Diego is an academic visitor in the Energy Systems Modelling Group at Imperial College’s Sustainable Gas Institute (SGI), and is an alumnus of the Science and Solutions for a Changing Planet DTP at the Grantham Institute. He is a scholar of the Faculty of Civil and Mechanical Engineering, Technical University of Ambato, UTA-Ecuador. At UTA, Diego teaches Non-Conventional Energy Resources and Thermal Machines. He has recently completed the 4-year PhD program at the SGI and the two-year Master of Engineering with Advanced Studies, Specialisation in Energy Systems, Griffith University, Australia and his previous studies are a Bachelor in Mechanical Engineering, National Polytechnic School, Ecuador.
At Imperial, his current area of research is based on Geographical Information Systems, GIS-based and Agent-based modelling (ABM) approaches to assess global decarbonisation pathways of the residential sector. This sector is a classic case of all of the challenges of modelling technology deployment. Decarbonising space heating and cooling, water heating, lighting and appliances requires the adoption of clean and low carbon technologies to meet demands for energy services. However, modelling the residential sector still requires a robust understanding of the spatio-temporal variabilities of the end-use energy demand and how agents behave when investing in new technologies to meet their energy demands. Integrated Assessment considering GIS & ABM in the global energy system can help stakeholders such as academia, government, industry and users with understanding and long-term planning the use of cost-effective low carbon and renewable energy technologies.
Diego is part of a team of energy systems modellers associated with the SGI working in the implementation of MUSE, the Modular Universal energy system Simulation Environment to enable transparent and flexible analysis of energy system transitions. Diego also has a very keen interest in further researching areas related to energy conversion from solar and geothermal energy, waste to energy technologies and the use of natural gas.
Personal website and portfolio: https://diegomoya.me/
|PhD researcher at ICL
|Scholar at UTA-FICM (in leave for PhD studies)
|Awarding a fully Scholarship for PhD studies from the Ecuadorian Government – SENESCYT.
Honorary Visiting Research Scholar at Griffith School of Engineering
Senior Leader at Student Success Division at Griffith University
2014 - 2015
Master of Engineering with Advanced Studies, Griffith University, Australia
Awarding the 2015 Griffith Award for Academic Excellence, top 5% of students, GPA: 6.13/7, Distinction
Specialisation: Energy Systems
Leader at Student Success Division at Griffith University
|Awarding a fully Scholarship for Master studies from the Ecuadorian Government – SENESCYT.
|Engineer Researcher at National Polytechnic School (EPN), Quito, Ecuador
Bachelor of Mechanical Engineering, EPN, Accumulative GPA: 27.2 (with 30 the highest)
Advanced Certificate in Energy EfficiencyMinistry of Energy, Ecuador
Assistant of laboratory, EPN, Experimental Physics laboratory of The Faculty of Science.
Assistant of laboratory with scholarship, EPN, Renewable Energy and Efficiency Energy laboratory, Faculty of Mechanical Engineering
et al., 2024, Prediction of abrasive wear and surface hardness of printed parts by SLA technology, Ingenius, ISSN:1390-650X, Pages:19-31
et al., 2023, MUSE-RASA captures human dimension in climate-energy-economic models via global geoAI-ML agent datasets, Scientific Data, Vol:10, ISSN:2052-4463
et al., 2023, A Methodology to Estimate High-Resolution Gridded Datasets on Energy Consumption Drivers in Ecuador's Residential Sector during the 2010-2020 Period, Energies, Vol:16
et al., 2022, Geospatial and temporal estimation of climatic, end-use demands, and socioeconomic drivers of energy consumption in the residential sector in Ecuador, Energy Conversion and Management, Vol:261, ISSN:0196-8904, Pages:115629-115629
et al., 2022, Characterization of energy consumption agents in the residential sector of Ecuador based on a national survey and geographic information systems for modelling energy systems, Enfoque Ute, Vol:13, ISSN:1390-9363, Pages:68-97