Progetto EIT UM H2 CargoBikeProgetto EIT UM H2 DispenserProgetto Horizon NAHV

• 2023-24 Progettazione Ambientale - Corso di Laurea in "Architettura e Progetto nel Costruito" - Laboratorio di Progettazione Ambientale (AG) - Prof. Arch. Federica Fernandez• 2024-25 Tecnologia per il Design - Corso di Laurea in "Disegno Industriale" - Prof. Arch. Federica Fernandez

Supporto alla ricerca di bandi europei, ricerca partner, organizzazione meeting e alla scrittura di progetti, relativamente alla generazione di energia da fonti rinnovabili in microreti.

Progetto ICBUILD - Boosting the internationalization for circularity in the building environment - COSME programme https://icbuild.eu/Collaborazione al coordinamento delle attività di competenza del partner, redazione deliverable, amministrazione e rendicontazione budget, partecipazione a meeting e a missioni mei paesi terzi con aziende beneficiarie

Progetto CUBÂTI - Cultura della costruzione di qualità: ricerca, innovazione e impresa per la sostenibilità - Programma ENI di Cooperazione Transfrontaliera Italia Tunisia 2014-2020 https://www.cubati.org/Attività di coordinamento partner, realizzazione deliverable partnee, amministrazione e rendicontazione budget partner, partecipazione ai meeting e missioni di progetto.

Building Physics course embedded into Construction Details lab - Bachelor in Architecture

Building Physics Courses (both stand-alone or embedded in Design labs) in Italian and English languages in Architecture, both Bachelor and Master.

Research fellow "Stima dei profili energetici per scenari di riqualificazione Smart (Energy) District" (Estimation of energy profile towards Smart (Energy) District retrofit scenarios) - Politecnico di Milano - Department of Architecture, Built Environment and Construction Engineering (ABC). Agreement MiSE-ENEA. Project leader: prof. S. Ferrari

IEA EBC Annex 75 - "Cost-effective Building Renovation at District Level Combining Energy Efficiency & Renewables" https://annex75.iea-ebc.org/

Research fellow "Supporto alle valutazioni energetico-ambientali per il completamento del Progetto UIA OpenAgri" (Support to energy-environmental assessment to finalize the project UIA-OpenAgri)Politecnico di Milano - Dipartimento di Architettura, Ingegneria delle Costruzioni e Ambiente Costruito. Project leader: prof.ssa. P. Caputohttps://uia-initiative.eu/en/uia-cities/milanhttps://open-agri.it/openagri/

Supervisor: prof. Simone Ferrari, Tutor: prof.ssa Paola Caputo. Abstract: To plan smart energy districts in urban areas, the assessment of hourly energy demand fluctuations of buildings, even undergone to energy retrofits, is relevant to optimise energy system related efficiency and costs. Accordingly, among commonly adopted tools for urban energy planning, the more detailed ones base on hourly energy demand profiles. However, from the surveyed literature on related recent studies, often energy assessments are based on seasonally buildings energy demands or measured consumptions so more robust methods are needed in case of data lack. Hence, it has been defined a method for estimating the buildings hourly thermal and electric energy demand profiles, to be applied in urban areas within the Italian context. The method has been developed based on a georeferenced procedure which adopts available data on the national territory useful to define the volumetric consistency and characterize the built environment with reference to the period of construction and most widespread uses. For determining the hourly energy profiles, a set of dynamic energy simulations is foreseen. In particular, a set of building solutions, considering different envelopes representative of typical solutions in Italy across historical periods, has been defined. Such building solutions have been assessed as simplified building models, and the energy behaviour of selected zones, representative of the different boundary conditions options composing any building geometry, has been determined. The derived hourly energy density profiles can be associated to the characterized building stock in order to derive the assessed urban hourly energy demand. Once validated the existing case data, by assigning the new physical properties regarding the envelope and the systems to the building models, it is possible deriving the updated profile for the defined energy improved scenario.

IEA International Energy Agency - "Cost Effective Energy and Carbon Emissions Optimization in Building Renovation - Annex 56"

Building energy simulation towards building energy retrofit assessment in the frame of the European project Sharing Cities.https://sharingcities.eu/