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-mode HEMTS. Key Responsibilities Development of D-mode and E-mode GaN HEMT Development of logic circuits (i.e. , ring oscillator, inverter, etc.) Optimization of device and circuit performance Prepare
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of the position include: (i) Co-ordinate and teach courses in our B. Pharm. (Hons) programme; (ii) Support the design, optimization and conduct of practical classes in the undergraduate programmes; (iii) Adaptation
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effective programme delivery, aligning with the approved grant proposal(s) objectives. Oversee programme budget and resource allocation, ensuring timely achievement of key milestones and optimal use of funds
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implementing resource optimization strategies, leading to a reduction in operational expenses. Analyse Institutes’ financial positions and funding status, offer insights and recommendations for periodic
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blueprint. Driving IT Governance: Enforcing IT governance principles for compliance, risk mitigation, and investment optimization. Enhancing Service Excellence: Leading IT Service Management (ITSM
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initiatives and the academic operations. The role will coordinate transformation activities, optimize system setups, support knowledge transfer sessions, and involve in developing SOPs and workflows critical
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and optimize space utilization. Stay updated on emerging trends in healthtech, digital health, and biomedical innovation to align co11ab’s initiatives with industry needs. Qualifications & Experience
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, compact model for circuit simulation, parameter extraction, and transistor optimization. Another DOE will be carried out and -based on it- the students will need to do another set of detailed simulations
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of the peer-reviewed and grey literature on stormwater management guidelines Leading research on the optimization of existing guidelines under future climate conditions for Singapore, including
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. The focus will be on deriving efficient algorithms with provable statistical guarantees, using tools from: high-dimensional statistics, optimization, probability theory, approximation theory etc