Rate My Professor Curtis Boodoo

Boodoo's research interests span fluid mechanics, computational fluid dynamics, micropolar fluid flows in porous media, and renewable energy technologies, including electric vehicles, solar PV systems, vehicle-to-grid integration, offshore wind, and sustainable energy solutions tailored to Small Island Developing States. His scholarship is evidenced by 25 publications and 106 citations on Google Scholar. Key works include 'Navigating the Electric Vehicle Transition: Incentives, Adoption Patterns, and Fiscal Outcomes in Grenada’s Vehicle Market' (2026), 'Minute-Level Power-Quality, Machine-Learning Forecasts and Techno-Economic Assessment of a 100 kWp PV-Battery-EV Fast-Charging Microgrid in a Caribbean Small Island State' (2026), 'Assessing Jamaica’s Transportation Sector: Sustainable Mobility Policy, Import-Value Concentration, and Electric Vehicle Uptake' (2026), 'Optimizing Grid Performance in Trinidad and Tobago: The Role of Vehicle-to-Grid (V2G) Technology' (2024), 'The True Cost of Off-Grid Solar Power: Evaluating Solar Energy in a Dense Tropical Forest' (2024), and 'Micropolar Fluid Flows Past a Porous Shell: A Model for Drug Delivery Using Porous Microspheres' (2024). Boodoo exerts considerable influence in sustainable energy policy, serving as Chairman of the CARICOM Electric Mobility Working Group and advising organizations such as UNDP, UNEP, GIZ, and IDB. He has presented on electric mobility in the Caribbean to UNEP and contributed to forums on clean energy transitions.