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Field
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. Investigate structure–processing–property relationships to understand how polymer architecture influences mechanical behavior and durability. Prepare manuscripts for publication in peer-reviewed journals and
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-range ordered honeycomb architectures through phase separation technology. (2). Reveal the intrinsic mechanisms governing the electromagnetic wave absorption and thermal conduction properties through
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with three or more years of research/relevant work experience. For both posts, applicants should have strong background in materials science and engineering, such as mechanical testing, additive
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mechanisms, and electromechanical reliability under repeated deformation. The successful candidate will contribute to NTU’s research in advanced materials and soft/flexible device platforms by bridging
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hydrogels or elastic networks), and evaluate their mechanical and biological properties. This position offers a unique environment bridging synthetic biology, polymer chemistry, and biophysics. Key
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mechanical/thermal properties, etc. Draft technical report and manuscript for publication. Maintenance of specialized equipment and coordinate procurement with external suppliers. Job Requirements: PhD
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research activities spanning additive manufacturing, materials characterization, mechanical testing, and oxidation behavior. Through this opportunity, you will gain exposure to the full research process from
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characterization, encompassing microstructural, mechanical, thermal, surface, and electrical property assessment. Ability to lead complex research tasks, manage multiple workstreams, and communicate technical
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formulations and 3D printing processes for high-performance composite structures. • Perform materials characterization, mechanical testing, and data analysis to understand processing–structure
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to work on a 5-year UKRI Medical Research Council funded project to define the mechanism of vasculogenic mimicry in RMS, identify therapies that modulate VM and understand their mechanisms and Develop VM