Built environment and energy - staff

Academic Staff

Ronita Bardhan

Department of Architecture

Themes and techniques: Decarbonising the built environment, sustainable design (slum rehabilitation housing), digital tools for health and energy behaviour insights,
machine learning, artificial Intelligence, computer vision, urban modelling & spatial analysis, building performance, simulation, energy efficiency

Jonathan Cullen

Department of Engineering

Themes and techniques: Investigating the material and energy flows required to support energy, transport, buildings and infrastructure systems, data science, machine learning, modelling

Laura Diaz Anadon

Department of Land Economy,
Department of Politics and International Studies

Themes and techniques: Energy and climate policy, innovation and science policy

Evangelia Kalyvianaki

Department of Computer Science and Technology

Themes and techniques: Cloud Computing, Big Data Processing, Autonomic Computing

Srinivasan Keshav

Department of Computer Science and Technology

Themes and techniques: Sensing, communication, and control to increase the carbon efficiency of energy systems, carbon credits, artificial Intelligence, data science, machine learning, modelling, remote sensing

Kristen MacAskill

Department of Engineering

Themes and techniques: Applying resilience and sustainability concepts  in decision making associated with the planning and design of infrastructure projects

Anil Madhavapeddy

Department of Computer Science and Technology, Centre for Science and Policy

Themes and techniques: Ethics, law and policy, theoretical foundations, data management and processing, carbon credits

Dr Jerome Neufeld

Department of Earth Sciences, Department of Applied Mathematics and Theoretical Physics, BP Institute

Themes and techniques: Fluid dynamics, petrology, geophysics, geodynamics and tectonics

Amanda Prorok

Department of Computer Science and Technology

Themes and techniques: Robots, vehicles, machines, machine learning, planning, and control, and its applications in automated transport and logistics, environmental monitoring, surveillance.

Emily So

Department of Architecture, Centre for Research in the Arts, Social Sciences and Humanities

Themes and techniques: Casualty estimation in earthquake loss modelling

Sivasakthy Selvakumaran

Department of Engineering

Themes and techniques: Risk and resilience of urban environments and infrastructure through remote sensing and measurement of assets using satellites

Koen Steemers

Department of Architecture, Cambridge Forum for Sustainability and the Environment

Themes and techniques: Architectural potential of environmental issues, environmental performance of buildings and cities, climate change, efficiency, architectural and urban implications of environmental issues, data science, modelling

Eiko Yoneki

Department of Computer Science and Technology

Themes and techniques: Research methods, social networks, social media, cryptography, simulation, uncertainty quantification, combinatorics, parallel computing, databases, numerical analysis, reinforcement learning