Bachelor of Science with Honours

1 Years On Campus Bachelors Program

University of Tasmania

Program Overview

Program Overview
The Bachelor of Science with Honours at the University of Tasmania (UTAS) is designed for students who are ready to take their scientific studies to the next level. This focused, research-intensive year builds on your undergraduate degree, allowing you to deepen your expertise in your chosen field of science. It’s perfect if you’re curious, enjoy hands-on investigation, and want to strengthen your credentials for research, postgraduate study, or a specialised professional career.

Curriculum Structure

Year 4 – Honours Year
In your final year, you’ll complete a major research project, such as Honours Research D (KNS403), where you’ll design, conduct, and present original scientific findings. You’ll also take advanced coursework like Honours Research B (KNS401) to help you refine your project management, research design, and scientific communication skills. Alongside these, you can choose specialist units within your discipline — whether that’s genetics, ecology, microbiology, chemistry, or another area of science — allowing you to tailor your degree to your interests.

Year 3 – Pre-Honours Preparation
During this year, you’ll consolidate your knowledge in your major discipline and start developing your research interests. You’ll complete advanced-level units in areas such as genetics, microbiology, chemistry, or earth sciences, and strengthen your laboratory and fieldwork skills. You’ll also begin to outline your honours research proposal, setting a solid foundation for the independent work ahead.

Year 2 – Discipline Foundation
Your second year focuses on building the core scientific knowledge and technical skills you’ll need in your chosen major. You’ll take units that expand your understanding of areas like ecology, geography, or mathematics, while developing analytical, quantitative, and experimental abilities. Team-based projects and investigations start to play a bigger role here, helping you learn how to apply science in real-world contexts.

Year 1 – Undergraduate Base (Prior to Honours)
The earlier years of your undergraduate degree establish a strong grounding in fundamental sciences such as biology, chemistry, and mathematics. These essential skills form the basis for the advanced research and analytical work you’ll carry out in your honours year.

Focus Areas

Research methodology and project execution
Advanced discipline-specific science (e.g. genetics, microbiology, ecology, earth sciences)
Scientific communication and professional development

Learning Outcomes
Graduates of the Bachelor of Science with Honours will be able to:

Demonstrate independent research capability
Apply advanced scientific knowledge in their chosen discipline
Present findings effectively in written and oral formats
Plan, execute, and evaluate scientific investigations
Be well prepared for postgraduate research or specialised scientific employment

Professional Alignment
The Honours year at UTAS is recognised as a research-enabling pathway, strengthening your professional standing and enhancing eligibility for membership in relevant scientific organisations. It’s a valuable stepping stone toward careers in research, academia, or industry.

Reputation
The University of Tasmania is ranked #314 in the QS World University Rankings 2026 and is consistently recognised for teaching excellence and graduate employability. Its strong focus on research and innovation ensures that graduates are well prepared for both professional and academic success.

Experiential Learning (Research, Projects, Internships etc.)

Here’s how the Bachelor of Science (Honours) at the University of Tasmania, starting in 2026, gives you genuine, hands-on learning experiences that prepare you for real scientific careers — not just theory.

From your very first year, you’ll be immersed in modern laboratories, working on research-style projects, and using the latest digital tools alongside expert academic staff. You’ll learn by doing — designing your own investigations, applying scientific methods, and presenting your findings just as professionals do in the workplace. The University also offers dedicated support for work-integrated learning and practical skill development, ensuring you graduate with confidence and experience.

Here are some of the key experiential learning features you’ll benefit from:

Honours-level research and project experience: You’ll develop independent research skills, along with planning and project management abilities, through advanced scientific investigations.
Practical, problem-based learning: Every stage of the degree includes hands-on activities and real-world problem-solving, reflecting the University’s commitment to study “with practical experience in mind.”
Work-integrated opportunities: Through the University’s work-integrated learning framework, you can take part in internships or professional placements that give you exposure to real industry environments.
Access to specialist laboratories and facilities: You’ll gain practical experience using professional-level research equipment and facilities designed to support advanced scientific work.
Modern digital tools and analysis software: From data analysis to modelling and lab instrumentation, you’ll use contemporary digital tools while strengthening your research, communication, and analytical skills.
Collaborative projects and presentations: You’ll often work in teams and present your findings, developing the communication and teamwork skills that are vital in professional science careers.
Strong research and infrastructure support: You’ll benefit from the University’s extensive library network, research institutes, and scientific infrastructure — all designed to support your learning and discovery.

Progression & Future Opportunities

Graduate Outcomes Summary:
Graduates from this honours program leave prepared for careers that demand advanced research and analytical skills. Whether you choose to work as a Research Scientist, Environmental Consultant, or Data Analyst, you’ll be equipped with a strong mix of technical knowledge and transferable skills that employers truly value. Many graduates also move into leadership positions across science-based organisations, drawing on their depth of subject expertise and problem-solving abilities.

Future Progression & Opportunities:
• Career support and connections: The University of Tasmania provides a dedicated Careers Directory designed to help students prepare for life after graduation. You can explore real stories from graduates working in top organisations, get one-on-one help with your CV or interview skills, and find pathways to internships and job placements.

• Graduate employment and salaries: According to the university’s international undergraduate course guide, UTAS graduates earn a median salary of around A$71,000 — roughly A$6,000 higher than the national average for Australian undergraduates.

• Industry and research partnerships: The University of Tasmania works closely with business, government, and industry partners to ensure students gain real-world experience. These connections are especially strong in fields like marine, environmental, and sustainability sciences, providing valuable research and networking opportunities.

• Accreditation and recognition: This honours degree is a respected qualification that builds advanced capabilities in research, project management, and scientific communication — qualities that enhance your professional credibility and readiness for postgraduate study or employment.

• Graduate employment outcomes: National data shows that around 74% of domestic undergraduates in Australia secure full-time employment shortly after graduation, reflecting strong employability outcomes for honours graduates.

Further Academic Progression:
Completing this honours degree also opens the door to further study — such as a Master of Science by research or a PhD. Postgraduate study allows you to deepen your specialist expertise and pursue careers in research leadership, academia, or advanced professional roles in industry and government.