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La Trobe University

  • 24% international / 76% domestic

Bachelor of Civil Engineering (Honours)

  • Bachelor (Honours)

Infrastructure is a chief priority for the Australian government. Large-scale projects are being devised to address issues such as urban congestion and national connectivity, and civil engineers are in high-demand to make these projects a reality.

Key details

Degree Type
Bachelor (Honours)
Duration
4 years full-time
Course Code
078469G
Study Mode
In person
Intake Months
Feb, Jul
Domestic Fees
$7,071 per year / $28,284 total
International Fees
$35,600 per year / $142,400 total
ATAR
65.25

About this course

Infrastructure is a chief priority for the Australian government. Large-scale projects are being devised to address issues such as urban congestion and national connectivity, and civil engineers are in high-demand to make these projects a reality.

La Trobe's Bachelor of Civil Engineering (Honours) equips you with the skills to be at the forefront of the rapidly evolving civil engineering industry. Build your knowledge in a range of engineering specialties and be prepared to lead the way in creating efficient, sustainable and innovative solutions to complex engineering challenges.

Learn the technical aspects of geotechnics and hydraulic systems. You'll also develop strong foundations in structural and electrical engineering, while exploring the countless possibilities of mechanical engineering.

Understand the importance of high-quality infrastructure design, civil construction, and computer-aided design. As you progress, you'll have the opportunity to undertake research in sustainability, urban irrigation and advances in concrete technologies.

The course is delivered by leading academics in our high-tech facilities where you'll undertake large-scale projects such as integrating energy efficient solutions into smart buildings. In your final year, you can also complete a work placement and gain valuable industry experience with a real-world company.

Every stage of our Bachelor of Civil Engineering (Honours) equips you for your future career. You have the option to exit after your first year with a Diploma of Engineering Technology or after your second year with an Associate Degree in Engineering Technology. You can also continue building your engineering expertise with our Master of Engineering (Civil).

Graduate ready to work across a wide range of sectors, including government, construction, natural resources, renewable energy, oil and gas, and mining.

You'll learn:

  • Sustainable infrastructure
    • Learn the fundamentals of the design and production of renewable energy systems.
  • Civil construction
    • Develop your knowledge of design, and explore both practical and project management perspectives.
  • Water resources
    • Learn about fluid dynamics, hydraulic systems, hydrological cycles, water quality, water management and water treatment.
  • Transport engineering
    • Analyse and design multimodal transport facilities, road and pavement structures.
  • Computer-aided design
    • Use computers and software to design, improve and assess projects.
  • Geotechnics
    • Discover how to evaluate risks and design robust engineering solutions by understanding the behaviour of natural materials, such as soil and rock.

The qualification awarded on graduation is recognised in the Australian Qualifications Framework (AQF) as Level 8 - Bachelor Degree Honours.

Sample course structure

Please note, the following course structure is indicative and subject to change depending on your course location, offer year or how you tailor your course with specialisations, majors, minors and electives. Structures for the following year are not normally finalised until October, so the sample provided is based on the most recently approved structure. For more information, please refer to the La Trobe University Handbook.

To qualify for the award of Bachelor of Civil Engineering (Honours), students must complete a total of 480 credit points across 4 years.

Year 1 requires the completion of 120 credit points including:

  • 120 credit points from chosen Core

Year 2 requires the completion of 120 credit points including:

  • 120 credit points from chosen Core

Year 3 requires the completion of 120 credit points including:

  • 120 credit points from chosen Core

Year 4 requires the completion of 120 credit points including:

  • 60 credit points from chosen Core
  • 60 credit points from chosen Core choice- Pathway
Study options

Core subjects are required subjects in your course. You need to complete these subjects to attain your degree.

Subject name Subject code Year Credit points ACADEMIC INTEGRITY MODULE LTU0AIM 1 0 WOMINJEKA LA TROBE: INDIGENOUS CULTURAL LITERACY FOR HIGHER EDUCATION ABS0WOM 1 0 COMPUTER AIDED DESIGN EMS1CAD 1 15 ENGINEERING DESIGN AND PROBLEM SOLVING EMS1EDP 1 15 INTRODUCTION TO ELECTRICAL AND ELECTRONIC ENGINEERING ELE1IEL 1 15 MECHANICS OF SOLIDS EMS1MS 1 15 MODELLING CHANGE IN SCIENCE, SOCIETY AND ENGINEERING MAT1002 1 15 PRINCIPLES OF PHYSICS A PHY1SCA 1 15 PROGRAMMING FOR ENGINEERS AND SCIENTISTS CSE1PES 1 15 TOOLS FOR MODELLING THE WORLD MAT1001 1 15 ENGINEERING ENTERPRISE EMS2EEP 2 15 ENGINEERING MATERIALS EMS2EM 2 15 ENGINEERING PROBABILITY AND STATISTICS STM2EPS 2 15 IDEAS TO INNOVATION EMS2ITI 2 15 SUSTAINABILITY AND RENEWABLE ENERGY DESIGN EMS2SRE 2 15 SYSTEMS MODELLING EMS2SYM 2 15 THERMOFLUIDS EMS2TFD 2 15 VECTOR CALCULUS MAT2VCA 2 15 CIVIL ENGINEERING PROJECT MANAGEMENT CIV3CPM 3 15 ENGINEERING RESEARCH METHODOLOGY AND APPLICATION EMS4002 3 15 GEOTECHNICAL DESIGN CIV3GTD 3 15 HYDRAULIC ENGINEERING 1 CIV3HE1 3 15 MEASUREMENT AND INSTRUMENTATION EMS3001 3 15 SOIL MECHANICS CIV3SOM 3 15 STRUCTURAL ANALYSIS AND DESIGN 1 CIV3SD1 3 15 STRUCTURAL ANALYSIS AND DESIGN 2 CIV3SD2 3 15 HYDRAULIC ENGINEERING 2 CIV4HE2 4 15 INFRASTRUCTURE DESIGN CIV4ID 4 15 STRUCTURAL ANALYSIS AND DESIGN 3 CIV4SD3 4 15 TRANSPORTATION ENGINEERING CIV4TE 4 15

Core choice subjects are one or more subject groups you need to select in your course. Core choice subjects may be specific to your course, major, minor, specialisation or other learning requirements.

Students to select one learning pathway from the list below.

Pathway

  • Advanced research
  • Work integrated learning

For more information on these please refer to the La Trobe University Handbook.

See La Trobe University Handbook for more details

The Handbook contains detailed course information designed for enrolled students, including course structures, electives and options. The delivery of this course can vary between campuses.

  • Melbourne (Bundoora)

To view other campus handbook course details, please select relevant campus in the drop down.

Study locations

Melbourne

Bendigo

Career pathways

With a degree in civil engineering from La Trobe, you'll be equipped to work in a range of industries, from local, state and federal government to the energy and construction sectors.

Possible roles include:

  • Structural or construction engineer
    • Design and assess major structural works such as buildings, bridges and tunnels.
  • Geotechnical engineer
    • Plan and direct geological surveys, and design foundations to withstand extreme pressures.
  • Water engineer
    • Design and operate water supply, wastewater collection and treatment and irrigation systems
  • Renewable energy engineer
    • Create sustainable infrastructure that produces renewable energy such as wind, solar, hydro, marine and biofuels.
  • Transportation engineer
    • Design transport systems that facilitate the safe, efficient and environmentally friendly movement of people and goods.
  • Project estimator
    • Analyse projects, recommend improvements and manage stakeholders to improve workflows.

Professional recognition

The Bachelor of Civil Engineering (Honours) is accredited by Engineers Australia (EA). Professional membership may require an application to the professional body and may have additional or ongoing requirements beyond the completion of the degree. Please contact the relevant professional body for details.

Graduate outcomes

Graduate satisfaction and employment outcomes for Engineering courses at La Trobe University.
74.2%
Overall satisfaction
90.3%
Skill scale
67.7%
Teaching scale