Constantine Spandagos
Assistant Professor of Energy & Environmental Policy
James Hall, 56 College Road, University of New Hampshire, Durham, NH 03824, United States
constantine.spandagos at unh dot edu
I am an engineer specialized in the intersection of energy and environmental policy, technology and society. I hold Ph.D. degrees in Chemical Engineering and Civil Engineering- Energy Technology from Imperial College London and HKUST. I also hold an M.Sc. degree from the Centre for Environmental Policy of Imperial College London, and a B.Eng. in Chemical Engineering from NTU Athens.
I am interested in viable and beneficial transformations of energy systems, and how these are affected by emerging technologies, policy development and human behavior. My research contributes to the literature on energy innovations, energy systems modeling, policy design, and human behavior in the energy context. It also has practical applications for engineers, social scientists, governments and policy-makers seeking to secure a cost-effective and beneficial energy future for all people in the United States and abroad.
My methods combine quantitative and qualitative analyses of empirical data and quantitative modeling of energy systems. Examples of methods I use include, but are not limited to, artificial intelligence simulation models (fuzzy logic and machine learning), econometrics, behavioral experiments and surveys.
I joined UNH in Fall 2023. Previously, I was a Postdoctoral Research Fellow in Economic Analysis at the Economic and Social Research Institute in Ireland, a Visiting Research Fellow in Economics at Trinity College Dublin and a Postdoctoral Fellow in Engineering & Public Policy at HKUST.
Constantine Spandagos
Assistant Professor of Energy & Environmental Policy
James Hall, 56 College Road, University of New Hampshire, Durham, NH 03824, United States
constantine.spandagos at unh dot edu
I am an engineer specialized on the intersection of energy and environmental policy, technology and society. I hold Ph.D. degrees in Chemical Engineering and Civil Engineering- Energy Technology from Imperial College London and HKUST. I also hold an M.Sc. degree from the Centre for Environmental Policy of Imperial College London, and a B.Eng. in Chemical Engineering from NTU Athens.
I am interested in viable and beneficial transformations of energy systems, and how these are affected by emerging technologies, policy development and human behavior. My research contributes to the literature on energy innovations, energy systems modeling, policy design, and human behavior in the energy context. It also has practical applications for engineers, social scientists, governments and policy-makers seeking to secure a cost-effective and beneficial energy future for all people in the United States and abroad.
My methods combine quantitative and qualitative analyses of empirical data and quantitative modeling of energy systems. Examples of methods I use include, but are not limited to, artificial intelligence simulation models (fuzzy logic and machine learning), econometrics, behavioral experiments and surveys.
I joined UNH in Fall 2023. Previously, I was a Postdoctoral Research Fellow in Economic Analysis at the Economic and Social Research Institute in Ireland, a Visiting Research Fellow in Economics at Trinity College Dublin and a Postdoctoral Fellow in Engineering & Public Policy at HKUST.
Constantine Spandagos
Assistant Professor of Energy & Environmental Policy
James Hall, 56 College Road, University of New Hampshire, Durham, NH 03824, United States
constantine.spandagos at unh dot edu
I am an engineer specialized on the intersection of energy and environmental policy, technology and society. I hold Ph.D. degrees in Chemical Engineering and Civil Engineering- Energy Technology from Imperial College London and HKUST. I also hold an M.Sc. degree from the Centre for Environmental Policy of Imperial College London, and a B.Eng. in Chemical Engineering from NTU Athens.
I am interested in viable and beneficial transformations of energy systems, and how these are affected by emerging technologies, policy development and human behavior. My research contributes to the literature on energy innovations, energy systems modeling, policy design, and human behavior in the energy context. It also has practical applications for engineers, social scientists, governments and policy-makers seeking to secure a cost-effective and beneficial energy future for all people in the United States and abroad.
My methods combine quantitative and qualitative analyses of empirical data and quantitative modeling of energy systems. Examples of methods I use include, but are not limited to, artificial intelligence simulation models (fuzzy logic and machine learning), econometrics, behavioral experiments and surveys.
I joined UNH in Fall 2023. Previously, I was a Postdoctoral Research Fellow in Economic Analysis at the Economic and Social Research Institute in Ireland, a Visiting Research Fellow in Economics at Trinity College Dublin and a Postdoctoral Fellow in Engineering & Public Policy at HKUST.