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industry-partnered project in synthetic biology and precision fermentation. In this role, you will contribute to the development of engineered microbial systems using advanced synthetic biology tools
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and Culture: UNSW offer a competitive salary and access to a plethora of UNSW-perks including: Career development opportunities 17% Superannuation contributions and additional leave loading payments 10
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to world-class facilities and equipment, grant writing support, greater research funding opportunities, and other forms of staff support and development. The greater benefits of joining the UQ community
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parking options Flexible working options Training and professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program Subsidised
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options Training and professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program Subsidised membership at the Sport & Aquatic
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% Superannuation (Academic Level A) Based at our St Lucia Campus About This Opportunity Focus your research on the development of new polymer sorbents for the removal of emerging global contaminant per- and
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working Additional 3 days of leave over the Christmas Period Access to lifelong learning and career development Progressive HR practices More information on the great staff benefits and culture can be
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key part in supporting Australia’s transition to green ironmaking by developing a quantitative framework that connects impurity content, process parameters and microstructural evolution to scalable, low
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Fermentation and support the development of fermentation workflows in close collaboration with clients, collaborators, and students. You will be primarily laboratory based and will work closely with our
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experimental and analytical plant research, including field trials, phenotypic and anatomical analyses, NIR method development, genetic and genomic studies, publication and presentation of findings, funding