Chemistry
Chemistry is the study of many different things around us, the study of how one substance changes into another, the relationship between the nature and the structure of molecules. Chemistry is also the study of how to obtain metals from ores, convert oil into plastics and develop a cure for cancer.
Chemistry is often referred to as “the central science” since its successes feed into many different disciplines. Chemistry courses at the University of Sydney are an integral part of a wide range of degrees. In many cases the study of chemistry is a requirement of the course. You will find studying chemistry to be diverse, challenging and fascinating.
www.chem.usyd.edu.au
What do Chemists do?
The impact of chemistry on our lifestyles is all around us - synthetic fibres for clothing, dyes, paints, medicines, silicon chips, artificial hips, energy storage, optical fibres, rubber tyres. A knowledge of chemistry gives us an understanding of the things surrounding us and enables us to make a real contribution to the wellbeing and wealth of the wider community. A recent survey conducted by the Royal Australian Chemical Institute showed 50% of chemists in Australia to be employed in industry, 24% in government laboratories, and 25% in universities or teaching.
The industrial sector includes such diverse areas as petrochemicals, food and drink, fertilisers, paper, heavy chemicals, iron and steel, organic chemicals, pharmaceuticals, polymers, computing and scientific journalism. Government laboratories include research institutions, forensic science, analytical laboratories and many statutory authorities.
How do you study Chemistry?
Chemistry is essential for a deep understanding of many subjects and its study in first year is required or highly recommended for many of the degrees associated with the Faculty of Science. You can major in chemistry in the Bachelor of Science, Advanced Science and Bachelor of Liberal Studies degrees as well as in the specialised environmental, molecular biology and molecular biotechnology programs. Chemistry is a substantial component of the Medicinal Chemistry and Nanoscience & Technology majors.
What will you study?
JUNIOR CHEMISTRY
Junior chemistry offers students an integrated approach to providing a knowledge of the composition of matter, the shapes of molecules, and the physical and chemical processes that occur in chemistry, with the emphasis on an understanding of the molecular basis of materials and transformations relevant to everyday experience, industry, medicine and nature.
INTERMEDIATE CHEMISTRY
In addition to core chemistry units, you can also take options in environmental and forensic chemistry and the chemistry of biological molecules.
SENIOR CHEMISTRY
In senior chemistry, students choose from eight elective topics. Laboratory work is an important part of each year’s program.
Honours
Honours students work closely with, and undertake a project in, one of the research groups in the School of Chemistry. In addition students take part in a small amount of course work and participate in a seminar program.
Advanced courses
Selected students are invited to participate in advanced chemistry courses. Advanced programs provide you with a challenging educational environment and allow you to pursue your own special areas of interest. Entrance is very competitive.
Professional Recognition
Graduates are eligible for graduate membership of the Royal Australian Chemical Institute (RACI).
Further Studies
The School of Chemistry offers both MSc and PhD degrees by research. These courses will involve undertaking a substantial research project.
