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TUM CREATE, a multidisciplinary research platform at the Singapore Campus, invites applications for a Research Fellow (PhD holder) to advance decarbonization and food processing through LCA, TEA, process modelling, and supply chain analysis. You will collaborate across projects, identify environmental hotspots, and help assess commercialization potential.
The role integrates LCA, TEA, modelling, and sustainability assessment with an emphasis on AI-enabled methodologies.
TUMCREATE is a multidisciplinary research platform of the Technical University Munich (TUM) at the Singapore Campus for Research Excellence and Technological Enterprise(CREATE). We are joining forces with universities, public agencies, and industry for the advancement of future technologies.
Please visit www.tum-create.edu.sg for more information about TUMCREATE.
The Research Fellow (PhD holder) will have the unique opportunity to engage and collaborate with an interdisciplinary research initiative across different projects that unites leading experts working across diverse decarbonization and food processing pathways. These pathways include CO₂utilization via synthetic biology for fuel and food, catalytic conversion of CO₂ into sustainable aviation fuels and chemicals, and biomass transformation into fuels and value-added products. Emerging research fronts in convergence of Artificial Intelligence application in LCA tools and methodologies will also be investigated. Collaborative teams will design and advance innovative processes and technologies to support global net zero emission goals.
Your primary responsibility will be to support decarbonization and food processing projects through continuous LCA, including attributional, consequential, and prospective approaches. This will involve identifying environmental hotspots, conducting comparative assessments of alternative processes and products, and recommending effective mitigation strategies.
You will also undertake economic evaluations, including TEA, prospective cost analysis, and supply chain optimization, to assess the feasibility and commercialization potential of emerging technologies. The project integrates LCA, TEA, process modelling, and supply chain analysis, positioning the role at the interface of multi-pathway decarbonization strategies and systems level sustainability assessment.
This is a fixed term contract until September 2027 when applicable. Extension of contract is subject to availability of project funding and performance.