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team to design and develop a hybrid cloud and edge-based energy management (HCEEM) framework that enables virtual energy trading among distributed energy resources (DERs) and existing utilities
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and optimize a methodology for producing animal-serum-free cell media to help deliver on the promise of sustainability, security, and resilience with cell-based meats. More specific responsibilities
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Key Responsibilities Work with the faculty and companies on energy assessment projects in industrial systems Co-develop and co-deliver training in energy efficiency in industrial systems to adult
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), Co-PI and the research team members to ensure all project deliverables are met. Undertake these responsibilities in the project: i. Carry out dynamic modelling and simulation of the energy storage
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project deliverables are met. Lead the development of software solutions to facilitate energy exchange between electric vehicles and grid. Work closely with hardware team to ensure seamless integration
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for seamless energy management in vehicle-to-grid interactions. Create and simulate various test case scenarios to ensure the robustness and reliability of the vehicle-to-grid systems. Work closely with
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electronic engineering industry and preferably is familiar with smart electrical power grids. • Prior knowledge on solar photovoltaic and energy storage systems would be an advantage. • Experience in research
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expression and gene deletion. Have at least 1 year experience with the use of bioreactor, HPLC-MS and GC-MS. Prior experience in the genetic manipulation of filamentous fungi cell line engineering is
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to analyze and interpret results using Microsoft Excel, Tableau or Python libraries for data analytics (e.g., the scikit-learn library). Sound knowledge in mass and energy balance and process design. Knowledge