Bachelor of Science(chemistry)

3 Years On Campus Bachelors Program

University of Tasmania

Program Overview

If you’re curious about how the world works at a molecular level — from medicines and materials to environmental solutions — the Bachelor of Science (Chemistry) at the University of Tasmania gives you the scientific depth and hands-on experience to turn that curiosity into a career. This three-year degree is ideal for students who enjoy problem-solving, practical lab work, and want strong preparation for industry roles or postgraduate study in chemistry and related fields.

Curriculum Structure

Year 1 – Building Strong Foundations
In your first year, you’ll focus on the fundamentals through core units like KRA161 Chemistry 1A and KRA162 Chemistry 1B. These units introduce you to analytical, organic, inorganic and physical chemistry, while helping you build essential laboratory skills and scientific thinking. You’ll spend time in the lab learning how to handle equipment safely, analyse data, and connect theory to real experiments.

Year 2 – Expanding Your Chemical Knowledge
Second year takes things deeper with units such as KRA261 Organic Chemistry and KRA264 Physical Chemistry. You’ll explore reaction mechanisms, molecular structure, thermodynamics and kinetics — essentially understanding not just what happens in a reaction, but why it happens. Practical classes become more advanced, and you begin developing the independent thinking skills expected of a professional chemist.

Year 3 – Advanced Chemistry & Specialisation
By third year, you’ll move into advanced units like KRA361 Advanced Organic Chemistry and KRA364 Analytical Chemistry. Here, you’ll work with sophisticated analytical techniques and complex chemical systems, preparing you for real-world industry or research environments. Many students also undertake research-focused learning, which is excellent preparation if you’re considering Honours or postgraduate study.

Focus Areas

Organic chemistry, Analytical chemistry, Physical chemistry, Inorganic chemistry, Materials chemistry

Learning Outcomes

Graduate with strong laboratory competence, the ability to analyse and interpret scientific data, critical problem-solving skills, and the confidence to apply chemical principles to real-world challenges in industry, research, health, or environmental sectors.

Professional Alignment (Accreditation)

The chemistry major is designed to meet the academic standards recognised by the Royal Australian Chemical Institute (RACI), supporting professional recognition in Australia.

Reputation (Employability Rankings)

The University of Tasmania is ranked among the world’s top universities in global rankings such as QS World University Rankings, giving your degree international credibility and strong graduate employability outcomes.

Experiential Learning (Research, Projects, Internships etc.)

One of the best parts about studying Chemistry at UTAS is that you don’t just learn theory — you actually do chemistry from early in the degree. Practical classes are a core part of your weekly schedule, so you’ll spend real time in laboratories developing confidence with equipment, experiments and data analysis. You’ll be trained using the same kinds of instruments and research facilities that professional chemists use, and you’ll learn directly from academics who are active researchers in areas like analytical, materials and environmental chemistry.

As your skills grow, so do your opportunities — and that’s where the hands-on experience really comes together:

Extensive laboratory training: Core units such as KRA162 Chemistry 1B include structured lab programs where you build essential experimental skills, from safe handling of chemicals to interpreting analytical results.
Access to the Central Science Laboratory: Through the Central Science Laboratory, you’ll gain exposure to advanced instrumentation such as NMR spectroscopy, mass spectrometry, chromatography systems and microscopy — equipment widely used in research and industry.
Research-led teaching: Chemistry staff at UTAS are active researchers, and that research culture feeds directly into your learning. You’ll work with techniques and case studies drawn from current scientific investigations.
Opportunities for research experience: High-performing students can pursue summer research scholarships or Honours pathways, allowing you to contribute to real research projects within the School of Natural Sciences.
Collaborative practical work: Many lab activities involve teamwork, helping you develop communication and problem-solving skills that are essential in professional scientific environments.
Science facilities and learning spaces: As a science student, you’ll have access to specialised laboratory spaces, collaborative learning areas, and the university’s modern library facilities to support research and independent study.

This strong focus on practical training means you’ll graduate not just understanding chemistry — but knowing how to apply it confidently in real laboratory and industry settings.

Progression & Future Opportunities

A Chemistry degree from UTAS sets you up for real, practical career outcomes. Graduates move into roles such as Analytical Chemist, Environmental Scientist, Laboratory Research Officer, and Pharmaceutical or Materials Scientist, working in government labs, private industry, environmental agencies and research organisations. Because your training combines strong theory with hands-on lab experience, you graduate job-ready — not just knowledgeable.

Here’s how UTAS supports your career journey and long-term success:

Career Connect & Employability Support: UTAS offers one-on-one career coaching, resume and interview workshops, employer networking events, and access to job platforms through its dedicated careers service — helping you transition smoothly from university to employment.
Strong Graduate Outcomes: University data consistently shows a high percentage of UTAS graduates move into employment or further study shortly after finishing their degree, reflecting strong employer confidence in UTAS science graduates.
Industry & Research Connections: Chemistry sits within the School of Natural Sciences, which has links to major research bodies including CSIRO. Exposure to research-active academics means your learning is aligned with real scientific and industry challenges.
Professional Recognition: The chemistry major aligns with academic standards recognised by the Royal Australian Chemical Institute (RACI), supporting professional credibility and long-term career mobility in Australia and internationally.
Flexible Career Pathways: Graduates work across environmental monitoring, water quality analysis, food and materials testing, pharmaceuticals, education, and even science policy — giving you flexibility to shape your career around your interests.

Further Academic Progression:

If you discover a passion for research, you can continue into an Honours year, where you’ll complete an independent research project under academic supervision — a strong pathway into specialist scientific roles. From there, many students progress to a Master’s degree or a PhD, opening doors to research careers, university teaching, or leadership roles in scientific organisations.