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to research assistants and junior staff. Job Requirements: Master’s degree or bachelor’s degree with relevant research or industry experience in Electrical Engineering, Materials Science, Physics, or a closely
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Chemical Engineering, Physical Chemistry, Materials Chemistry, or a relevant field. Experience in operating thermal catalytic reactors is required. Extensive knowledge in operando and in situ catalyst
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limitations apply. Document findings and communicate insights to researchers and engineering teams. Job Requirements: Masters in Materials Science, Electrical Electronic Engineering, Physics, or a closely
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LLM- Assisted Computational Materials Science as part of the MSc in Chemical Engineering Programme. Your responsibilities would include, but not be limited to, the following: Development, coordination
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deployment enabling validation and demonstration of real-world applications. For more details, please view https://www.ntu.edu.sg/erian The Research Associate will lead a project on Waste-to-Resource
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its integration with tandem solar cells. The RE/RA will support the overall development of novel materials and structures based on perovskites Key Responsibilities: Carry out a wet chemistry experiment
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Project Officer (Civil Engineering/Materials Science/Mechanical Engineering/Construction Technology)
safety, equipment upkeep, and adherence to research protocols during all project activities. Job Requirements: Education Qualifications Bachelor’s degree in Civil Engineering, Materials Science, Mechanical
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. Support logistics arrangements for daily operations, events and activities Job Requirements: Bachelor’s degree in Engineering/ Material Science or related fields with prior experience in office and
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concrete/geopolymer material Bachelor degree in material science, civil, chemical engineering or related fields. Familiar with relevant analytical and experimental technique/skills, hands-on experience as
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sustainable materials and decarbonization science. The role will emphasize materials characterization, structure–property analysis, and the development of innovative materials for wind turbines, contributing