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impactful, application-driven research. This position supports a strategic research project on full electric harbour craft microgrid modelling, onboard energy management systems (EMS), and hardware-in
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or more of the following: High-fidelity electrical system modelling using MATLAB/Simulink Electric vehicle, marine, or microgrid power system simulation Energy management system (EMS) or supervisory control
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Responsibilities Participate in the research project to design a microgrid controller for grid interactive building applications. Develop control algorithms for dynamic master selection, coordinating BESS, PV
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environment such as Matlab/Simulink. Design and develop an intelligent energy management system for the e-vessel microgrid for coordinated control of multiple energy sources considering cost, carbon, and
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environment such as Matlab/Simulink. Design and develop an intelligent energy management system for the e-vessel microgrid for coordinated control of multiple energy sources considering cost, carbon, and
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management system for the e-vessel microgrid for coordinated control of multiple energy sources considering cost, carbon, and operation constraints. Operate the simulated electrical model on a real-time system
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uncertainties. -Develop scalable smart control strategies for HVAC and microgrid systems in nearly zero-energy buildings and campus infrastructures. -Incorporate neurobiological and psychological dimensions
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& Coordination SMART Grid Technologies, Hybrid Systems & microgrids Power Electronics & Control System Technical Proficiency Power Flow Analysis (AC/DC), Fault & Stability analysis, grid planning & expansion