Biography
Rohan is a DPhil candidate studying urban overheating at high spatio-temporal resolution using data from citizen weather stations. By combining this non-conventional dataset with urban features, he investigates the key drivers of the urban heat island effect and overheating. His work provides actionable insights for climate adaptation and resilient city planning. He is supervised by Prof. Jesus Lizana and fully funded by UKRI EPSRC (2928092).
Prior to his doctoral studies, Rohan spent three years as a Research Associate under Prof. David Wallom, contributing to projects including the European Commission’s SWForum.eu, supporting the open-source community to track and benchmark EC-funded initiatives.
He also conducted energy analytics for the UK Department of Energy Security and Net Zero. His analysis of smart-meter data was pivotal in quantifying the impact of heat pump adoption on secondary substations, supporting the UK’s transition to a decarbonized grid.
He holds a BS in Computer Science from the University of Mississippi (2021) with minors in International Relations and Mathematics. An avid aviation and space enthusiast, he spends his time flying sailplanes, building rockets, and planning his next travel adventure.
Most Recent Publications
The evolution of citizen weather stations in urban climate research: A bibliometric analysis
The evolution of citizen weather stations in urban climate research: A bibliometric analysis
Electricity demand in electrified UK homes: the role of heat pumps, seasons, and property type
Electricity demand in electrified UK homes: the role of heat pumps, seasons, and property type
Optimising crowsourced weather data point density for urban climate studies
Optimising crowsourced weather data point density for urban climate studies
Spatio-Temporal Distribution and Data Quality of Citizen Weather Stations: A Comparative Study of Netatmo and Wunderground in Paris
Spatio-Temporal Distribution and Data Quality of Citizen Weather Stations: A Comparative Study of Netatmo and Wunderground in Paris
Research Interests
- Urban climate
- Energy analytics
- Climate adaptation and resilience
- Climate analytics
Related Academics
Most Recent Publications
The evolution of citizen weather stations in urban climate research: A bibliometric analysis
The evolution of citizen weather stations in urban climate research: A bibliometric analysis
Electricity demand in electrified UK homes: the role of heat pumps, seasons, and property type
Electricity demand in electrified UK homes: the role of heat pumps, seasons, and property type
Optimising crowsourced weather data point density for urban climate studies
Optimising crowsourced weather data point density for urban climate studies
Spatio-Temporal Distribution and Data Quality of Citizen Weather Stations: A Comparative Study of Netatmo and Wunderground in Paris
Spatio-Temporal Distribution and Data Quality of Citizen Weather Stations: A Comparative Study of Netatmo and Wunderground in Paris