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5 Years On Campus Bachelors Program
University of SydneyThe Bachelor of Engineering Honours (Civil Engineering) and Bachelor of Science at the University of Sydney is a versatile double degree that combines advanced engineering design with scientific depth, ideal for students who want to solve complex infrastructure challenges using strong analytical and research skills. It suits those interested in blending practical engineering with disciplines like mathematics, physics, or environmental science to create innovative, evidence-based solutions.
Curriculum Structure:
Year 1
You’ll build a solid foundation with core units such as Introduction to Civil Engineering, Engineering Mechanics, and Calculus of One Variable, alongside Science subjects like Physics 1 or Chemistry 1A. This year develops your quantitative and scientific thinking essential for engineering problem-solving.
Year 2
Your engineering studies expand into Structural Analysis and Fluid Mechanics, while your Science major begins to take shape with intermediate units such as Linear Algebra or Environmental Systems. You’ll start linking scientific principles with engineering applications.
Year 3
You’ll dive deeper into civil engineering with Geotechnical Engineering, Transport Engineering, and Hydrology and Environmental Engineering. In Science, you’ll engage in higher-level coursework and laboratory work, strengthening your research and analytical capabilities.
Year 4
Advanced engineering topics like Reinforced Concrete Design and Construction Management prepare you for complex infrastructure challenges. Your Science studies will include specialised subjects aligned with your chosen major, enhancing your technical depth.
Year 5
In your final year, you’ll complete an Engineering Honours Project and a Capstone Design Project, applying both engineering and scientific knowledge to real-world problems. You’ll graduate with a strong combination of technical expertise and scientific insight.
Focus areas (in a string):
Structural engineering, environmental engineering, transport systems, applied mathematics, physics, environmental science
Learning outcomes (in a string):
Advanced engineering design and analytical skills, strong scientific reasoning, problem-solving using data and research, interdisciplinary thinking, effective technical communication
Professional alignment (accreditation):
Accredited by Engineers Australia (EA), supporting pathways to Chartered Professional Engineer status
Reputation (employability rankings):
The University of Sydney is consistently ranked among the top universities globally (QS World University Rankings) with strong graduate employability outcomes
At the University of Sydney, this double degree is designed to immerse you in real-world engineering and scientific practice from the start. You’ll gain hands-on experience through advanced civil engineering labs, scientific research facilities, and digital tools that reflect industry and research environments—helping you connect theory with practical application across both disciplines.
Here’s how your learning becomes truly practical and research-driven:
Graduating from the Bachelor of Engineering Honours (Civil Engineering) and Bachelor of Science at the University of Sydney gives you a powerful combination of engineering expertise and scientific depth, opening doors to both industry and research-focused careers. You’ll be well-prepared to tackle complex infrastructure and environmental challenges using data-driven and analytical approaches. Typical career paths include Civil Engineer, Environmental Engineer, Structural Engineer, and Engineering Research Analyst:
Further Academic Progression:
After completing this degree, you can continue into advanced study such as a Master of Engineering (with specialisations like structural, environmental, or transport engineering) or pursue a Master of Science in your chosen discipline. If you’re interested in innovation or academia, you can also undertake a Master by Research or PhD, leading to careers in research, development, and leadership in complex engineering and scientific projects.
The minimum English language requirement is an IELTS overall score of 6.5 with at least 6.0 in each band, or a TOEFL iBT overall score of 85 with minimum scores of 17 in reading, listening, and speaking, and 19 in writing.The minimum entry requirement includes an IB score of 31.The minimum entry requirement includes A Level grades of AAB (A*=6, A=5, B=4, C=3, D=2, E=1).The minimum entry requirement includes an ATAR score of 85.0.The minimum entry requirement for domestic students is an ATAR score of 90.The minimum entry requirement for domestic students is an SAT score of 1340 with completed high school, or an ACT score of 28, or an AP aggregate score of 13.The minimum entry requirement for domestic students is GCE A Levels with grades AAA.The minimum entry requirement for domestic students is an Indian School Certificate score of 90.The minimum entry requirement for domestic students is a Gaokao score of 80%.You are expected to have studied the following subjects in high school to succeed in this course: Mathematics Extension 1 Chemistry and / or PhysicsIndia : The minimum entry requirement includes a CBSE score of 87%.US : The minimum entry requirement includes an SAT score of 1300, an ACT score of 26, a GPA of 3.2, or an AP score of 12.China : The minimum entry requirement includes a Gaokao score of 75%, based on the National Higher Education Entrance Exam.Civil engineerStructural engineerEnvironmental engineerTransport engineerGeotechnical engineerData analystResearch scientistHydrologistSustainability consultantInfrastructure planner
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