same degree, a wider route. Renewable energy technician — the installation side. Environmental engineer — impact and compliance. ESG analyst — the reporting and finance side.If you are taking the UEC instead of SPM
Everything above still applies to you — the subjects are the same disciplines, only a different exam paper. What changes is the route after it.
The UEC is not accepted for direct entry into a Malaysian public university degree. That is why independent school students overwhelmingly go to private universities in Malaysia, or abroad.
The UEC is treated as equivalent to STPM and A-Level, and it is recognised in the UK, the United States, Canada, Australia and Taiwan — which is why the overseas rate from independent schools is so high.
And the part that costs families real money — read this one properly:
PTPTN eligibility runs through SPM, and a UEC alone does not carry it. To keep the loan available you need a complete SPM, which means two things people get wrong:
Sejarah must be passed. Since SPM 2013 a pass in Sejarah (minimum E) is compulsory for the certificate itself — fail it and you do not have a complete SPM at all.
Bahasa Melayu is usually required at credit (grade C), not merely a pass.
The institution and programme must also be PTPTN-recognised — check that on the PTPTN gateway before you commit to a college.
The UEC route pushes you towards a private degree, and PTPTN is what pays for it. If you have not sat SPM, sit it — and do not treat Sejarah as the throwaway paper.
These conditions change. Verify the current rules with PTPTN before relying on any of this.

Universities

UTM, UPM, UNITEN (energy!), UiTM — electrical/energy engineering.

Tuition fees

Public RM1,500–RM4,000/year; private RM70,000–RM120,000 total.

Scholarships

JPA/PTPTN; Yayasan TNB/UNITEN energy scholarships.

Certification & licence

The qualification route
An accredited Electrical Engineering degree — not a specialised "renewable energy" degree. Check MQA accreditation and Board of Engineers Malaysia recognition.
Register as a graduate engineer with BEM after graduation.
After sufficient work experience and assessment, apply for professional engineer status — required to certify larger system designs.
A diploma route also works for technician and supervisory roles, and can be continued into a degree.

Technical skills
Power systems and electrical engineering — the foundation of everything.
Photovoltaic system design — sizing, string layout, inverter selection, loss calculation.
Yield modelling — predicting output over the system's life, and it is the basis of the financial case.
Protection and earthing — serious in Malaysia because of lightning and humidity.
Grid connection and compliance — Energy Commission requirements and utility connection conditions.
Financial modelling — payback period, levelised cost of energy, and investment analysis.
Energy storage — the next part to grow.
Software — solar design tools, CAD, and spreadsheets at a serious level.

Policy knowledge that makes you more useful
The National Energy Transition Roadmap, and the programmes under the Energy Commission and SEDA — net energy metering, Large Scale Solar and related schemes.
Why: an engineer who understands those mechanisms can tell a client whether a project is worth doing, and that is the advice they pay for.

Experience that builds a career
Industrial training with a solar installer or consultancy.
A final-year project in power systems or solar.
And build financial skills — the engineer who can defend an investment case becomes a project developer, and that is the highest-paid route.

The technical half of this category is regulated electrical work
This is the part most students miss, and it decides whether you can work legally.
Installing solar is electrical work. Servicing an electric vehicle is high-voltage electrical work.
In Malaysia, electrical installation work requires competency certification from the Energy Commission.
What that means in practice:
The "green" label is not what makes you employable. The certificate is.
A serious company cannot let someone without competency sign off work, and that is why certified technicians are paid more and are not short of work.
The right sequence for a TVET student:
A Malaysian Skills Certificate in the electrical trade, then Energy Commission competency certification, then specific solar or EV training on top of it.
Do not invert that order. A solar course without an electrical foundation and without competency produces someone who can talk about solar but cannot legally work on it.
And for the engineering route: designing larger systems requires a professional engineer registered with the Board of Engineers Malaysia.

Pros

Cons

Future & the AI era

AI auto-designs panel layouts & predicts generation — faster basic design.
Site surveys, grid connection & customer trust stay with human engineers.
AI + solar = two growing industries in one career.

Step by step, and how long each takes

  1. SPM — and the decisive choiceSPM
    The science stream is required, and three subjects are the real foundation.
    Physics — electricity, optics and energy. This is the content of the job.
    Additional Mathematics — solar system design is calculation: system sizing, losses, voltage drop, return on investment.
    Chemistry — to understand cell technology.
    English — standards, catalogues and technical documentation.
    The most important advice on this page, and it is made at the course selection stage:
    Take Electrical Engineering.
    Not "Renewable Energy Engineering", even though it sounds more precise.
    The reason: solar is a subset of electrical engineering, and you can learn it on top of an electrical foundation in a few months.
    But you cannot build an electrical foundation on top of a solar course.
    And an electrical degree lets you work in power, manufacturing, semiconductors and automation if the solar market changes — which a specialised degree does not.
    Check accreditation — the programme must be accredited to lead to professional registration with the Board of Engineers Malaysia.
  2. The real work, and it is not fitting panels关键
    Students picture climbing onto roofs. Engineers rarely do; technicians do.
    What a solar engineer actually does:
    Site assessment and system design — how much can fit, at what angle, with what shading.
    Yield calculation — predicting how much energy a system will produce over twenty years, and that estimate is the basis of the entire financial case.
    Electrical design — strings, inverters, protection, earthing, and grid connection.
    Compliance — meeting Energy Commission requirements and utility connection conditions. A beautifully designed system that is not approved is useless.
    Financial modelling — payback period, and whether the project is worth doing. This is the part young engineers most underrate, and the part clients actually care about.
    Construction supervision and commissioning.
    The tropical realities that make this work interesting here:
    Heat reduces panel efficiency, so calculations copied from temperate climates give wrong answers.
    Heavy rain, lightning and humidity — surge protection and earthing are serious in Malaysia.
    Dust and growth — cleaning affects output more than people expect.
    An engineer who understands local conditions produces accurate estimates, and that accuracy is a professional reputation.
  3. Professional registration and where it leads4–8 tahun
    The engineering route in Malaysia has a clear structure, and it is worth planning for early.
    After an accredited degree, you register as a graduate engineer with the Board of Engineers Malaysia.
    After sufficient work experience and assessment, you can become a professional engineer.
    Why this matters in solar specifically:
    Design and certification of larger systems requires a professional signature.
    That makes a registered engineer a project requirement rather than a luxury — and it makes you necessary rather than replaceable.
    Where this career can go:
    System design — the technical route.
    Project development — where engineering meets finance, and where the highest salaries are.
    Asset operations and maintenance — a solar farm runs for twenty years, so this work continues long after installation is finished.
    Consulting and independent verification — banks and investors need someone independent to verify yield estimates.
    Energy storage and grid management — the next part to grow, because a grid with a lot of solar needs storage and control.
    Useful advice: build financial skills alongside technical ones. The engineer who can design a system and defend its investment case is the one who becomes a project developer.

Key SPM subjects

Matematik, Matematik Tambahan, Fizik

Add Maths →Matematik →Physics →

Questions students actually ask

To become a solar engineer, which course should you take?
Take Electrical Engineering. Not a "renewable energy" degree, even though it sounds more precise.
The reason: solar is a subset of electrical engineering, and you can learn it on top of an electrical foundation in a few months — but you cannot build an electrical foundation on top of a solar course. And an electrical degree lets you work in power, manufacturing, semiconductors and automation if the solar market changes.
Check accreditation — the programme must be accredited to lead to registration with the Board of Engineers Malaysia, and designing larger systems requires a professional engineer's signature.
Also understand that this is an electrical engineering career, not an environmental one. It means four years of circuits, power systems and calculation.
What a solar engineer actually does: site assessment and system design; yield calculation over twenty years, which becomes the basis of the entire financial case; electrical design and protection; compliance with Energy Commission requirements; and financial modelling — the part young engineers most underrate and the part clients actually care about. Climbing roofs is a technician's job.
Pay: graduate engineer RM3,500–5,500; design engineer RM5,000–9,000; senior project engineer RM8,000–15,000; project manager RM12,000–22,000; project developer RM18,000–35,000.
And the career-moving advice: build financial skills alongside technical ones — clients do not buy a design, they buy a twenty-year return on investment.
Practice SPM Add Maths →K1 papers + AI answers · 3 languages

Where to study — universities and total fees

University Course Total fees Duration Location
SEGi University & CollegesDiploma · Diploma in Electrical and Electronics EngineeringRM 29,2503 YearsKota Damansara / KL / Subang / Penang / Sarawak
INTI International University & CollegesDiploma · Diploma in Electrical & Electronic EngineeringRM 37,4402.3 yearsNilai / Subang / Penang
SEGi University & CollegesDegree · B.Eng (Hons) Electronics and Electrical Engineering (3+0)RM 47,5503 YearsKota Damansara / KL / Subang / Penang / Sarawak
Multimedia University (MMU)Degree · BACHELOR OF ENGINEERING(HONS) ELECTRICALRM 76,0004 YearsCyberjaya, Selangor / Melaka
INTI International University & CollegesDegree · 3+0 BE (Hons) in Electrical & Electronic Engineering, Coventry University, UKRM 76,5383 YearsNilai / Subang / Penang
UCSI University / UCSI CollegeDegree · BACHELOR OF ELECTRICAL AND ELECTRONICS ENGINEERING WITH HONOURSRM 81,9904 yearsCheras, Kuala Lumpur
UCSI University / UCSI CollegeDegree · BACHELOR OF ENERGY ENGINEERING WITH HONOURSRM 82,3904 yearsCheras, Kuala Lumpur
UOW Malaysia (KDU)Degree · Bachelor of Electrical and Electronics Engineering with HonoursRM 93,0404 yearsGlenmarie, Selangor
MAHSA UniversityDegree · Bachelor of Electrical & Electronic Engineering with HonoursRM 93,4004 yearsBandar Saujana Putra, Selangor
Xiamen University MalaysiaDegree · Bachelor of Electrical and Electronics Engineering (Hons)RM 112,0004 yearsBandar Sunsuria, Sepang, Selangor
Asia Pacific University of Technology & Innovation (APU)Degree · Bachelor of Engineering in Electrical & Electronic Engineering with HonoursRM 118,8004 YearsBukit Jalil, Kuala Lumpur
Sunway CollegeDegree · Bachelor of Electronic and Electrical Engineering with HonoursRM 126,7404 Years (full-time)Bandar Sunway, Selangor
Curtin University MalaysiaDegree · Bachelor of Electrical and ElectronicRM 135,6004 YearsMiri, Sarawak
Sunway UniversityDegree · Bachelor of Electronic and Electrical Engineering with HonoursRM 144,8004 Years (full-time)Bandar Sunway, Selangor
Taylor’s University / Taylor’s CollegeDegree · Bachelor of Electrical and Electronic Engineering (Honours)RM 160,4164 yearSubang Jaya, Selangor
Swinburne University of Technology SarawakDegree · BACHELOR IN ELECTRICAL AND ELECTRONIC ENGINEERINGRM 162,5604 YearsKuching, Sarawak
Heriot-Watt University MalaysiaDegree · MEng Electrical and Electronic EngineeringRM 180,0004 yearsPutrajaya
Monash University MalaysiaDegree · Bachelor of Electrical and Computer Systems Engineering (Honours)RM 213,1204 yearsBandar Sunway, Selangor
University of Nottingham MalaysiaDegree · MEng (Hons) in Electrical and Electronic EngineeringRM 220,0004 YearsSemenyih, Selangor
University of Southampton MalaysiaDegree · MEng Electrical and Electronic Engineering (2+2)RM 370,3524 yearsIskandar Puteri, Johor

Fees are a guide only and change every year. Confirm the current figure with the university before you decide.

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Sources

Figures and policy on this page are checked against these reports. Last reviewed 2026-09.

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