University of Adelaide

What you'll study

The chemistry major covers core chemical principles across physical, inorganic, organic and analytical chemistry while developing experimental competence and data analysis skills. Early years focus on foundational topics — atomic and molecular structure, stoichiometry, thermodynamics, reaction mechanisms and laboratory safety — together with supporting mathematics and physics. As you progress you will study intermediate and advanced subjects such as chemical kinetics, spectroscopy, instrumental analysis, materials chemistry, organometallics and physical chemistry modelling.

Practical laboratory work is integrated throughout the degree to build skills in experimental design, quantitative measurement, instrument operation (for example, chromatography, mass spectrometry and NMR) and safety management. Many students take a research project or capstone in later years to gain hands-on experience in a specialised area. Elective options allow interdisciplinary study with biology, environmental science, sustainability, forensic science or industrial chemistry, and there are pathways to an honours year for students who wish to undertake substantial independent research.

Typical modules and themes

• Introductory and general chemistry (structure, bonding, thermochemistry)
• Organic chemistry and reaction mechanisms
• Inorganic chemistry and coordination compounds
• Physical chemistry including kinetics and quantum concepts
• Analytical chemistry and instrumentation (chromatography, spectroscopy)
• Laboratory techniques, experimental design and chemical safety
• Materials chemistry, polymers and solid-state chemistry
• Applied and environmental chemistry topics and electives
• Research project or honours preparation

Entry requirements

Admission is based on completion of secondary school qualifications or recognised equivalent. Applicants are normally expected to have studied chemistry at senior secondary level; strong attainment in mathematics is also recommended because quantitative skills are essential. For domestic students this means a competitive senior secondary score and meeting any stated subject prerequisites. International applicants can present recognised qualifications such as the International Baccalaureate, A-levels or other country-equivalent certificates and must satisfy English language requirements.

Additional pathways include tertiary transfer from related diploma or degree programmes and special entry schemes for mature-age applicants. Prospective students should check the University of Adelaide admissions pages or contact admissions advisers to confirm the specific prerequisite subjects and documentation required for their qualification and country.

Career prospects

Graduates with a chemistry major have diverse career options across industry, government and academia. Typical roles include analytical chemist, formulation scientist, process chemist, quality control/assurance officer, laboratory technologist and environmental chemist. Chemistry graduates also work in pharmaceuticals, petrochemicals, food science, materials and polymers, forensic laboratories, and regulatory or environmental agencies.

Many students progress to postgraduate study (Honours, Masters, PhD) to specialise in research areas such as medicinal chemistry, materials science or catalysis. Chemistry graduates can also apply their scientific training to careers in patent law, technical sales, science policy, education (with additional teacher training) and data-driven roles where quantitative and problem-solving skills are valued.

Why study at University of Adelaide

The University of Adelaide has a long-established chemistry program with strong connections to local industry, research institutes and hospitals in the South Australian research precinct. Students benefit from hands-on laboratory training in well-equipped facilities and opportunities to participate in research projects alongside academic researchers. The School of Chemistry and Physics supports interdisciplinary collaboration, and there are established pathways into honours and postgraduate research.

The university also offers professional development, industry engagement and exchange programmes that help build employability. For applicants seeking a rigorous, research-linked chemistry education with options to specialise or move into applied sectors, the University of Adelaide provides a supportive environment and clear progression routes into research and chemical science careers.