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Sustainability: a pragmatic management of resources

speaker DIAG: 
English translation unavailable for dadamo@diag.uniroma1.it.
Data dell'evento: 
Monday, 25 November, 2024 - 18:00
Luogo: 
Aula B2, DIAG
Contatto: 
Cinzia Daraio (daraio@diag.uniroma1.it)

Idiano D’Adamo è risultato vincitore della procedura valutativa di chiamata, indetta ai sensi dell’art. 24, commi 5 e 6, della Legge n. 240/2010, per n. 1 posto di professore di ruolo di prima fascia per il GSD 09/IEGE-01 (EX SC 09/B3) – Settore scientifico-disciplinare IEGE-01/A (EX SSD ING-IND/35) presso il Dipartimento di Ingegneria Informatica, Automatica e Gestionale “Antonio Ruberti” – Facoltà di Ingegneria dell’Informazione, Informatica e Statistica della Sapienza Università di Roma, indetta con D.R. n. 1346/2024 del 13.06.2024 e i cui atti della commissione giudicatrice sono stati approvati con D.R. n. 2952/2024 del 11.11.2024.

Nell'ambito della procedura, ai fini della chiamata da parte del Consiglio di dipartimento, il Prof. Idiano D’Adamo terrà un seminario pubblico sulle attività di ricerca da lui svolte e in corso di svolgimento.

Il seminario sarà anche trasmesso in modalità telematica su Meet al link meet.google.com/kbp-hvnv-iio

 

Abstract

The 17 Sustainable Development Goals (SDGs) represent a goal for many governments in order to enable future generations to have the same opportunities as present ones. In a global, digital context where there is not always the availability of the raw materials needed to achieve the ecological transition; the analysis of sustainability goals is quite complex. Balancing the three dimensions (environmental, economic and social) requires the use of quantitative approaches to provide decision makers with useful tools to optimize resources. This seminar proposes the research activities that from the concepts of sustainability proposes to assess degrees of performance of European countries and Italy toward achieving the 17 SDGs. Focusing on SDG 7 (Clean Energy and Affordable) the focus is on photovoltaic systems and their contribution in the residential sector. The sustainable development framework then considers the implementation of such systems within renewable energy communities by indicating the enabling factors for their success. Future research directions and possible collaborative synergies will be combined with some managerial and policy implications geared toward a pragmatic model of sustainability, i.e., protecting all categories of stakeholders.

Short Bio

Idiano D'Adamo is Associate Professor of Management Engineering at La Sapienza University of Rome since March 2020. Within his career he has worked at the University of L'Aquila, University of Sheffield, CNR, Politecnico di Milano, and UnitelmaSapienza University of Rome.

Idiano is listed in the World Top 0.1% Scientists in 2023 and in the World Top 2% Scientists from 2019 in the field of Energy and Environmental Science (last update published on October 4, 2023 available at the following website https://elsevier.digitalcommonsdata.com/datasets/btchxktzyw/6 ). The World Top 2% Scientists is a ranking developed by Stanford University in collaboration with Elsevier and Scopus; it aims to identify, among the approximately 9 million scientists who contribute scientific articles, the top 2% for each discipline in terms of their impact on global scientific research over the past year. Idiano won the Elsevier Atlas Award in 2015 with a paper published in the journal Renewable and Sustainable Energy Reviews and holds editorial roles with several publishers. In particular, he is Subject Editor in the journal Sustainable Production and Consumption, Associate Editor in the journals Sustainable Development and Global Journal of Flexible Systems Management and a member of the Editorial board of Scientific Reports.

Idiano is the scientific leader of a PRIN 2022 project “Protecting the Environment: Advances in Circular Economy (PEACE)” and has collaborated with relevant national institutes (MATTM, CNBBSV, SVIMEZ). His fields of interest are related to sustainable development, green and renewable energy, circular economy.

 

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