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<p> With its combination of chemistry, analytical sciences and chemical engineering, this course will put you at the forefront of technology development that could change the world.</p>
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Chemical engineers design renewable energy solutions, new and improved medicines, chemical plants, cosmetics and food factories.Arts complements this specialist area with diverse studies in social and cultural fields.
This course provides training in selecting, installing, setting up, testing, fault finding, repairing and maintenance of electronic equipment and devices at component/sub-assembly level. There are elective options in radio frequency and security.
Entry Requirements
If you are entering this program as an apprentice/trainee you must: * be employed in industry * be an Apprentice or Trainee under the Australian Apprenticeship Scheme (AAS) and be registered with an Australian Apprenticeship Centre (AAC) prior to enrolment.
This program has pre-requisite requirements as shown below. All prerequisites must be achieved. Discuss with a CIT teacher during enrolment to ensure you have met these requirements.
To study any course at CIT (excluding degrees and non-accredited training) you must have a Unique Student Identifier (USI).
Investment in the advanced materials market is expanding the world over-in the space industry, medical technologies, defence, manufacturing, energy, telecommunications and more. Engineering professionals able to drive materials innovation are in high demand.
Chemical engineers design renewable energy solutions, new and improved medicines, chemical plants, cosmetics and food factories.For those working in the field, financial expertise offers significant benefits. You'll be uniquely placed to commercialise your innovations.
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<p> Studying chemical engineering at RMIT brings together engineering science with engineering design and practice.</p>
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Chemical engineers design renewable energy solutions, new and improved medicines, chemical plants, cosmetics and food factories.This combination enables an increased and specialised science focus which compliments the core engineering principles.
Chemical engineering and biotechnology are fast-evolving industries with huge potential for improving global health and wellbeing.You'll gain interdisciplinary experience and be well prepared for leading-edge careers feeding, fuelling and healing the world.
Chemical engineers design renewable energy solutions, new and improved medicines, chemical plants, cosmetics and food factories.For those working in the field, financial expertise offers significant benefits. You'll be uniquely placed to commercialise your innovations.
