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You'll work on the development of sustainable systems and gain specialist skills in modelling and analytical measurement in laboratory, field and industrial settings, including basic sampling design and data analysis.īusiness needs graduates who can apply new technologies to existing and emerging industries. With this field of study, you'll tackle current and future environmental challenges as an accredited chemical engineer with additional technical expertise in environmental regulations and sustainable management of water, energy and waste. They also develop environmentally friendly products and sustainable processes. The master’s courses will give you a clear advantage when applying for jobs that require advanced skills and capabilities.Ĭhemical and environmental engineers apply the principles of engineering and science to protect and mitigate damage to the environment.
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This involves learning how to engineer living cells to produce a product, and how to design and optimise bioprocesses to manufacture bioproducts on a large scale.īioprocess engineers work on groundbreaking projects including the development of platform technologies to produce renewable chemicals, fuels, biodegradable plastics, biopharmaceuticals and medical imaging devices.īusiness needs graduates who can apply new technologies to existing and emerging industries. The master’s courses will give you a clear advantage when applying for jobs that require advanced skills and capabilities.Ĭombine engineering with science to develop new drug therapies, synthetic molecules and devices for medical, environmental and industrial applications. Industry needs graduates who can apply new technologies to existing and emerging industries. These courses are designed to provide specialist knowledge of the various disciplines and place you closer to the leading edge of technology.
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This field of study combines our undergraduate engineering program with master’s level coursework and a semester-long placement or research thesis with an industry or research partner. They may also work with models of physiological function and prosthetics and implants. It integrates physical, chemical, mathematical and computational sciences and engineering principles with the ultimate aim of improving health care.īiomedical engineers may be involved in the design, construction and development of health and monitoring devices and computers, implantable devices, diagnostic systems and therapeutic systems, cell and tissue engineering, and the development and manufacture of pharmaceuticals. Biomedical engineers create materials, devices and processes for better health outcomes.īiomedical engineering bridges the gap between technology, medicine and biology.