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Davide Scirè PORTFOLIO 2023.pdf

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  1. 1. Davide Scirè Davide Scirè Curriculum Vitae - Portfolio
  2. 2. Veiled Tower Veiled Tower INDEX INDEX Curriculim Vitae 03 Aghorà 05 Home Dora 09 Veiled Tower 11 Ruin as Project 15 The new Urbantank 19 Introspection déformée 23 PéréGr(a)iner 25 Precollinar Park 29 Professional experience 31 05 09 11 15 19 23 25 29
  3. 3. Education EMILIO GRECO NATIONAL SCHOOL OF ART Catania, Italy Field: Architecture and Environment 2011 - 2016 POLYTECHNIC OF TURIN Turin, Italy Bachelor: Architectural Science 2016 - 2020 ECOLE NATIONALE SUPERIEURE D’ARCHITECTURE Lyon, France Erasmus 10 mo. 2020 - 2021 RWTH AACHEN UNIVERSITY Aachen, Germany Summer school - Smart cities 13-19 june 2022 POLYTECHNIC OF TURIN Turin, Italy Master: Architecture for Sustainable Design 2019 - Currently Experiences Certificate of participation in the course: ECDL CAD Versione 1.5 Catania, Italy 2014 Hours: 30 MIUR National Competition: “NewDesignduemilaquindici – New Italian Food” “NewDesignduemilasedici – #Insieme per” Venezia, Italy 2015-16 Agence “PICCO ARCHITETTI” Turin, Italy 2019 Stage hours: 300 Agence “ISOLA ARCHITETTI” Turin, Italy 2021 Stage hours: 250 Studio PICCO ARCHITETTI Turin, Italy Freelance collab.: 2019-2021 Junior architect:2021-actually Torinostratosferica Volunteer: Actually Languages Italian: madrelingua English: B1 - IELTS 5.0 French: C1- OLS Test Birth 6 mai 1997 Nationality Italian Contacts Mobile +39 3208041163 e-mail davide.scire97@gmail.com Adress Via Valdieri 8 - Torino, Italy Davide Scirè Skills Knowledge of software: LUMION BLENDER ADOBE PREMIERE PRO ADOBE AFTER EFFECTS For rendering and video animations. 3DS MAX AUTOCAD REVIT GOOGLE SKETCHUP RHINO+GRASSOPPHER For technical drawing, 3D modeling. Axonometrics, 3D cutting, parametric modeling ADOBE PHOTOSHOP ADOBE LIGHTROOM For image editing and processing ADOBE INDESIGN ADOBE ILLUSTRATOR For graphic design, posters, brochures and monographs. Formative Formative Experience Experience Since my high school, I took the path of “architecture and environment,” a choice that allowed me to master the design method, refine my critical thinking skills in solving architectural composition problems, and improve my proficiency in technical drawing and 3D modeling programs. I took the opportunity to participate in several national competitions organized by the Italian Ministry of Education, where I had the chance to present my projects to the scrutiny of experts in the field. During my graduate studies in Architectural Science at Polytechnic of Turin, I acquired extensive scientific and technical knowledge, as well as a wealth of design experience. My bachelor’s degree further ignited my passion for the subject, fueling my desire to explore cutting-edge technological and environmental solutions in architecture. This led me to pursue a Master’s degree in “Architecture for Sustainable Projects.” In my second year of the Master’s program, I searched to push the boundaries of my experience by studying abroad in Europe, attending the Ecole Nationale Superieure D’architecture de Lyon for a year. This experience proved to be a turning point in my career, as it exposed me to a wide range of architectural concepts and design techniques and gave me the opportunity to work with colleagues from different cultural and linguistic backgrounds, greatly expanding my knowledge. I further refined my skills through an internship at the esteemed firm “Picco Architects,” a firm where I have been working since January 2019. This experience gave me the opportunity to work in a professional environment, interacting closely with a team of experts, and to gain a comprehensive understanding of the various phases and timelines of a project, as well as the bureaucratic and administrative aspects involved. Very enriching was another work experience at the renowned Italian firm “Isolarchitetti” gave me the opportunity to interface with a broader and more complex work reality. In June 2022, I was selected for a week-long summer school at RWTH Aachen University in Aachen, where I had the chance to immerse myself in a highly technical environment, broadening my cultural horizons and interacting with professionals from all over Europe. Through a series of multidisciplinary experiences, I had the privilege of working alongside engineers from different backgrounds, further enhancing my ability to collaborate in interdisciplinary teams. Finally, since April 2022, I have been actively involved as a volunteer in the Torinostratosferica project, a nonprofit organization that designs and revitalizes abandoned areas in the city of Turin. 3
  4. 4. Education EMILIO GRECO NATIONAL SCHOOL OF ART Catania, Italy Field: Architecture and Environment 2011 - 2016 POLYTECHNIC OF TURIN Turin, Italy Bachelor: Architectural Science 2016 - 2020 ECOLE NATIONALE SUPERIEURE D’ARCHITECTURE Lyon, France Erasmus 10 mo. 2020 - 2021 RWTH AACHEN UNIVERSITY Aachen, Germany Summer school - Smart cities 13-19 june 2022 POLYTECHNIC OF TURIN Turin, Italy Master: Architecture for Sustainable Design 2019 - Currently Experiences Certificate of participation in the course: ECDL CAD Versione 1.5 Catania, Italy 2014 Hours: 30 MIUR National Competition: “NewDesignduemilaquindici – New Italian Food” “NewDesignduemilasedici – #Insieme per” Venezia, Italy 2015-16 Agence “PICCO ARCHITETTI” Turin, Italy 2019 Stage hours: 300 Agence “ISOLA ARCHITETTI” Turin, Italy 2021 Stage hours: 250 Studio PICCO ARCHITETTI Turin, Italy Birth 6 mai 1997 Nationality Italian Contacts Mobile +39 3208041163 e-mail davide.scire97@gmail.com Adress Via Valdieri 8 - Torino, Italy Davide Scirè Skills Knowledge of software: LUMION BLENDER ADOBE PREMIERE PRO ADOBE AFTER EFFECTS For rendering and video animations. 3DS MAX AUTOCAD REVIT GOOGLE SKETCHUP RHINO+GRASSOPPHER For technical drawing, 3D modeling. Axonometrics, 3D cutting, parametric modeling Educa EMILIO G Catania, Field: Arc 2011 - 20 POLYTEC Turin, Ita Bachelor 2016 - 20 ECOLE N Lyon, Fra Erasmus 2020 - 2 RWTH AA Aachen, Summer 13-19 jun POLYTEC Turin, Ita Master: A 2019 - Cu Exper Certificat ECDL CA Catania, 2014 Hours: 30 MIUR Na “NewDes “NewDes Venezia, 2015-16 Agence “ Turin, Ita 2019 Stage ho Agence “ Turin, Ita 2021 Stage ho Studio PI Turin, Ita Freelanc Junior ar Torinostr Voluntee Langu Italian: m English: B French: C Interes Contemp Art and p Design a Technolo Birth 6 mai 1997 Nationality Italian Contacts Mobile +39 3208041163 e-mail davide.scire97@gmail.com Adress Via Valdieri 8 - Torino, Italy Davide Scirè Skills Knowledge of software: LUMION BLENDER ADOBE PREMIERE PRO ADOBE AFTER EFFECTS For rendering and video animations. 3DS MAX AUTOCAD REVIT GOOGLE SKETCHUP RHINO+GRASSOPPHER For technical drawing, 3D modeling. Axonometrics, 3D cutting, parametric modeling ADOBE PHOTOSHOP ADOBE LIGHTROOM For image editing and processing ADOBE INDESIGN ADOBE ILLUSTRATOR For graphic design, posters, brochures and monographs. ECHO 6 ECOTECT TERMOLOG EPIX For energy, lighting, thermal and acoustic analyses Education EMILIO GRECO NATIONAL SCHOOL OF ART Catania, Italy Field: Architecture and Environment 2011 - 2016 POLYTECHNIC OF TURIN Turin, Italy Bachelor: Architectural Science 2016 - 2020 ECOLE NATIONALE SUPERIEURE D’ARCHITECTURE Lyon, France Erasmus 10 mo. 2020 - 2021 RWTH AACHEN UNIVERSITY Aachen, Germany Summer school - Smart cities 13-19 june 2022 POLYTECHNIC OF TURIN Turin, Italy Master: Architecture for Sustainable Design 2019 - Currently Experiences Certificate of participation in the course: ECDL CAD Versione 1.5 Catania, Italy 2014 Hours: 30 MIUR National Competition: “NewDesignduemilaquindici – New Italian Food” “NewDesignduemilasedici – #Insieme per” Venezia, Italy 2015-16 Agence “PICCO ARCHITETTI” Turin, Italy 2019 Stage hours: 300 Agence “ISOLA ARCHITETTI” Turin, Italy 2021 Stage hours: 250 Studio PICCO ARCHITETTI Turin, Italy Freelance collab.: 2019-2021 Junior architect:2021-actually Torinostratosferica Volunteer: Actually Languages Italian: madrelingua English: B1 - IELTS 5.0 French: C1- OLS Test Interests Contemporary architecture Art and photography Design and fashion Technology and sustainability Birth 6 mai 1997 Nationality Italian Contacts Mobile +39 3208041163 e-mail davide.scire97@gmail.com Adress Via Valdieri 8 - Torino, Italy Davide Scirè Skills Knowledge of software: LUMION BLENDER ADOBE PREMIERE PRO ADOBE AFTER EFFECTS For rendering and video animations. 3DS MAX AUTOCAD REVIT GOOGLE SKETCHUP RHINO+GRASSOPPHER For technical drawing, 3D modeling. Axonometrics, 3D cutting, parametric modeling ADOBE PHOTOSHOP ADOBE LIGHTROOM For image editing and processing ADOBE INDESIGN ADOBE ILLUSTRATOR For graphic design, posters, brochures and monographs. ECHO 6 ECOTECT TERMOLOG EPIX For energy, lighting, thermal and acoustic analyses Education EMILIO GRECO NATIONAL SCHOOL OF ART Catania, Italy Field: Architecture and Environment 2011 - 2016 POLYTECHNIC OF TURIN Turin, Italy Bachelor: Architectural Science 2016 - 2020 ECOLE NATIONALE SUPERIEURE D’ARCHITECTURE Lyon, France Erasmus 10 mo. 2020 - 2021 RWTH AACHEN UNIVERSITY Aachen, Germany Summer school - Smart cities 13-19 june 2022 POLYTECHNIC OF TURIN Turin, Italy Master: Architecture for Sustainable Design 2019 - Currently Experiences Certificate of participation in the course: ECDL CAD Versione 1.5 Catania, Italy 2014 Hours: 30 MIUR National Competition: “NewDesignduemilaquindici – New Italian Food” “NewDesignduemilasedici – #Insieme per” Venezia, Italy 2015-16 Agence “PICCO ARCHITETTI” Turin, Italy 2019 Stage hours: 300 Agence “ISOLA ARCHITETTI” Turin, Italy 2021 Stage hours: 250 Studio PICCO ARCHITETTI Turin, Italy Freelance collab.: 2019-2021 Junior architect:2021-actually Torinostratosferica Volunteer: Actually Languages Birth 6 mai 1997 Nationality Italian Contacts Mobile +39 3208041163 e-mail davide.scire97@gmail.com Adress Via Valdieri 8 - Torino, Italy Davide Scirè Skills Knowledge of software: LUMION BLENDER ADOBE PREMIERE PRO ADOBE AFTER EFFECTS For rendering and video animations. 3DS MAX AUTOCAD REVIT GOOGLE SKETCHUP RHINO+GRASSOPPHER For technical drawing, 3D modeling. Axonometrics, 3D cutting, parametric modeling ADOBE PHOTOSHOP ADOBE LIGHTROOM For image editing and processing ADOBE INDESIGN ADOBE ILLUSTRATOR OTHER EXPERIENCES _04/2022 - Current VOLUNTEER ARCHITECT / URBAN DESIGNER TORINO STRATOSFERICA Design of urban solutions and placemaking projects, with the aim of re-evaluating the identity of the place. _10/2022 MICROSOFT EXCEL ABEA FORM In-depth knowledge of Microsoft Excel software; 80 h _05/2022 IREN RENEWABLES CONTEST IREN GROUP Project work, teamworking and role play for the design of a photovoltaic system _2021 CERTIFICAZIONE ENERGETICA APE POLYTECHNIC UNIVERSITY OF TURIN _2014 ECDL CAD 1.5 Certificate of participation in the technical drawing and 3D modelling course; 30 h WORK EXPERIENCES _2019 - Current ARCHITECT PICCO ARCHITETTI Design assistance, architectural design, economic evaluation and design of technical and economic feasibility studies. _10/2021 - 12/2021 ARCHITECT, TRAINEESHIP ISOLA ARCHITETTI Assistance with planning, drafting building procedures and building permits. _06/2021 - 08/2021 ENGINEER ASSISTANT MAUGERI COSTRUZIONI Architectural project, survey of the dwelling, assessments of the state of conservation of the property. Site inspection to verify the works and their compliance with current regulations. Energy assessment and building energy adaptation. _05/2019- 07/2019 TECHNICAL DRAWER, TRAINEESHIP PICCO ARCHITETTI Cad drawer, building’s technology nodes solutions drawer. EDUCATION _Current MASTER DEGREE SCIENCE IN ARCHITECTURE SUSTAINABLE POLYTECHNIC UNIVERSITY OF TURIN Thesis: “Use and analysis of cool materials and NBS techniques for urban heat island mitigation” _06/2022 SUMMER SCHOOL RHEINISCH-WESTFÄLISCHE TECHNISCHE HOCHSCHULE AACHEN UNIVERSITY Course in “Smart cities - the next step in city evolution”, an introduction of what smart cities are. Explore ways in which the cities of today can become more sustainable and efficient. _2020 - 2021 10 MO. ERASMUS ÉCOLE NATIONALE SUPÉRIEURE D’ARCHITECTURE DE LYON _2016-2019 BACHELOR’S DEGREE SCIENCE OF ARCHITECTURE POLYTECHNIC UNIVERSITY OF TURIN
  5. 5. 5 2017 | Atelier - PoliTO, Turin | Aghorà Aghorà 2017 Polytechnic of Turin _ Italy Prof: Bologna Alberto Bonino Michele De Pieri Filippo Equipe: Pescarolo Mattia Quaranta Giulia Sanna Emilia Scirè Davide Software AutoCAD - Photoshop - Sketchup Aghorà
  6. 6. 0 10 50m
  7. 7. +1 +1 0 0 Living modules 18 mq Expansible modules 18 mq F.+2 F.+1 F.0 0 1 5m The project is based on the analysis of the existing project, QuintaMonroy, by Aleandro Aravena in Iquique, Chile. The design approach is motivated by the city’s political and economic context, with an emphasis on economic considerations. The solution proposed by Aravena is to expand the surface area of the housing units in a locally-sourced manner, in order to increase their commercial value. The project involves the use of duplex housing modules that can be combined and repeated on a large scale. The new development is integrated with the existing project through an urban pathway that connects two main city streets, which is transformed into a local market, with the goal of promoting economic growth and attractiveness of the area. The project aims to provide economic recovery through the sale of land outside the housing units and the opportunity for expansions, which will increase their market value. In terms of climate, the housing units have thick walls and utilize passive systems such as porches, vegetation, and shading to regulate 2017 | Atelier - PoliTO, Turin | Aghorà Aghorà 7
  8. 8. Time development 0 1 5m
  9. 9. 2018 | Atelier - PoliTO, Turin | Home Dora Home Dora 9 2018 Polytechnic of Turin _ Italy Prof: Peretti Gabriella Picco Cristiano Equipe: Mantuano Giuseppe Pullara Simone Scirè Davide Home Dora Software Revit - AutoCAD - Lumion - Photoshop The design of the building is shaped by its location, with a focus on the view of the Dora river. This influences the building’s form and its relationship to sunlight and ventilation. The project prioritizes energy efficiency, utilizing large windows on the south side to maximize passive solar gain. The use of a frame structure allows for flexibility in the building’s envelope. The building’s thermal functional element became a component of its architectural language. The empty space in the middle of building promote natural ventilation and improve air exchange within the building.
  10. 10. 0 2 10m
  11. 11. 11 2019 | Course - PoliTO, Turin | Veiled Tower Veiled Tower 2019 Polytechnic of Turin _ Italy Prof: Calvano Michele Favoino Fabio Scoglio Paolo Lo Turco Massimiliano Equipe: Rossi Gioele Ruotolo Dario Salomone Mattia Scirè Davide VeiledTower Software Revit - Rhino/Grasshopper - AutoCAD - Photoshop
  12. 12. 0 20 40 100 cm
  13. 13. RIFERIMENTI E CONTESTO Divisione maglia per sottostruttura Superficie ricavata Curve generatrici Stato di fatto RIFERIMENTI E CONTESTO Mo Divisione maglia per sottostruttura Puntone regolabile che spinge la superficie per creare il movimento di facciata Superficie ricavata Curve generatrici Stato di fatto structural di- vision surface adjustable strut for exposure Facade sur- face shape genera- ting curves Existing buil- ding -Roman Theatre of Aosta 25 a.C. This project examines ways to enhance the energy efficiency and architectural design of heritage buildings through the use of innovative building envelope technologies. It takes into account the unique climate and environmental conditions of the site, and aims to create a sustainable, bioclimatic approach. The process begins by surveying the existing structure using data extrapolation and definition of interoperability procedures between Rhino Grasshopper and BIM environment. Then using that data to design complex, eco-friendly systems that can be dry-assembled onto the existing structure. These systems must meet performance requirements set by bioclimatic strategies and thermal-energy efficiency standards. In order to optimize solar exposure, the project also analyses incident solar radiation at different times of the year, and creates shadow masks to control the shading on the building 13 2019 | Course - PoliTO, Turin | Veiled Tower Veiled Tower
  14. 14. ROSSI RUOTOLO SALOMONE SCIRÈ 16/04/2020 CONCEPT T1 Analisi obreggiamento Sud-Ovest con schermatu- re orizzontale di 40° e verticale di 30° 21/06 21/12, radiazione solare 21/09 Analisi obreggiamento Sud-est con schermature 30° orizzontale e verticale Analisi obreggiamento nord-ovest con schermatu- re di 30° verticale e orizzontale Total radiation, uffici Total radiation, residenza a ROSSI RUOTOLO SALOMONE SCIRÈ 16/04/2020 CONCEPT T1 AA 2019-20 | Modellazione paramentrica avanzata dell’involucro edilizio Docenti | Massimiliano Lo Turco, Michele Calvano, Francesca Thiébat, Paolo Scoglio, Fabio Favoino Collaboratori | Luigi Giovannini, Andrea Tomalini Riscaldamento e raffrescamento annuale, ufficio Radiazione solare. 21/09 Analisi obreggiamento nord-ovest con schermatu- re di 30° verticale e orizzontale Total radiation, uffici Total radiation, residenza n questi schemi il tipo residenziale e alberghie- e accomunate per praticità e corrispondenza di n una temperatura di baseline di 20° in inverno te; mentre per gli uffici sono stati adottate base- amente di 18° e 12°. no state analizzate la radiazione solare inci- rispondenza degli equinozzi e dei solstizzi per nche la corretta rotazione del sole attorno all’e- to di studio. tate realizzate delle maschere d’ombra per à una corretta inclinazione e profondità delle in maniera da ottiminare e sfruttare la radiazio- alizzata in precenza. ROSSI RUOTOLO SALOMONE SCIRÈ 16/04/2020 CONCEPT T1 AA 2019-20 | Modellazione paramentrica avanzata dell’involucro edilizio Docenti | Massimiliano Lo Turco, Michele Calvano, Francesca Thiébat, Paolo Scoglio, Fabio Favoino Collaboratori | Luigi Giovannini, Andrea Tomalini Riscaldamento e raffrescamento annuale, ufficio Radiazione solare. Analisi obreggiamento Sud-Ovest con schermatu- re orizzontale di 40° e verticale di 30° 21/06 21/09 Analisi obreggiamento nord-ovest con schermatu- re di 30° verticale e orizzontale Total radiation, uffici Total radiation, residenza minari è stato possibile eviden- elle 3 diverse funzioni inserite lberghiero e terziario (uffici). In il tipo residenziale e alberghie- er praticità e corrispondenza di ura di baseline di 20° in inverno li uffici sono stati adottate base- 12°. zate la radiazione solare inci- gli equinozzi e dei solstizzi per rotazione del sole attorno all’e- delle maschere d’ombra per nclinazione e profondità delle ottiminare e sfruttare la radiazio- nza. Riscaldamento e raffrescamento annuale, residenza Radiazione solare. Analisi obreggiamento Sud-Ovest con schermatu- re orizzontale di 40° e verticale di 30° 21/06 21/12, radiazione solare annual radiation on surface 21/09 Analisi obreggiamento Sud-est con schermature 30° orizzontale e verticale Analisi obreggiamento nord-ovest con schermatu- re di 30° verticale e orizzontale ibile eviden- ioni inserite rio (uffici). In e e alberghie- pondenza di 0° in inverno adottate base- Riscaldamento e raffrescamento annuale, residenza Radiazione solare. ROSSI RUO 16/04/2020 AA 2019-20 | Modellazione paramentrica avanzata dell’involucro edilizio Docenti | Massimiliano Lo Turco, Michele Calvano, Francesca Thiébat, Paolo Scoglio, Fabio Favoino Collaboratori | Luigi Giovannini, Andrea Tomalini Riscaldamento e raffrescamento annuale, ufficio Radiazione solare. 21/09 Total radiation, uffic Grazie a queste analisi preliminari è stato possibile eviden- ziare le differenti esigenze delle 3 diverse funzioni inserite nel progetto: residenziale, alberghiero e terziario (uffici). In particolare in questi schemi il tipo residenziale e alberghie- ro sono state accomunate per praticità e corrispondenza di esigenze con una temperatura di baseline di 20° in inverno e 26° in estate; mentre per gli uffici sono stati adottate base- line rispettivamente di 18° e 12°. in seguito sono state analizzate la radiazione solare inci- dente in corrispondenza degli equinozzi e dei solstizzi per analizzare anche la corretta rotazione del sole attorno all’e- dificio oggetto di studio. Infine sono state realizzate delle maschere d’ombra per ipotizzare già una corretta inclinazione e profondità delle schermaturein maniera da ottiminare e sfruttare la radiazio- ne solare analizzata in precenza. Riscaldamento e raffrescamento annuale, residenza Radiazione solare. ANALISI SOLARE AA 2019-20 | Modellazione paramentrica avanzata dell’involucro edilizio Docenti | Massimiliano Lo Turco, Michele Calvano, Francesca Thiébat, Roma EuR ToRRE C Riscaldamento e raffrescamento annuale, ufficio Radiazione solare. 21/06 21/12, radiazione s annual radiation on surface 21/09 Total radiation, uffici Grazie a queste analisi preliminari è stato possibile eviden- ziare le differenti esigenze delle 3 diverse funzioni inserite nel progetto: residenziale, alberghiero e terziario (uffici). In particolare in questi schemi il tipo residenziale e alberghie- ro sono state accomunate per praticità e corrispondenza di esigenze con una temperatura di baseline di 20° in inverno e 26° in estate; mentre per gli uffici sono stati adottate base- line rispettivamente di 18° e 12°. in seguito sono state analizzate la radiazione solare inci- dente in corrispondenza degli equinozzi e dei solstizzi per analizzare anche la corretta rotazione del sole attorno all’e- dificio oggetto di studio. Infine sono state realizzate delle maschere d’ombra per ipotizzare già una corretta inclinazione e profondità delle schermaturein maniera da ottiminare e sfruttare la radiazio- ne solare analizzata in precenza. Riscaldamento e raffrescamento annuale, residenza Radiazione solare. Solar radiation simulation Southeast shading simulation with hori- zontal and vertical shading at 30° Total radiation and energy consumption. Office function Total radiation and energy consumption. Residential function 4 5 6 7 8 9 10 1 2 3 1 Serramento doppia camera in legno 2 Tenda oscurante a rullo 3 Isolante in lana di vetro 12cm 4 Grigliato metallico per manutenzione 5 Staffa di giunzione al solaio in acciaio 6 Tirante in acciaio 7 Pistone regolabile 8 Tirante in acciaio 9 Telaio con tubolari in acciaio 10 Pannello polimerico in ETFE 1 Wooden double glazing 2 Shade roller blind 3 12 cm glass wool insulation 4 Metal grating for maintenance 5 Steel ceiling joint bracket 6 Steel tie rod 7 Adjustable piston 8 Steel tie rod 9 Steel tubular frame 10 Polymeric ETFE panel 1 2 4 5 6 8 9 10 7 3
  15. 15. 2019 | Atelier - PoliTO, Turin | R Ruin as a project uin as a project 15 2019 Polytechnic of Turin _ Italy Prof: Giachino Davide Lo Verso Valerio Ravagnati Carlo Equipe: Bulzoni Francesco Scirè Davide Ruinasproject Software Revit - AutoCAD - Thermolog - Echo - Ecotect - Photoshop
  16. 16. Axonometric section detail 1:20 Structural scheme The project aims to combine technical innovation and compositional research. The construction characteristics of the innovative technologies concern the use of a “light” construction in Xlam and steel, specifically studying the environmental comfort aspects of the interior spaces (visual, thermal and acoustic) and the energy performance for air conditioning, lighting and heating. The project is located in an urban structure now consolidated by the railway and the proximity of the river Stura di Lanzo. The area has a destination for accommodation activities, so the project foresees a hotel establishment. The compositional process of the project is based on the reasoning of different compositional problems solved through the use of historical architecture . The compositional experiment concerns the exercise of repetition and the production of difference in relation to given historic architectures; The typological problem will concern the transformation of a plan of a given building in order to use it in the design of the plan of a building or part of a building 17 2019 | Atelier - PoliTO, Turin | R Ruin as project uin as project
  17. 17. PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION -Roman Theatre of Aosta 25 a.C. Facade and floor studies North South 0 1 5m 2K) 0.14 W/(m2K) ie : 0.012 W/(m 1- 2- 3- 4- 5- 6- Pannello di cartongesso Rookwool acoustic 225 Pannello X-Lam Rookwool Frontrock Intonaco in calce Trasmittanza termica U : Trasmittanza termica periodica Y Sfasamento φ : 12,87 h Chiusura Orizzontale 1- Pannello di cartongesso 2- Barriera al vapore 3- Rookwool acoustic 225 4- Pannello X-Lam 5- Rookwool hardrock max 6- Guaina impermeabilizzante traspirante 7- Soletta in cls 8- Guaina impermeabilizzante traspirante 9- Ghiaia Trasmittanza termica U : 0.14 W/(m2K) Trasmittanza termica periodica Yie : 0.005 W/(m2K) Sfasamento φ : 16,64 h Isolamento acustico : 50 dB Isolamento acustico : 52 dB N 45° 90° 135° 180° 225° 270° 315° 10° 20° 30° 40° 50° 60° 70° 80° 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1st Jan 1st Feb 1st Mar 1st Apr 1st May 1st Jun 1st Jul 1st Aug 1st Sep 1st Oct 1st Nov 1st Dec N 45° 90° 135° 180° 225° 270° 315° 10° 20° 30° 40° 50° 60° 70° 80° 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1st Jan 1st Feb 1st Mar 1st Apr 1st May 1st Jun 1st Jul 1st Aug 1st Sep 1st Oct 1st Nov 1st Dec N 45° 90° 135° 180° 225° 270° 315° 10° 20° 30° 40° 50° 60° 70° 80° 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1st Jan 1st Feb 1st Mar 1st Apr 1st May 1st Jun 1st Jul 1st Aug 1st Sep 1st Oct 1st Nov 1st Dec DA DAcon sDA LENIman LENIsen = 54,7 = 74,9 = 91,1 = 25,04 = 11,29 DA DAcon sDA LENIman LENIsen = 54,7 = 74,9 = 91,1 = 25,04 = 11,29 DA DAcon sDA LENIman LENIsen = 24,2 = 73,8 = 66,1 = 25,01 = 11,54 Sg = 5 m² τg = 0,75 Stot = 54.56 m² ȥ= 0,3 FLDm = • 0,3 • 0,48 = 0,032 3% 54.56 5 • 0,75 54.56 (1- 0,97) ȡm = 0,97 Valore indicativo del coefficiente di trasmissione per incidenza normale nel visibile di doppio vetro a lastre float chiare Valori indicativi dei coefficienti di riflessione r, per differenti colori delle superfici. r pareti bianche = 0,8 r pavimento colore chiaro = 0,8 ȡm = (14.06 • 0.6) + (49.56 •0.8) = 0.97 Calcolo fattore di riduzione del fattore finestra attraverso il grafico L = 2 = 1.33 H = 2 = 1,33 P 1,5 P 1,5 Fattore finestra considerando senza ostruzioni esterne e con finestra verticale, si intercetta meta volta celese İ = 0,48 E I Camera tipo SUD Camera tipo OVEST Camera tipo EST 0 5 25m PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION -House of the Faun III sec a.C. Sample floor Sample floor Windows lighting simulations
  18. 18. 2019 | Competition - Reuse Italy, Italy | The new Urbantank The new Urbantank 2019 Reuse Italy _ Italy Equipe: Palmisani Gabriele Scirè Davide Torresi Luca The new The new Urbantank Urbantank 19 Software AutoCAD - Rhino - Photoshop - Illustrator
  19. 19. scenical views important historical remains throughout the area lack of equipped places poor common services // not only a new cultural centre 200 400 600 800 1000 1200 1400 40 40 30 20 10 10 20 10 40 30 20 10 20 20 20 10
  20. 20. The Piscina Mirabilis, a grand Roman reservoir constructed by Emperor Augustus during the 1st century AD to provide drinking water to his war fleet stationed in the western Mediterranean, has been repurposed as a Museum of Contemporary Art. The project builds upon the powerful connection between water and art, bringing the past into the present. The design features a pool perched above the ancient structure, symbolizing the emergence of the new architectural design rising above the past in pursuit of natural light. The only means of accessing the upper level is via a tower offering spectacular views of the site. At the center of the ground floor, the elevator serves as the bridge between the ancient and modern worlds, connecting the past and present like a tree trunk transfers life from its roots to its branches. The ancient columns, reminiscent of a forest, allow sunlight to filter through, creating a natural pathway that guides visitors through the Roman history and into the present. 2019 | Competition - Reuse Italy, Italy | The new Urbantank The new Urbantank 21
  21. 21. +6�� +0 -340 -540 -92� -700 +945 -7�� 3�� holm olive pear-tree myrtle umbrella pine bitter orange myrtle oleander Axonometric structural configuration Section Floor -1 Floor 0 Floor -1 Floor 0 Floor 1 Axonometry Cafè/Restaurant Kitchen Hall/Reception Wc Cloakroom Storage area Conference room Office Square 113 mq 29 mq 124 mq 30 mq 25 mq 13 mq 118 mq 26 mq 541 mq plan 0 Space distribution (dimensions) Bookshop Video art room Wc Laboratory 145 mq 65 mq 45 mq 86 mq plan -1 Point of view of the exhibition path +6�� +0 -340 -540 -92� -700 +945 -7�� 3�� holm olive pear-tree myrtle umbrella pine bitter orange myrtle oleander Planting of native vegetation Axonometric structural configuration Section Floor -1 Floor 0 Floor -1 Floor 0 Floor 1 Axonometry Cafè/Restaurant Kitchen Hall/Reception Wc Cloakroom Storage area Conference room Office Square 113 mq 29 mq 124 mq 30 mq 25 mq 13 mq 118 mq 26 mq 541 mq plan 0 Space distribution (dimensions) Bookshop Video art room Wc Laboratory 145 mq 65 mq 45 mq 86 mq plan -1 Point of view of the exhibition path SISTEMA DI SOTEGNO E PUNTO DI VISTA DEL PERCORSO ESPOSITIVO Structural scheme Floor +1 Floor -1 / 0
  22. 22. 2020 | Workshop - ENSAL, Lyon | Introspection déformée Introspection déformée 23 2020 Ecole nationale supérieure d’architecture de Lyon | France Prof: H.D. Nadine L.B. Nadine Rouaud Pascal Sagner Özlem Brigitte Equipe: De Sario Gianmichele Force Marie-Sarah Pieri Federica Scirè Davide Introspection déformée Software AutoCAD - Rhino - Photoshop - Illustrator The project, located at the “Place du Change” in Lyon, was created for the Fête Lumiere and is a walkable pavilion designed to highlight the story of the square. During the pandemic, our understanding of reality has changed, a reality seen from the inside. The square and its historical context represent our reality before the pandemic, while the installation is an unexpected element that distorts perception through its material coating. The small openings focus the view on specific parts of the “Maison Thomassin” and the “Temple du Change.”
  23. 23. 4 3 1 1 2 3 4 2 3 4
  24. 24. 2021 | Atelier- ENSAL, Lyon | PéréGr(a)iner PéréGr(a)iner 2021 Ecole nationale supérieure d’architecture de Lyon _ France Prof: Lequay Hervé Limam Ali Monnot Serge Vincent Paul Equipe: Pol-Roger Tanguy Scirè Davide PéréGr(a)iner PéréGr(a)iner 25 Software Rhino/Grasshopper - AutoCAD - Photoshop - Illustrator
  25. 25. Solar surface area: 115m². Solar production: 18 000 kWh/year 249 pores 207 propellers (total production 1 kW/h) Accumulator 100 kWh Drinking water tank: 11,5m3 Rainwater tank: 11,5m3 Bambu structure Weight: 5,7T Hat Module Equipment Base The PéréGr(a)iner project aims to bring students closer to nature by creating spaces for studying and living in non-anthropized areas. Through structural and plant arrangements, the module is designed to be energy self-sufficient, using natural materials and adapting to different climatic and territorial exposures. The module can be reiterated and expanded with different configurations, adapting to the place orography. Through the use of passive thermodynamic mechanisms, the pavilion is able to maintain optimal internal comfort while minimizing the use of energy-consuming thermoregulation systems. The goal of the project is to provide students with the opportunity to have direct contact with environments that have been little affected by human activity and to better understand and protect nature as a solution to sustainable development. Nature is the source of the perpetual solution and we owe it to ourselves to encounter it to better understand and protect it. 2021 | Atelier- ENSAL, Lyon | PéréGr(a)iner PéréGr(a)iner 27
  26. 26. 0 1 5m Adapting to nature to get closer to it Biophilia To find oneself in a less anthropized environment and to recharge one’s batteries Wellness Studying around the theme of nature, bringing together filiars Common core Travel to the heart of the environment that we talk about so much, but that we see so little Educate
  27. 27. 2022 | Volunteer - Torinostratosferica, Italy | Precollinar Park Precollinar Park 29 2022 Torino stratosferica | Italy Precollinar Park Software Rhino - Photoshop - Illustrator The project was initiated by the Turin-based nonprofit association Torino Stratosferica. Their goal is to design urban solutions and placemaking projects in Turin in order to revitalize spaces and enhance the identity of the area. The project specifically focuses on a linear section of a decommissioned tram railway line that connects the hill to the city. Specifically, it is situated on a bridge connecting two major city arteries, and the design proposal aims to turn this location into a gathering place and event space. One of the main objectives of the project is to create a recognizable landmark for the neighborhood and to limit the visibility from the road to prevent distractions
  28. 28. - Combinable - Seating system HIDING HILL HIDING HILL - Boundary view - Shading - Shelf Fissaggio a parapetto esistente B BY YKE REST KE REST Security parking - FLOWER TOTEM FLOWER TOTEM - Shading - Landmark FREE BENCH FREE BENCH - Combinable - Seating system HIDING HILL HIDING HILL - Boundary view - Shading - Shelf Fissaggio a parapetto esistente B BY YKE REST KE REST Security parking -
  29. 29. Professional Professional experience experience Private Works 33 Works fo Isolarchitetti 35 Works for PICCOarchitetti 37 31
  30. 30. Render for a villa in Ragusa, Italy _Built Design project for a single-family apartment Scordia CT, Italy _Built Professional experience | Private works Private works
  31. 31. Design and render for single-family villa Catania, Italy _Unbuilt
  32. 32. Rhino 3D model, 3Ds Max render of a Church project Savonera, Italy Worksfor Worksfor Isolarchitetti Isolarchitetti Services provided _Stage: - 3D artist - Technical drawer - Project assistant 39
  33. 33. Design concept, technical drawing, rhino 3D model ITT Headquarter’s parking Lanzo, Italy MASSICCIATA TERRENO AL NATURALE PARAPETTO h100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO STRADALE 8/8 x h 20 cm PARAPETTO PARAPETTO h100 cm MASSICCIATA h100 cm 100 + 3.60 + 3.60 PARCO DIDATTICO + 0.10 + 0.10 + 0.10 + 0.10 + 2,25 + 2,70 + 1.05 + 2.25 + 2.70 + 3.60 3 3 1 2 1 2 PARAPETTO METALLICO h 100 cm COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell PARAPETTO METALLICO h 100 cm PARAPETTO METALLICO h 100 cm PARAPETTO METALLICO h 100 cm GRIGLIE DI AERAZIONE RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO IN CALCESTRUZZO PREFABBRICATO VIBROCOMPRESSO MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm 1300 560 810 280 250 1171 250 250 1638 250 250 705 250 250 1189 280 220 400 1240 30 30 130 250 184 pendenza ≈ 6,5% pendenza ≈ 8% pendenza ≈ 8% pendenza ≈ 8% PERCORSI PEDONALI PARCO DIDATTICO PIANTA SIEPE E CESPUGLI BASSI DI NUOVA PIANTUMAZIONE MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm SIEPE E CESPUGLI BASSI DI NUOVA PIANTUMAZIONE MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell TERRENO AL NATURALE PER PIANTUMAZIONE RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO 8/8 x h 20 cm PARAPETTO h.100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell 100 +3.60 + 3.60 PARCO DIDATTICO + 3.60 PARAPETTO h 100 cm MASSICCIATA h 100 cm MASSICCIATA h 100 cm +2.25 +1.05 + 0.10 + 0.00 + 2.70 + 3.60 + 0.10 + 0.00 +3.60 PARAPETTO h 100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell TERRENO AL NATURALE CORDOLO 8/8 x h 20 cm PARAPETTO h 100 cm GRIGLIE DI AERAZIONE MASSICCIATA h 100 cm MASSICCIATA h 100 cm + 1.05 + 0.10 + 0.00 + 3.60 + 0.10 LOCALE TECNICO + 3.60 PARCO DIDATTICO + 0.10 SEZIONE 3 +3.60 +0.10 +1.05 +2.25 +3.60 NUOVO PARCO FOTOVOLTAICO PARCHEGGIO E AREE VERDI ITT Italias.r.l. via San Martino | 87 | Barge | Cuneo | t. +39 0175 347111 | f. +39 0175 343418 Progetto Architettonico ISOLARCHITETTI s.r.l. Via Mazzini 33 I 10123 I Torino I t. 011 815 91 59 I f. 011 569 16 54 | studio@isolarchitetti.it I www.isolarchitetti.it prof. arch. Aimaro Oreglia d'Isola, arch. Saverio Oreglia d'Isola, arch. Flavio Bruna, arch. Michele Battaggia, arch. Andrea Bondonio, arch. Stefano Peyretti Progetto Impiantistico Progetto Strutturale M.C.M. INGEGNERIA GRUPPO DIMENSIONE Sede Legale ed Operativa: Vicolo Monti 8 | 10095 | Grugliasco | Torino | t. +39 011 780 54 31 | f. + 39 011 408 09 57 | studio@mcmingegneria.it Azienda con Sistema di Gestione per la Qualità certificato UNI EN ISO 9001:2008 da ICIC. Certificato n. 962 Sede Operativa secondaria: Via Salaria 719/719 A | 00138 | Roma | t. +39 06 660 125 44 | f. +39 06 660 003 83 DATA REV. 01 REV. 02 SCALA NUM. ELABORATO OGGETTO Proprietà ITT Italia s.r.l. via San Martino | 87 | Barge | CN PERMESSO DI COSTRUIRE CONVENZIONATO ai sensi dell'art. 28 bis del D.P.R. 380/2001 05/11/2021 PROGETTO LO ZIGURAT CENTRALE PIANTE E SEZIONI 1: 100 OED PRO 11 MASSICCIATA h100 cm TERRENO AL NATURALE PARAPETTO h100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO STRADALE 8/8 x h 20 cm Pozzetto di aggottamento con pompa di rilancio PARAPETTO h100 cm PARAPETTO h100 cm MASSICCIATA h100 cm 100 100 270 + 1.05 LOCALE TECNICO + 0.10 + 0.00 + 0.10 + 1.05 + 3.60 + 3.60 + 0.10 + 0.00 SEZIONE 1 PARCO DIDATTICO + 2.25 + 0.10 + 0.10 + 0.10 + 0.10 + 2,25 + 2,70 + 1.05 + 2.25 + 2.70 + 3.60 3 3 1 2 1 2 PARAPETTO METALLICO h 100 cm COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell PARAPETTO METALLICO h 100 cm PARAPETTO METALLICO h 100 cm PARAPETTO METALLICO h 100 cm GRIGLIE DI AERAZIONE RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO IN CALCESTRUZZO PREFABBRICATO VIBROCOMPRESSO MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm 1300 560 810 280 250 1171 250 250 1638 250 250 705 250 250 1189 280 220 400 1240 30 30 130 250 184 pendenza ≈ 6,5% pendenza ≈ 8% pendenza ≈ 8% pendenza ≈ 8% PERCORSI PEDONALI PARCO DIDATTICO PIANTA SIEPE E CESPUGLI BASSI DI NUOVA PIANTUMAZIONE MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm SIEPE E CESPUGLI BASSI DI NUOVA PIANTUMAZIONE MASSICCIATA DI CONTENIMENTO DEL TERRENO h 100 cm PARAPETTO PARAPETTO h 100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell PARAPETTO h 100 cm TERRENO AL NATURALE TERRENO AL NATURALE 100 + 3.60 COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell TERRENO AL NATURALE PER PIANTUMAZIONE RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO 8/8 x h 20 cm PARAPETTO h.100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell MASSICCIATA h100 cm 270 100 100 +3.60 + 0.10 + 0.10 SEZIONE 2 + 2.70 + 3.60 LOCALE TECNICO PARCO DIDATTICO + 0.10 + 3.60 +3.60 +3.60 PARAPETTO h 100 cm MASSICCIATA h 100 cm MASSICCIATA h 100 cm +2.25 +1.05 + 0.10 + 0.00 + 2.70 + 3.60 + 0.10 + 0.00 +3.60 PARAPETTO h 100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell TERRENO AL NATURALE CORDOLO 8/8 x h 20 cm PARAPETTO h 100 cm GRIGLIE DI AERAZIONE MASSICCIATA h 100 cm MASSICCIATA h 100 cm + 1.05 + 0.10 + 0.00 + 3.60 + 0.10 LOCALE TECNICO + 3.60 PARCO DIDATTICO + 0.10 SEZIONE 3 +3.60 +0.10 +1.05 +2.25 +3.60 VO PARCO FOTOVOLTAICO RCHEGGIO E AREE VERDI ITT Italias.r.l. artino | 87 | Barge | Cuneo | t. +39 0175 347111 | f. +39 0175 343418 TTI s.r.l. 10123 I Torino I t. 011 815 91 59 I f. 011 569 16 54 | studio@isolarchitetti.it I www.isolarchitetti.it o Oreglia d'Isola, arch. Saverio Oreglia d'Isola, arch. Flavio Bruna, ttaggia, arch. Andrea Bondonio, arch. Stefano Peyretti NERIA GRUPPO DIMENSIONE Operativa: Vicolo Monti 8 | 10095 | Grugliasco | Torino | t. +39 011 780 54 31 | f. + 39 011 408 09 57 | egneria.it ema di Gestione per la Qualità certificato UNI EN ISO 9001:2008 da ICIC. Certificato n. 962 secondaria: Via Salaria 719/719 A | 00138 | Roma | t. +39 06 660 125 44 | f. +39 06 660 003 83 REV. 02 SCALA NUM. ELABORATO 87 | Barge | CN DI COSTRUIRE CONVENZIONATO nsi dell'art. 28 bis del D.P.R. 380/2001 LE 1: 100 OED PRO 11 CORSIA PEDONALE CORSIA STRADALE 500 STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO CORSIA STRADALE CORSIA STRADALE PEDONALE 500 500 600 600 500 500 600 150 150 S B S C 500 S A S A S A S A S B S B S B 272 215 272 241 239 S C CONFINE AMBITO DI INTERVENTO CONFINE AMBITO DI INTERVENTO SEZIONE 2 + 0.10 ± 0.00 CORSIA ± 0.00 CORSIA ± 0.10 PEDONALE ± 0.00 CORSIA + 0.02 PARCHEGGIO + 0.10 ± 0.00 CORSIA + 0.02 PARCHEGGIO + 0.02 PARCHEGGIO + 0.10 + 1.05 + 0.00 + 3.60 + 0.10 LOCALE TECNICO + 3.60 CORDOLO PREFABBRICATO DI CEMENTO CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA PANNELLO FOTOVOLTAICO STALLO PARCHEGGIO ELEMENTI ALVEOLARE IN POLIETILENE CON RIEMPIMENTO IN GHIAIA CORSIA STRADALE CON ASFALTO PARAPETTO h 100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell TERRENO AL NATURALE CORDOLO 8/8 x h 20 cm PARAPETTO h 100 cm GRIGLIE DI AERAZIONE MASSICCIATA h 100 cm MASSICCIATA h 100 cm PARCO DIDATTICO CHIUSINO IN GHISA MAX LIVELLO INVASO VASCHE RI RACCOLTA ACQUE METEORICHE VASCHE RI RACCOLTA ACQUE METEORICHE 270 235 CORSIA STRADALE CORSIA STRADALE 2275 S B 241 272 272 241 PEDONALE S C 170 272 241 S B CONFINE AMBITO DI INTERVENTO SEZIONE 3 100 100 270 PARCO DIDATTICO ± 0.00 CORSIA ± 0.00 CORSIA ± 0.00 CORSIA ± 0.00 CORSIA + 0.10 + 1.05 LOCALE TECNICO + 0.10 + 0.00 + 0.10 + 1.05 + 3.60 + 3.60 + 0.10 + 0.00 + 2.25 TERRENO AL NATURALE CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA CORDOLO PREFABBRICATO DI CEMENTO PANNELLO FOTOVOLTAICO CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA PANNELLO FOTOVOLTAICO CORSIA STRADALE CON ASFALTO MASSICCIATA h100 cm TERRENO AL NATURALE PARAPETTO h100 cm RAMPA PEDONALE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell COPERTURA CALPESTABILE CON PAVIMENTAZIONE ARCHITETTONICA CON EFFETTO GHIAIA A VISTA tipo Levocell CORDOLO STRADALE 8/8 x h 20 cm Pozzetto di aggottamento con pompa di rilancio PARAPETTO h100 cm PARAPETTO h100 cm MASSICCIATA h100 cm S C STALLO PARCHEGGIO CORSIA PEDONALE 500 500 500 600 600 500 500 500 600 150 150 150 150 600 600 500 500 CORSIA PEDONALE CORSIA STRADALE STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO STALLO PARCHEGGIO CORSIA STRADALE CORSIA STRADALE CORSIA PEDONALE CORSIA STRADALE 272 272 215 241 239 STALLO PARCHEGGIO CORSIA STRADALE 272 241 239 215 S B S C S A S A S A S A S C S B S B S B S C PEDONALE STALLO PARCHEGGIO CONFINE AMBITO DI INTERVENTO CONFINE AMBITO DI INTERVENTO SEZIONE 1 + 0.10 ± 0.10 PEDONALE ± 0.00 CORSIA ± 0.00 CORSIA ± 0.00 CORSIA + 0.02 PARCHEGGIO + 0.10 ± 0.00 CORSIA + 0.02 PARCHEGGIO + 0.02 PARCHEGGIO ± 0.00 CORSIA + 0.10 + 0.02 PARCHEGGIO CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA CORDOLO PREFABBRICATO DI CEMENTO PILASTRO IN CARPENTERIA METALLICA STALLO PARCHEGGIO ELEMENTI ALVEOLARE IN POLIETILENE CON RIEMPIMENTO IN GHIAIA CORSIA STRADALE CON ASFALTO CORDOLO PREFABBRICATO DI CEMENTO CORDOLO PREFABBRICATO DI CEMENTO e alle PRO 05 ATO olarchitetti.it mingegneria.it | mingegneria.it |
  34. 34. Worksfor Worksfor PICCOarchitetti PICCOarchitetti 35 Services provided _Freelance collaborator: - Graphic designer - Social media manger - Comunication manager _Full time job: - Project Assistant - Technical drawer - Comunication manager
  35. 35. Concept diagrams, project assistant _Reale Mutua Recreation Center_Built Turin, Italy Concept diagrams, project assistant _Residential project_Built Torino, Italy Concept diagrams, project assistant _Elderly care home project_Built Torino, Italy Concept diagrams, project assistant _Camplus university residence project_Built Turin, Italy Works for PICCOarchitetti Works for PICCOarchitetti | Professional experience
  36. 36. 37 Professional experience | Works for PICCOarchitetti Works for PICCOarchitetti Project design assistant, technical drawing Curtain bridge mitigation_In progress Sezzadio, Italy T.Stanavazzo Soletta flottante PILA 2 PILA 1 SPALLA 1 SPALLA 2 Magrone sp.=15 cm Soletta flottante Magrone sp.=15 cm Magrone sp.=15 cm Magrone sp.=15 cm T.Stanavazzo Direzione GAMALERO Direzione PREDOSA Soletta flottante SPALLA 1 SPALLA 2 Magrone sp.=15 cm Soletta flottante Magrone sp.=15 cm Magrone sp.=15 cm Magrone sp.=15 cm T.Stanavazzo Direzione GAMALERO Direzione PREDOSA E E Soletta flottante E1 E1 SPALLA 1 SPALLA 2 T200 = 120.57 E2 Magrone sp.=15 cm E E Soletta flottante E1 E1 Magrone sp.=15 cm E2 E3 E3 Magrone sp.=15 cm A A C C D D Magrone sp.=15 cm B B A A T.Stanavazzo Direzione GAMALERO Direzione PREDOSA E E Soletta flottante E1 E1 PILA 2 PILA 1 SPALLA 1 SPALLA 2 T200 = 120.57 E2 Magrone sp.=15 cm E E Soletta flottante E1 E1 Magrone sp.=15 cm E2 E3 E3 Magrone sp.=15 cm A A C C D D Magrone sp.=15 cm B B A A 1 2 3 4
  37. 37. + 15.98 m 12 24 24 24 24 24 2 1 3 4 5 6 15.98 +0.00 m +14.88 m -0.60 m -0.70 m + 15.98 m -0.70 m 10 18 18 18 18 D C B A E F 83 PROGETTO PER LA REALIZZAZIONE DI UNA STRUTTURA LOGISTICA PROPOSTA DI VARIANTE AL PRG AI SENSI DEL COMMA 4 ART. 17 BIS LEGGE REGIONALE 56/1977 E DELL'ART. 8 COMMA 1 DEL DPR 160/2010 CON ISTANZA DI PERMESSO DI COSTRUIRE 192.168.1.199datiUtentedwg-03VolpianoCORSALIS01a_STUDI PRELIMINARILOGISTICAlogo_corsalis.png PROPONENTE Corso Duca degli Abruzzi, 3 10128 Torino - Italia p.IVA 12528740017 www.corsalis.it PROGETTISTA Via Lamarmora, 12 -10128 Torino Tel. 011.5617066 progetti@piccoarchitetti.it www.piccoarchitetti.it URBANISTICA, ARCHITETTURA E COORDINAMENTO: Arch. Cristiano Picco coll. Arch. Antonio Fatibene coll. Arch. Carlotta Semeraro Corsalis Italia s.r.l. OGGETTO CODICE TAVOLA B O Z Z A CONSULENTI TRAFFICO Irteco Ing. Giorgio Oliveri ACUSTICA Ing. Cristina Marocco ENERGIA E IMPIANTI Ing. Giorgio Colletti VERDE Dott. Stefano Fioravanzo AMBIENTE Studio Genovese associati Dott. Pietro Campantico CONSULENTE PROCEDURA AMBIENTALE Arch. Elisa Zanetta PROSPETTI E SEZIONI Prospetto Sud-Ovest Scala 1:1000 Sezione B-B' Scala 1:1000 LIMITE PROPRIETA' QUOTA PAVIMENTO FINITO LIMITE PROPRIETA' Works for PICCOarchitetti Works for PICCOarchitetti | Professional experience Project collaborator Logistic warehouse_In progress 18.000 mq Volpiano, Italy

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