Bachelor of Civil Engineering
BEng
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Review the overview, fees, curriculum, instructors, and entry requirements in one place.
Program Overview
The Bachelor of Civil Engineering develops engineers who can contribute to infrastructure design, construction, transport systems, and resilient built environments.
Students learn through technical design work, laboratory sessions, surveying practice, and field-oriented applications across structural, geotechnical, transportation, and construction management disciplines.
Career Outcomes
Key Modules
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Application fee information is provided here to help prospective students review admission costs before beginning the application process.
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For registration fees, totals, and full tuition tables, use the tuition page or contact admissions for the most current breakdown.
Curriculum
Foundation Engineering Studies
The early phase covers engineering mathematics, mechanics, technical drawing, and materials fundamentals.
- Core mathematics and engineering science
- Mechanics and technical communication
- Introduction to construction materials
Design and Surveying Core
Students progress into surveying, structural concepts, hydraulics, and geotechnical principles with a strong practical orientation.
- Surveying and field measurement
- Structural analysis and design logic
- Soils, foundations, and hydraulics
Applied Infrastructure Systems
Middle and upper years emphasize transport networks, construction methods, site control, and project delivery systems.
- Transportation systems and infrastructure planning
- Construction methods and project control
- Engineering software and design documentation
Professional Practice and Final Project
The final stage includes supervised design work, professional reporting, and a substantial engineering project.
- Integrated design studio
- Professional practice and ethics
- Final-year project or applied field investigation
Instructors
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No instructors found for this program.
Entry Requirements
Applicants should present strong preparation in mathematics and physical science, together with readiness for rigorous technical study.
- Completed secondary education with strength in mathematics and science
- Ability to engage in technical drawing, calculations, and practical design tasks
- Commitment to fieldwork, design studios, and applied engineering learning
Ready to Apply?
Students can review the fees, curriculum, and requirements here before starting the application.
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