Bachelor of Renewable Energy Engineering (Honours) (CRICOS course code 111379H) is a Bachelor Honours Degree delivered by The University of Newcastle (UoN) over 4 years. This AQF Level 8 course prepares students to design, develop, and manage renewable energy systems such as solar, wind, and hydro. Australia's shift towards clean energy creates strong demand for engineers in this field. The University of Newcastle (CRICOS 00109J) is a government-funded public university with a strong reputation in engineering. As a CRICOS-registered provider, UoN meets Australian Government standards for international student education. This page gives you a detailed look at fees, entry requirements, work-integrated learning, and visa pathways. All data is sourced from the official CRICOS register as at 1 April 2026.
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This course falls under the field of Process and Resources Engineering (030399). You'll develop skills in engineering design, thermodynamics, fluid mechanics, and renewable energy technologies. The honours component involves a research project, building analytical and problem-solving abilities. Graduates can work as renewable energy engineers, project managers, or policy advisors, contributing to Australia's energy transition. While specific subjects are set by the university, typical learning outcomes include designing sustainable energy systems, analysing resource efficiency, and applying engineering principles to real-world challenges. This bachelor honours degree provides a pathway to further study or professional engineering roles.
The course runs for 4 years (208 weeks on the CRICOS register). Instruction is in English and it's a single qualification (no dual awards or foundation studies included). Full-time on-campus study at the Callaghan campus is expected. Students should plan for a heavy workload typical of engineering honours programs. The University of Newcastle also offers part-time options in some cases, but international students must maintain full-time enrolment per visa conditions.
Tuition is estimated at A$200,723 for the full program. Non-tuition fees (e.g., materials, services) total A$1,608, bringing the estimated total to A$202,331. These figures are sourced from the CRICOS register and are indicative only – actual fees are set by the university and may change. Overseas Student Health Cover (OSHC), living costs, and the visa application charge are not included. For current fees, always check the provider's website (newcastle.edu.au). Living costs in Newcastle are moderate: average weekly rent A$200–350, groceries A$80–150, and public transport A$20–40 (concession rates available). These are rough guides; confirm with the Department of Home Affairs for financial capacity requirements.
English language proficiency: IELTS 6.0–6.5 overall (no band below 5.5–6.0) or equivalent (e.g., TOEFL, PTE). Academic requirements: typically completion of Australian Year 12 or equivalent with strong maths and physics results. The university may consider prior tertiary study. Foundation or pathway programs are available through UoN College if you don't meet direct entry. Always verify specific prerequisites on the provider's website, as entry criteria are set by the institution.
Yes, this course includes a mandatory work component: 12 weeks, 35 hours/week (totalling ~420 hours). This work-integrated learning (WIL) involves an industry placement or internship in a renewable energy setting. Students apply classroom knowledge in real engineering projects, gaining practical experience and professional contacts. WIL is a key part of the honours degree, enhancing employability upon graduation.
This course is delivered at The University of Newcastle (Callaghan) in CALLAGHAN, NSW. Newcastle is a coastal city about 160 km north of Sydney, with a student population of over 40,000. The city has excellent public transport – buses and a light rail connect the campus to the city centre. Newcastle offers a lower cost of living compared to Sydney, with many student-friendly amenities. Over 20 CRICOS-registered providers operate in Newcastle, offering diverse study options.
International students need a Student visa (Subclass 500) to study this course. You must meet the Genuine Temporary Entrant (GTE) requirement, maintain Overseas Student Health Cover (OSHC), and show financial capacity (tuition + living costs + return airfare). While studying, you can work up to 48 hours per fortnight during term and unlimited hours during scheduled breaks – but check your visa conditions. After graduation, you may be eligible for a Temporary Graduate visa (Subclass 485), allowing you to work in Australia full-time. For personalised advice, consult a registered migration agent (MARA) or visit homeaffairs.gov.au.
Newcastle is an ideal place to study renewable energy engineering given its history as a coal-exporting port now transitioning to clean energy. The city has a growing renewable sector with wind, solar, and battery storage projects. The University of Newcastle's engineering faculty is well-regarded, and students benefit from industry connections. With a student population of over 40,000 and more than 20 CRICOS-registered providers, Newcastle offers a supportive international student community. Liveability is high – affordable rent, beautiful beaches, and a vibrant culture. Consider how the location aligns with your study goals and lifestyle.
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Bachelor of Renewable Energy Engineering (Honours) is a CRICOS-registered programme at The University of Newcastle (UoN). Use this register extract [CRICOS register, Apr 2026] to cross-check codes, duration and indicative fees before you apply.
This page is general information only and not migration advice. Confirm Student visa (Subclass 500) requirements with the Department of Home Affairs.