Chemical engineering deals with the application of physical sciences (physics and chemistry) and life sciences (microbiology and biochemistry), together with applied mathematics and economics to produce, transform, transport, and properly use chemicals, materials and energy.
Perfect for scientifically curious individuals who enjoy chemistry, process optimisation, and environmental protection. You’ll thrive in this career if you love problem-solving using data, are comfortable with detailed monitoring and lab work, and want to improve public health outcomes.
These engineers are systematic, logical thinkers with strong analytical skills and a safety-first mindset. You’ll need to be confident interpreting data, assessing chemical processes, and communicating technical information to operators and managers.
A passion for sustainability and innovation in resource recovery or circular economy initiatives is an advantage.
DAY TO DAY WORK
- Design and operation and testing of dosing systems
- Recommending improvements for energy and chemical efficiency
- Reviewing treatment data, process modelling
- Record operational data and prepare reports
- Follow regulatory requirements set by Environment Protection Authority and other regulators
- Analyse water chemistry data and adjust treatment plans.
- Conduct lab tests for chemical and microbiological quality.
- Support plant operations and process improvement initiatives.
- Collaborate with engineers and operators on plant performance.
Qualifications for this role
The following qualifications can be used to become a Chemical Engineer:
- Bachelor of Chemical Engineering
- Accreditation by Engineers Australia or Institute of Chemical Engineers (IChemE)
- Training in process safety, hazardous substances (Safe Work Australia)
- ISO 14001 Environmental Management.