OverviewAbout this course
The Undergraduate Certificate in Renewable Energy Engineering is a fantastic course for those wanting to fast-track their learning or gain credit for half of the Diploma of Renewable Energy Engineering.
Learn about the renewable energy industry and how to design, develop and implement renewable energy systems and technologies to create a more sustainable future for ourselves and generations to come. Develop a deep understanding of the technologies paving the way in the renewable sector with a focus on practical energy storage systems (battery, hydrogen and pumped hydro) as well as photovoltaic (PV) systems.
Course duration
6 months full time or 1 year part time
OutcomesWhat you'll gain
Learning outcomes
Through a mixture of theory and practical course work, learn to:
Practically apply your knowledge and skills in renewable energy engineering in a variety of renewable energy technology contexts
Identify, analyse and develop renewable energy solutions for clients
Operate within legal and regulatory frameworks and follow industry standards to meet compliance requirements and ensure public health and safety
Course outcomes
Develop specialist skills to gain an advantage in the job market
Graduate with an Undergraduate Certificate in Renewable Energy Engineering (AQF 5)
Eligibility to apply for Clean Energy Council Grid-connect Design Only accreditation (provisional)
Recognition of prior learning if you choose to continue on to study the Diploma of Renewable Energy Engineering
This course has been accredited by the Tertiary Education Quality and Standards Agency (TEQSA)
SuitabilityIs this course right for you?
Entry requirements
This course requires evidence of previous experience or study before you can enrol
You must demonstrate that you have achieved one of the following:
A NSW Higher School Certificate (HSC) or its equivalent or
A Certificate IV in Tertiary Preparation or its equivalent or
A completed Certificate IV or higher vocational qualification
You must also:
Have mathematics knowledge to HSC level or equivalent before entering this course, or you may be required to undertake a bridging program or preparatory maths course. All students will submit a skills assessment questionnaire to test their maths capabilities.
Attend a pre-admission interview where you may also be asked to complete a short literacy and numeracy task - this helps us to understand how we can support your study success and provide you with any necessary support.
Note:
Your certificates, transcripts and other entry requirement evidence must be certified through a Justice of the Peace or other authorising officer
Completion requirements
During your study you’ll need to provide your teacher with the following evidence:
Entry recommendations
To be prepared for this course, we recommend that you have:
A strong desire to design and innovate renewable energy sources and energy storage systems
Passion for renewable energy, sustainability and the environment
An interest in science, technology, engineering, design and mathematics
A personal computer or laptop to access study materials and complete your assessments. You can access this equipment on campus, however, it is highly recommended you have your own equipment available.
You do not require an ATAR score for entry into this course.
If you are unable to meet the entry requirements, you may be eligible for special admission.
Please continue with your application and you will be guided to identify as mature aged (at least 21 years old in your first year of study) or disadvantaged (disability, serious or chronic illness, interrupted education, lack of support for study, serious personal problems and/or serious family responsibilities). Please contact us to find out more.
TAFE NSW is committed to meeting the learning needs of every community. Meeting these needs can mean there are additional entry requirements at different campus locations. Check your preferred location for further requirements. If you need help preparing for study, contact us to find out how we can support you.
PathwaysFuture career and study options
Career pathways
Our graduates go onto roles like:
Electrical Engineering Technician
Electrical Engineering Technicians conduct tests of electrical systems, prepare charts and tabulations, and assist in estimating costs in support of Electrical Engineers and Engineering Technologists.
Full-time share Full-time workers usually work 35 hours or more a week (in all their jobs combined).
94%
Employment size Employment size is the number of workers who do this as their main job.
3,000 workers
Average age This is the average age of all workers in this job.
43 years
Weekly pay Median earnings are shown for full-time, non-managerial employees paid at the adult rate, before tax or any amounts that are salary sacrificed. These figures are a guide to earnings only and should not be used to determine a wage rate.
$1,760
Average full-time The average full-time hours that people in this role work each week.
43 hours
Skill level rating Skill level ratings are based on the range and complexity of job roles. In general, the higher the skill level, the more formal education and training, previous experience or on-the-job training needed to be good at the job.
Very high
Gender share
4% female
Future growth The Department of Employment, Skills, Small and Family Business estimates the likely change in number of workers in this role, or industry, over the next 5 years. Future growth is the likely percentage change compared to all other job roles.
Moderate Growth
Other jobs include: electrical engineering design officer, designer in an engineering team, provisional grid connect solar designer, technical sales in solar PV industry, technical support in renewable energy industry, design officer, technical officer and engineering officer.
Licensing
Once you have completed the Undergraduate Certificate in Renewable Energy Engineering you will be eligible to apply for your provisional Grid-connect Design Only accreditation issued by the Clean Energy Council (CEC) . This accreditation is for individuals who want to design solar systems that are connected to the grid. It is not compulsory, but it is a popular pathway for people who want to enter the industry. Visit the CEC website for more information on how to apply for provisional accreditation, and how to upgrade to full accreditation.
Study pathways
Take your study further with other courses offered at TAFE NSW:
Previous study0 Courses
Alternative pathways into this course
The Undergraduate Certificate in Renewable Energy Engineering does not have any pre-requisite courses.
Further study1 Course
Advance your skills to take your career to the next level
Related study0 Courses
Strengthen your expertise and expand your employability
The Undergraduate Certificate in Renewable Energy Engineering does not have any related courses.
Your experience counts
At TAFE NSW, we recognise your previous study and work experience. You can apply for recognition of prior learning (https://www.tafensw.edu.au/enrol/recognition-credit-transfers) or a credit transfer with any of our courses. If you're successful you'll get your qualification faster.
SubjectsSubjects in this course
Completion of this course requires you to successfully complete 4 subjects (40 credit points) made up of 4 core subjects.
Core Subjects
Elective Subjects
TAFE NSW servicesFacilities and support
TAFE NSW provides support services across all campus locations and online. Whatever your needs or circumstances, we have the people, resources, counselling and facilities to support you in focusing on your studies.
TAFE NSW Disability Support Service
TAFE NSW Language, Literacy and Numeracy (LLN) support
TAFE NSW Aboriginal Support; Learner support (ABE)
TAFE NSW Careers, Counselling and Pathways Service
TAFE NSW Libraries
Scholarship programs – be supported as you explore your talents and fulfil your potential
Read&Write literacy and study support software is available free for all TAFE NSW students to use while studying on campus and at home
LinkedIn Learning – an online resource which offers innovative courses and tutorials to improve your personal and professional skills
Student associations – get social with our student community