Bachelor of Science (Chemistry)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The University of Technology Sydney Bachelor of Science (Chemistry) is a three-year program designed for students who are curious about how chemistry shapes the world around us—from medicines and new materials to environmental solutions. It’s ideal for students who enjoy practical lab work and want to build strong scientific skills while learning how chemistry can be applied to real-world challenges.

Curriculum structure

Year 1
In the first year, students develop a solid foundation in chemical science and scientific thinking. Core subjects such as Chemistry 1 and Chemistry 2 introduce key concepts like atomic structure, bonding, chemical reactions, stoichiometry, and equilibrium. Alongside lectures, students spend significant time in laboratories where they learn essential experimental techniques and begin developing confidence with scientific equipment and data analysis.

Year 2
The second year takes students deeper into the core areas of chemistry and builds stronger analytical skills. Subjects such as Organic Chemistry 1 and Physical Chemistry 1 explore topics like molecular structure, reaction mechanisms, thermodynamics, and chemical kinetics. Through more advanced laboratory work, students also gain experience using modern analytical instruments and learn how to interpret experimental results more critically.

Year 3
In the final year, students focus on advanced topics and begin applying their knowledge to more complex chemical problems. Subjects such as Environmental Chemistry and other upper-level chemistry electives allow students to explore specialised areas while developing research and problem-solving skills. By the end of the program, students are well prepared for scientific careers or further study in chemistry and related fields.

Focus areas (in a string)

Organic chemistry, analytical chemistry, physical chemistry, inorganic chemistry, environmental chemistry, laboratory techniques, interdisciplinary science

Learning outcomes (in a string)

Advanced laboratory and analytical skills, strong understanding of chemical principles, ability to design and conduct experiments, data analysis and interpretation, problem-solving in real-world scientific contexts

Professional alignment (accreditation)

The program provides industry-relevant scientific training with a strong laboratory focus, preparing graduates for roles in chemical industries, research organisations, environmental agencies, and postgraduate study.

Reputation (employability rankings)

The University of Technology Sydney is recognised as one of Australia’s leading modern universities and is known for its strong industry connections and focus on graduate employability, particularly in science and technology fields.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Technology Sydney, the Bachelor of Science (Chemistry) is designed so that students don’t just learn chemistry in lectures—they experience it in the lab from the very beginning. Throughout the degree, students spend a significant amount of time conducting experiments, analysing results and working with modern scientific equipment. These hands-on experiences take place in some of the university’s most advanced science facilities, giving students the chance to develop the practical laboratory and research skills that employers and research organisations value.

To support this practical approach, students have access to a range of specialised facilities, tools and collaborative learning opportunities:

Science Super Lab – One of Australia’s most advanced teaching laboratories, where more than 200 students can work simultaneously in a technology-enabled space. Each workstation includes digital screens and modern instruments, allowing students to run experiments, analyse results and collaborate with classmates in real time.
Team-based laboratory experiments – Many practical classes involve working in small groups, where students design experiments, collect data and interpret results together. This helps build both scientific and teamwork skills that are important in research and industry.
Advanced research facilities – Students can engage with research environments such as the Chemical Technologies Research Facility, where scientists investigate new materials, chemical technologies and innovative analytical methods.
Specialised analysis and imaging equipment – Facilities like the Microstructural Analysis Unit and the Elemental Bio-Imaging Facility allow students to explore advanced chemical and materials analysis using high-resolution microscopy and imaging technologies.
Industry experience opportunities – The program encourages students to take part in internships, industry-linked projects and global exchange opportunities, helping them gain real-world experience and professional connections.
Field-based learning activities – Some subjects include field trips and applied learning experiences where students observe and analyse chemical processes in real environments.
Scientific computing and data analysis tools – Computer laboratories across the campus provide access to digital tools and software used for chemical modelling, statistical analysis and research data processing.
University of Technology Sydney Library resources – Students can access extensive digital journals, research databases and modern study spaces that support scientific research and collaborative learning.

Progression & Future Opportunities

Graduates of the University of Technology Sydney Bachelor of Science (Chemistry) graduate with strong laboratory, analytical and problem-solving skills that are valued across many industries. Because chemistry plays a key role in areas like healthcare, environmental protection, manufacturing and pharmaceuticals, students can move into a wide range of career paths after completing the degree. Many graduates go on to work as analytical chemists, research scientists, laboratory analysts, environmental scientists or quality control specialists in scientific and industrial organisations.

To help students move confidently from university into their careers, UTS provides strong career support and industry connections:

UTS Careers support services – Students can access career coaching, CV and interview workshops, employer networking events and job search support that help them prepare for graduate roles in science and technology.
TRACK Skills Analytics platform – A digital career tool used at UTS that helps students understand their skills, explore career options and connect their study experiences with future job opportunities.
Industry-relevant scientific training – The chemistry program focuses heavily on practical laboratory skills and analytical techniques that are highly valued in sectors such as pharmaceuticals, biotechnology, environmental science, food production and chemical manufacturing.
Strong graduate employment outcomes – According to the Graduate Outcomes Survey, around 77.5% of UTS undergraduate graduates secure full-time employment, with a median starting salary of approximately AUD $70,000 soon after graduation.
Long-term career demand – Chemistry professionals in Australia earn an average salary of about AUD $85,000+ per year, reflecting the ongoing demand for skilled scientists across multiple industries.
Industry and research pathways – Graduates can work in government laboratories, research organisations, private industry, pharmaceutical companies or environmental agencies, depending on their interests and chosen specialisation.

Further Academic Progression:

Students who want to specialise further or move into research can continue their studies after completing this degree. Many graduates progress to a Bachelor of Science (Honours) at the University of Technology Sydney, which includes an independent research project and advanced coursework. From there, students may continue into Master’s programs in Chemistry, Biotechnology or Environmental Science, and those interested in academic or research careers can eventually pursue a PhD in Chemistry or related scientific fields.