Bachelor of Science and Bachelor of Engineering (Specialisation)(Civil) with Honours in Engineering

5 Years On Campus Bachelors Program

University of Tasmania

Program Overview

The combined Bachelor of Science and Bachelor of Engineering (Specialisation) (Civil) with Honours at the University of Tasmania is designed for students who want to gain a deep scientific foundation alongside advanced civil engineering expertise. It’s perfect for those who are curious, enjoy problem-solving, and want to work on designing and managing sustainable infrastructure that has a real-world impact.

Curriculum Structure:
Year 1: You’ll begin with foundational science and engineering courses such as Engineering Fundamentals, Mathematics for Engineers, and Physics for Engineering, alongside introductory science units. This year helps you build strong analytical and problem-solving skills while exploring how scientific principles underpin engineering solutions.

Year 2: The focus shifts to core civil engineering and applied science units, including Structural Mechanics, Fluid Mechanics, and Environmental Science. You’ll start applying theory to practical problems and develop a deeper understanding of infrastructure, sustainability, and material behaviour.

Year 3: You’ll study advanced civil engineering concepts through units like Geotechnical Engineering, Transport Engineering, and Hydraulic Engineering. This year emphasises hands-on projects, fieldwork, and laboratory analysis, preparing you for complex real-world challenges.

Year 4: In your penultimate year, you’ll take units such as Construction Management, Reinforced Concrete Design, and Infrastructure Systems. This year focuses on integrating design, project management, and technical skills while engaging in larger, multidisciplinary projects.

Year 5: The final year is centred around your Honours Research Project and advanced specialisation units. You’ll solve an original engineering problem, apply your accumulated knowledge, and graduate with both technical expertise and research experience that stands out to employers.

Focus areas (in a string): Civil engineering, structural design, transport systems, geotechnical engineering, environmental engineering, infrastructure management

Learning outcomes (in a string): Advanced engineering design and analysis skills, practical problem-solving, project management, teamwork and communication, research and innovation capabilities

Professional alignment (accreditation): Accredited by Engineers Australia (EA), enabling pathways to Chartered Professional Engineer status

Reputation (employability rankings): The University of Tasmania is well-regarded for engineering and science, with strong graduate employability outcomes in Australia

Experiential Learning (Research, Projects, Internships etc.)

At the University of Tasmania, the combined Science and Civil Engineering degree is built to make learning practical, interactive, and directly relevant to the real world. From your first year, you’ll be working with advanced engineering tools, conducting experiments in specialised labs, and participating in field trips that show how theory is applied on actual construction and infrastructure sites. Collaborative projects and research experiences help you develop problem-solving, teamwork, and technical skills that employers are looking for.

Here’s how your learning becomes hands-on and immersive:

Engineering Laboratories: Engage in experiments with materials, structures, and hydraulics using dedicated civil engineering labs
Fieldwork & Site Visits: Gain first-hand experience through trips to bridges, construction sites, and local infrastructure projects
Capstone & Group Projects: Collaborate on multi-disciplinary projects that replicate professional engineering challenges, encouraging teamwork and innovation
Geotechnical & Environmental Testing Facilities: Analyse soils, assess water flows, and study environmental impacts using specialist lab equipment
Industry Internships & Professional Exposure: Connect with local councils, consulting firms, and government projects to gain workplace experience and industry insights
Digital Tools & Software: Learn industry-standard software including AutoCAD, MATLAB, Civil 3D, and GIS for modelling, design, and analysis
Libraries & Research Centres: Access the University of Tasmania’s extensive library resources and engineering research institutes to support your coursework, projects, and honours research

Progression & Future Opportunities

Graduating from the Bachelor of Science and Bachelor of Engineering (Specialisation) (Civil) with Honours at the University of Tasmania positions you for a dynamic and rewarding career in civil engineering and related fields. You’ll finish the program with a combination of strong technical skills, research experience, and real-world project exposure that makes you highly employable. Typical roles include Civil Engineer, Structural Engineer, Project Manager, and Transport Engineer:

University Career Support: UTAS Careers & Employability offers tailored guidance, internship placements, resume and interview preparation, and access to industry networking events specific to engineering students
Employment Stats & Salary: Graduates enjoy strong employment outcomes, with many securing full-time roles within six months and earning competitive starting salaries in Australia’s engineering sector
Industry Partnerships: Collaborate with local councils, consulting engineering firms, and government infrastructure agencies through internships, projects, and research initiatives
Accreditation & Professional Recognition: The program is accredited by Engineers Australia, providing the pathway to become a Chartered Professional Engineer, recognised both nationally and internationally
Graduate Outcomes: Alumni move into leading engineering consultancies, public infrastructure projects, construction firms, and transport agencies, often taking leadership and management roles early in their careers
Professional Networking Opportunities: Participate in workshops, seminars, and guest lectures from industry leaders to build connections that support your career growth
Practical Experience & Skills: Hands-on labs, fieldwork, and honours research projects ensure graduates are ready to tackle complex engineering challenges with confidence

Further Academic Progression:
After completing this program, you can pursue a Master of Engineering in specialisations such as structural, transport, or environmental engineering. For those interested in research or advanced practice, pathways include a Master by Research or PhD, opening opportunities in innovation, consultancy, and leadership roles in infrastructure and civil engineering projects globally.