A Bachelor of Science opens up a world of opportunity. Whether you dream of joining the forefront of research, learning how to analyse and think critically or making the planet a better place, a Bachelor of Science will give you highly sought-after skills for a huge range of careers. At Sydney you will taught by dedicated scientific thinkers, including members of the Australian Academy of Science, Australian Research Council Fellows and prestigious prize winners. You will study in world-class facilities, including the multimillion-dollar Sydney Nanoscience Hub and the Charles Perkins Centre, with its focus on diabetes, obesity and cardiovascular disease. With more than 40 science majors, programs and streams to choose from plus a pool of shared majors from across the University and a flexible degree plan, the three-year Bachelor of Science allows you to find your own path. In your first year, you'll gain essential knowledge in the fundamental sciences. In second and third years you will specialise in your chosen stream with the option to take elective subjects from across the University. Medicinal Chemistry The Medicinal Chemistry major will provide you with the knowledge, training and skills needed for employment and research opportunities in drug discovery and development. The discovery of new drugs is one of the most exciting and rapidly developing fields in science, and there is a growing need for safer, more effective pharmaceuticals against old diseases (like cancer), new ones (such as HIV/AIDS) and diseases that are becoming more widespread (such as malaria and tuberculosis). Society also faces challenges ranging from antimicrobial resistance through to cancer and dementia. Medicinal chemistry looks at how to find drugs to combat these diseases, and how to make those drugs. Graduate opportunities With a major in medicinal chemistry, you can work in universities, corporate laboratories, pharmaceutical and biotechnology industries and hospitals. You will possess strong analytical and laboratory expertise in determining possible curative and preventative drugs for diseases such as cancer, AIDS, hepatitis, polio and even the common cold.