Phd in ENERGY AND ENVIRONMENT

email: francesco.mancini@uniroma1.it
phone:
building: via Flaminia 72, 00196 Roma
room: piano 3 - stanza 6

 Francesco Mancini is Associate Professor in “Building Physics” and “Building Energy Systems".
 In 1999 he graduates in Mechanical Engineering at “La Sapienza” University of Rome and in 2003 he becomes a PhD in Energetics.
 He carries out research activities dealing with Procedures and Methodologies for the Control and Improvement of Energy-Environmental Quality in Construction.

 01/10/2017 - 30/09/2018 - Scientific Coordinator - Electric System Research - PAR 2017 - outdoor and indoor air quality measurements in a high-performance office building owned by PA for optimization of replacement air flow rates aimed at energy efficiency - Program Agreement Ministry of Economic Development - ENEA Annual Implementation Plan 2017 Area: Energy Efficiency and Energy Savings in Electric End-Use and Interaction with Other Energy Vectors Project D.2 "Studies on energy upgrading of the existing stock of public buildings aimed at achieving near-zero energy buildings (nZEB)" Objective D "The indoor environmental quality of nZEB buildings"
 01/10/2017 - 30/09/2018 - Scientific Coordinator together with Prof. LIvio de Santoli - Electric System Research - PAR 2017 - STUDY OF A MODEL FOR THE QUALIFICATION AND VALIDATION OF ELECTRIC AND THERMAL CONSUMPTIONS OF RESIDENTIAL BUILDINGS - Program Agreement Ministry of Economic Development - ENEA Annual Implementation Plan 2017 Program Agreement Ministry of Economic Development - ENEA - Annual Implementation Plan 2017 - Area: Energy Efficiency and Energy Savings in Electric End-Use and Interaction with other Energy Vectors - Project: D.6 Development of an integrated urban smart district model - Objective: B. Smart systems and services for buildings
 01/10/2018 - 31/12/2018 - Scientific Coordinator - Electric System Research - PAR 2018 - outdoor and indoor air quality measurements in a high performance office building owned by PA for the optimization of replacement air flow rates aimed at energy efficiency - Program Agreement Ministry of Economic Development - ENEA Annual Implementation Plan 2018 Area: Energy Efficiency and Energy Savings in Electric End-Use and Interaction with Other Energy Vectors Project D.2 "Studies on the energy upgrading of the existing stock of public buildings aimed at achieving near-zero energy buildings (nZEB)" Objective D "The indoor environmental quality of nZEB buildings"
 01/06/2019 - 30/04/2020 - Scientific Coordiantor for activities on "Realization of a tool-box to optimize project proposals for energy upgrading at urban level based on a cost-benefit methodology" subject of collaboration between ENEA and C.I.T.E.R.A. of Sapienza University of Rome within the action line 1.4.3 of the ES-PA project funded under the PON Governance 2014-2020 program.
 12/21/2020 - 04/15/2021 - Scientific Coordinator for activities of "Realization of a web application to make available the compilation and generation of outputs of the SIRE tool-box v.1.0 (LI 1.4, activity 1.4.3 ES PA Project) to optimize project proposals for energy upgrading at the urban level based on a cost-benefit methodology" and for the generation of results with a knowledge transfer process related to the application domain through the K-COM platform (ES-PA Project line 1.2.5)."
 01/01/2019 - 31/12/2021 - Responsabile scientifico - Ricerca di Sistema Elettrico - PAR 2019-21 - per quanto attiene l’Obiettivo “Tecnologie”; Work package “WP1 - Local Energy District”, linee di attività LA 5 (Aggiornamento modulo per la consapevolezza energetica di utenti residenziali), LA9 (Testing sito web e popolazione database per la definizione di benchmark di consumo delle utenze residenziali) del progetto “Tecnologie per la penetrazione efficiente del vettore elettrico negli usi finali”.
  01/01/2022 - 31/12/2024 - Scientific Coordinator - Electric System Research - PAR 2022-24 - as part of Project 1.7 "Technologies for Efficient Penetration of the Electricity Carrier in End-Use" "Upgrade of the calculation module called SMART-SIM aimed at the implementation of new functions and integration with web services to serve Energy Communities."