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Project Apollo. The role involves integrated photonic device design, fabrication process development, and system characterization. The candidate will mentor junior researchers, coordinate with industry
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for a Research Fellow to develop and study novel wood-based membrane materials. The role will focus on wood processing, polymer functionalization, experimental design and characterization to develop novel
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and sustainability as they intersect with information and communication processes. Applicants working in other specialisations are encouraged to apply, provided they demonstrate a clear plan for a
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mathematical modeling framework to find the optimal operation strategy for public transport services with autonomous vehicles Conduct computer programming to verify the efficiency of the designed solution
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. The successful candidate will take technical ownership of thin film deposition, materials characterization, and process innovation, contributing both strategic insight and hands-on leadership to research programs
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into prototype systems with practical application potential. Contribute to fabrication process optimization, device prototyping, data interpretation and technical documentation for project milestones and
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engineering, composite science, environmental science, and so on. Key Responsibilities: Develop green and scalable process for nanomaterials preparation and synthesis/production with controlled quantity and
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economical catalyst systems to convert biomass to fuel by thermal catalytic processes. The role will focus on catalyst development, performance evaluation, and mechanistic understanding via detailed
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environmental monitoring instruments, sensors, wearable devices, or related equipment. Have experience in data processing, quality assurance and quality control, and statistical analysis using R or similar tools
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technologies, and next-generation semiconductor devices. Key Responsibilities: Fabricate and process CQW-based optoelectronic devices, including LEDs and electrically driven single-photon diodes (SPDs), using