Bachelor of Engineering (Environmental) (Honours)

This is a four-year Bachelor of Engineering (Environmental) (Honours) at Adelaide University, a degree that sits at AQF level 8 with an embedded honours component. Environmental engineering is about the systems that keep water clean, air breathable, land usable and waste under control. You will study water and wastewater treatment, hydrology and catchment management, soil and groundwater remediation, air quality, environmental impact assessment, and the sustainability and regulatory frameworks that shape how projects get approved in Australia. The maths, chemistry, physics and engineering mechanics come first, then the environmental specialisation builds on top.

How the degree is structured

Australian engineering degrees are usually delivered over two semesters a year, with each unit carrying a set number of credit points. You need to accumulate the required credit points across core engineering units, environmental specialisation units and electives. The honours component is built into the four years rather than bolted on as a separate year, which is why this degree is longer than a standard three-year bachelor. You will complete a substantial final-year research or design project, a capstone, where you work on a real environmental problem, often with an industry partner or a research group. Many students also take a professional placement or industry-based project as part of their work-integrated learning, because environmental engineering employers expect graduates to have seen a site, a treatment plant or a contaminated land investigation up close.

Skills you build

You learn to design and assess water and waste treatment systems, model contaminant movement through soil and water, interpret environmental legislation and standards, and prepare impact statements and management plans. You also pick up the practical side: field sampling, data analysis, GIS and modelling software, and the report-writing and project management skills that consulting firms and regulators rely on. Teamwork matters too, because environmental projects sit at the intersection of engineering, science, planning and community consultation.

Who it suits

This degree suits someone who likes science and maths but wants to work on problems with a visible public benefit, clean drinking water, mine site rehabilitation, coastal protection, waste reduction. You do not need to arrive as an activist; you need to be willing to learn the engineering fundamentals and apply them to environmental problems. The honours structure means you will do research, so curiosity and persistence help. Graduates often go on to seek professional recognition through Engineers Australia, which assesses engineering qualifications for migration and chartered status. If you are an international student, you can work up to 48 hours per fortnight while your course is in session, and the Temporary Graduate visa (subclass 485) post-study work stream may be available after you finish, depending on your circumstances. English requirements for this course are published on the official page, check the exact score and accepted tests there, along with fees on the CRICOS register. Always confirm entry requirements, credit points and course structure with Adelaide University directly.

• Environmental engineer in consulting firms working on impact assessment, contaminated land and water infrastructure
• Water and wastewater engineer with utilities and catchment authorities
• Mine site environmental officer or rehabilitation engineer in the resources sector
• Sustainability and environmental advisor in construction, transport and energy projects
• Contaminated land and groundwater specialist in environmental consultancies
• Environmental compliance and approvals officer in government agencies and regulators
• Air quality and waste management engineer in industry and local government
• Further study or research pathways, including a master's or doctorate in environmental engineering or a related field