Chemistry and pharmaceutical science


Develop skills in the synthesis, separation, detection and measurement of chemical substances. Explore how drugs work – their design, discovery and action in life – through hands-on learning in our purpose-built laboratories and facilities.

Work experience: build industry-relevant skills through professional practice
Diverse career opportunities: work in pharmaceutical sales, research and development

Career opportunities

Got a curious mind? Interested in health? You can find career opportunities in the pharmaceutical, food and agricultural industries, such as:

  • analytical chemistry
  • consumer affairs
  • corrosion control
  • education (secondary and tertiary)
  • environmental monitoring
  • forensic laboratories
  • government agencies
  • laboratory supervision
  • quality control
  • research
    • resource development
    • scientific and environmental institutes
    • teaching.

*2016 Times Higher Education graduate employability rankings


Undergraduate (your first degree)

An undergraduate degree is generally completed between two to four years, depending on the pattern of study and any credit for prior learning you may have. Associate degrees, bachelor’s and bachelor’s with honours are all undergraduate degrees.


Higher Degrees by Research (supervised research)

Research degrees are research based master’s or PhD programs that focus on a single area of expertise. They provide students the opportunity to carry out highly specialised research under expert supervision.

The most rewarding part of teaching at Deakin for me: I see students, who were scared of studying my discipline, say ‘now I get it!'

Kieran Lim

Associate Professor, Life and Environmental Sciences

Industry based learning (IBL)

IBL involves working full or part time in industry as part of your degree, playing a valuable role in preparing graduates for employment. Placement is incorporated into a unit of study and credited towards your degree.

Research with us

If you've got a brilliant idea that you'd like to develop, our expert teaching and research staff are here to help throughout your higher degree by research.

Learn more about researching with us

Recent Deakin research

Solvent-induced 7R-dioxygenase activity of soybean 15-lipoxygenase-1 in the formation of omega-3 DPA-derived resolving analogs

The resolvin family contains important anti-inflammatory and pro-resolution compounds enzymatically derived in vivo from the polyunsaturated omega-3 fatty acids, eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA). The developed method has applications in the production of closely related isomers of naturally occurring resolvins and protectins, demonstrating the versatility of 15-sLOX-1 as a biocatalyst.

Science at Deakin – a student perspective

See what inspired our students to study science and why they love studying at Deakin.

Browse other disciplines within sciences

Choose an area that you're interested in and learn how Deakin's extensive range of study options and experiences can help turn your dreams into reality.

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