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: frances.judge@ucc.ie Applications must be submitted online via the University College Cork vacancy portal https://ore.ucc.ie/ Queries relating to the online application process should be referred to recruitment
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transcriptomic analyses. The goal is to understand how mechanobiological processes—such as physical confinement and mechanical activation—affect cell fate and survival. Insights from this work will contribute
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application process should be referred to recruitment@ucc.ie quoting the job-title and project name. Candidates should apply, in confidence, before 12 noon (Irish Local Time) on Friday 21st of November 2025
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must be submitted online via the University College Cork vacancy portal https://ore.ucc.ie/ Queries relating to the online application process should be referred to recruitment@ucc.ie quoting the job
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“HyFloat1 postdoc” in the subject line. Applications must be submitted online via the University College Cork vacancy portal https://ore.ucc.ie/ Queries relating to the online application process should be
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be submitted online via the University College Cork vacancy portal https://ore.ucc.ie/ Queries relating to the online application process should be referred to recruitment@ucc.ie quoting the job-title
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Telephone: +353 21 4902454 Applications must be submitted online via the University College Cork vacancy portal https://ore.ucc.ie/ Queries relating to the online application process should be referred
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interpersonal skills Skills & Experience (specific to the project): PhD in Software Engineering, Computer Science, Quantum Computing, Mathematics, Theoretical Physics or a closely related discipline, awarded (or
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academic qualifications and experience as follows: Essential: A PhD qualification in health promotion, public health, or a related scientific discipline of relevance to the current post (i.e., physical
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technologies. The position will be hosted by University College Dublin. One of the primary goals of this project is to design and control a novel solid-state additive manufacturing process based