University of Adelaide

What you'll study

The honours year combines advanced coursework with a substantial independent research project under the supervision of a member of the School of Chemistry. Coursework typically extends core areas of chemistry — physical, inorganic, organic and analytical — and offers specialised topics such as spectroscopy and structural methods, chemical synthesis, materials and polymer chemistry, environmental and green chemistry, and computational/ theoretical chemistry.

• Advanced core topics: thermodynamics and kinetics, advanced organic reaction mechanisms, coordination chemistry and solid-state chemistry.
• Analytical and instrumental methods: high-resolution NMR, mass spectrometry, chromatography, X-ray diffraction and microscopy techniques, and modern spectroscopic methods.
• Specialist electives: catalysis, materials chemistry, polymer chemistry, surface chemistry, medicinal and pharmaceutical chemistry, and environmental/analytical applications.
• Research project: an independent laboratory- or computational-based research thesis that occupies the majority of the honours year, including experimental design, data collection and analysis, and formal reporting.
• Research training: training in experimental design, research ethics and laboratory safety, scientific writing, statistics and data analysis, and presentation skills.

Entry requirements

Admission normally requires completion of a recognised undergraduate degree with a major in chemistry (or closely related discipline) and a demonstrated record of strong academic performance. Applicants should have completed core chemistry subjects (organic, inorganic, physical chemistry and analytical chemistry) and have competence in mathematics and basic physics where relevant.

• Academic requirements: a strong undergraduate result equivalent to an upper-second class honours or better is usually expected for direct entry to the honours year; applicants with marginal results may be considered on the basis of research experience or staff endorsement.
• Preparatory background: evidence of laboratory experience and familiarity with instrumental techniques is advantageous.
• Other materials: a CV, academic transcript, and academic referee reports; some applicants may be asked to identify a potential supervisor or submit a short research proposal.
• International applicants: proof of English language proficiency as per the University’s general requirements and documentation of previous qualifications translated and certified where necessary.

Career prospects

An honours year in Pure and Applied Chemistry enhances career options in both industry and research. Graduates go on to roles in analytical and quality-control laboratories, process chemistry, formulation and product development, environmental monitoring, materials and polymer industries, and pharmaceuticals. The honours research year also provides the qualification and research experience required for admission to doctoral programs and long-term research careers.

• Industry roles: analytical chemist, process chemist, quality assurance/quality control scientist, formulation scientist.
• Research and development: research scientist in materials, polymers, catalysis, or green chemistry projects; laboratory team leader roles.
• Regulatory and environmental careers: environmental chemist, toxicology/laboratory specialist, compliance and testing roles.
• Further study and academia: a common pathway is progression to a PhD or research fellowships; honours is also valuable for careers in patent law or scientific policy when combined with further professional training.

Why study at University of Adelaide

The University of Adelaide has a long-standing chemistry school with active research groups across pure and applied domains, from fundamental molecular science to materials and environmental chemistry. Honours students benefit from close supervision by research-active academics, hands-on access to modern instrumentation such as NMR, mass spectrometry, X-ray facilities and advanced microscopy, and opportunities to collaborate with industry partners and research institutes.

The honours year is structured to give students concentrated research experience in a supportive environment, with mentoring, training workshops and access to scholarship and research funding opportunities. This combination of technical training, project experience and connections with broader research networks helps prepare graduates for technical careers or further research study.