URBAN DESIGN INNOVATIONARCHITECTURE

CV + PORTFOLIOFABRIZIO LATROFA

A U G M E N T E D A R C H I T E C T U R E F O R A S U S T A I N A B L E U R B A N S Y M B I O S I S

DE SIGN IN NO VAT ION

P ROJ EC T M A N A GE M E N T

U R B A N S US TA IN A BILI T Y

S M A RT L A N DS C A P E

C A D - C A M - BIM ( 2 D -3 D )

E N E RGY A N D LIGH T ING

C U R R I C U L U M V I T Æ

E D U C A T I O N A N D T R A I N I N G

F A B R I Z I O L A T R O F A a r c h i t e c t

1 7. 0 5 . 1 9 7 8

c d e S a n p e r e i M i q u e l 1 2 , 2 ° - 2 a - 0 8 0 3 2 B a r c e l o n a

a r t i fi c i l a r g a . o r g

a r c h . f a b r i z i o l a t r o f a @ g m a i l . c o m

( E S ) + 3 4 . 6 5 7. 8 6 . 8 2 . 8 7 ( I T ) + 3 9 . 3 4 7. 3 3 . 5 8 . 6 8 3

2016Hersmus for Young EntrepreneursBusiness models for New EntrepreneursASTER (Italy)

CREative Social CO-workingTraining course & Workshops for Start-up and New BusinessesASTER (Italy)

2015Internet of Everything, Smart City and digital economyCISCO Italia - MyLearnSmart

2014Climate KIC Innovation Festival 2014 Climate KIC - EIT (European Institute of Technology) - Valencia (Spain)The three-day event will bring together Climate-KIC partners, students and entrepreneurs as well as European policy makers and business market leaders. The festival highlights Climate-KIC’s efforts in developing and commercialising innovative climate change products and services.

Transition thinking and system innovation for Climate Change Climate KIC - EIT (European Institute of Technology) - Bologna (Italy)Rethinking the challenge of climate change: the need for system innovation, the Transition theory & ‘transition tools’.

2013Advanced expert in Smart - Resilient City and Climate Change Consorzio Spinner, Bologna (Italy) Adapting to climate change plan and actions, resilient cities planning, waste management, problem solving session.

Expert in Smart City and Climate Change Consorzio Spinner, Bologna (Italy) Smart City and local energetic policy, Blue Building System Concept, Open-governement and wiki-city, customer 3.0, digital citizens and partecipatory process, problem solving.

Maker spaces, Fab Labs, digital fabrication for rapid prototypingTraining course & Workshops @Fab Lab Bologna

2008Master II level, in Sustainable Architecture Alma Mater Studiorum, Bologna (Italy) Urban planning and sustainability, Construction eco-sustainable materials, Environmental control techniques, Engineering and physics for environment, Project Laboratory.

2007Degree in Architecture Politecnico di Bari, Bari (Italy) Urban planning, Architectural design, History of Architecture, Urban sociology and Marketing.

P E R S O N A L S K I L L S

Mother tongue(s) Italian Other language(s) English C2 Spanish C2

Computer and other skillsVery good command of Office suite, AutoCAD, ArchiCAD, Adobe Photoshop, Adobe Illustrator, Adobe Indesign, Rhinoceros 3D, Grasshopper, SketchUp, 3DStudioMax, Cinema4D, Ecotect, Daysim, Dialux, Relux, Archis32, and others software BIM.

Good command of printing machines, plotters, scanners, 3d printers, laser cutter and CNC machines for rapid prototyping.

Communication skillsGood communication skills gained during my educational and professional experience. Very good skills in brainstorming and collaborative framework.

Organisational / managerial skillsGood organizational skills gained as project manager in teamwork.

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W O R K E X P E R I E N C E

25 April 2016-PresentProject manager at 1000001 Labs proposal and coordination of CAPS projects (Collective Awareness Platforms for Sustainability and Social Innovation)

15 April 2016-PresentNew Entrepreneur European Commission Program Erasmus for young entrepreneursBarcelona (Spain)

01 November 2015-PresentArchitect and project managerOwner, Bologna (Italy)House in Karlstad - Refurbishment and bioclimatic innovation of a private house in Karlstad - Sweden

01 September 2015- 30 October 2015Architect and project managerOwner, Bologna (Italy)Augmented Library - Refurbishment and technological innovation of the library of the School L. C. Farini - Bologna

13 November 2014-Present Architect and project managerArtifici Largà, Ravenna (Italy) In partnership with UPV (University Polytechnic of Valencia - ES), University of Exeter (UK), Polytechnic of Turin (IT), National Research Council of Bologna (IT), Living Lab Agueda (c/o Municipality of Agueda - PT), Municipality of Ravenna (IT), Bipolaire Arquitectos (ES), private ICT and CCI industries.Concept and design of a Collaborative Awareness Platform: an integrated participatory platform (ICT) for the social innovation of resilient cities. The aim of the project is to improve the community engagement through a collaborative (co-design) approach.

13 May 2014–13 November 2014Architect and project managerClimate-KIC partner of EIT (European Institute of Innovation Technology)-c/o Bipolaire Arquitectos (Valencia - Spain)Development of iSA_Campanar project: an integrated environmental analysis of the urban area of Campanar (a neighbourhood of Valencia) in critical climatic condition.

-c/o Municipality of Ravenna (Italy) Concept and curation of the project Urban Heat Islands in Ravenna - a proposal for a parametric method of analysis focused on the climate change related to the issue of the Urban Heat Islands (UHI), aiming at proposing an innovative method of analysis of the relationship between the urban shape/density/orientation and the urban climate.

15 March 2012–PresentArchitect and project managerArtifici Largà, Ravenna (Italy) Concept and design of Ravenna Common Ground, an innovative crowd mapping project for Ravenna 2019 Candidate city as European Capital of Culture.

01 June 2013–Present Project managerFab Lab Bologna - Make in BO, Bologna (Italy) Concept, management and activation of 'FAB LAB BOLOGNA' project, winner of Incredibol 2013 (Creative Innovation for Emilia Romagna Region contest). The project consist in the realization of a fabrication laboratory in Bologna (Italy).

01 June 2012–PresentArchitectOwner, Bologna (Italy) Energy Building Diagnosis for several private clients.

31 January 2014–18 March 2014Higher education teaching professionalLicei Malpighi, Bologna (Italy) 'Makers@School' project: Digital design and 3D modelling course.

11 January 2013–05 March 2014ArchitectOwner, Bologna (Italy) '70MQ' Building renovation of a historical flat in Bologna.

01 January 2013–30 June 2013ArchitectS.t.a.g.i. srl, Bologna (Italy) I DUE PINI Agriturismo - Architectural project and energy building diagnosis of an agritourism in a rural area inPiano delle Rose - Vallata - (AV).

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W O R K E X P E R I E N C E

01 July 2012–30 October 2012Architect and project managerArtifici Largà, Bologna (Italy) Concept and design of 'Keep calm and waiting for Ravenna 2019' and 'SmartStop' projects, both selected by 'Back to the new future' contest.The projects focused on urban utilities that empower energy savings devices for smart cities.

01 March 2011–01 October 2012ArchitectOwner at Open Quadra, Bologna (Italy) Architectural design, building energy diagnosis, building and environmental simulation analysis, interior design.

01 August 2012–30 September 2012ArchitectArtifici Largà, Bologna (Italy) Concept and design of Re:Load, an art project for urban recovery in the area damaged by earthquake. The project was presented at Contest Local Fest in Bondeno (FE)

01 July 2011–01 January 2012ArchitectStudio Marzaduri, Bologna (Italy) Architectural design, urban building permits.

01 May 2011–12 December 2011ArchitectStudio Enarco srl, Bologna (Italy) Architectural design, architectural modelling and rendering.

01 May 2010– 01 April 2011ArchitectElena Busato architecture, Venice (Italy) Executive design of the energy strategy for a plot of residential buildings.

01 January 2010–01 April 2010ArchitectOwner, Bologna (Italy) Architectural design and building renovation for a B&B in Bologna

01 January 2009–01 December 2009ArchitectStudio Arch. Balli, Bologna (Italy) Architectural design, building permits.

02 May 2008–30 September 2008ArchitectStudio Ricerca&Progetto, Bologna (Italy) Building energy diagnosis, building and environmental simulation analysis.

01 July 2008–31 August 2008ArchitectCountryLab, Brandizzo (TO) (Italy) Interior design.

01 August 2007–10 January 2008ArchitectOwner, Bari (Italy) Architectural design.

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N E T W O R K

C L I E N T S & P A R T N E R S

Augmented Architecture has given me a chance to live and work globally.

I’ve a wide range of connections worldwide from Europe, North and South America, Asia and Australia.

EuropeAmsterdam; Barcelona; Bologna; Brussels; Copenaghen; Exeter; Lisbon; Madrid; Montpelier; Munich; Nantes; Rome; Valencia

North and South AmericaBuenos Aires; Caraubas; Los angeles; Montreal

Asia and AustraliaBeijing; Kobe; Sydney

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W O R K S S E L E C T E D W O R K S ( 2 0 1 2 - 2 0 1 6 )

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Resilient Common Ground (Italy-Spain-EU)70mq (Bologna)Café cultural (Sevilla)O-Zone (Turin)R-Urban (Perugia)ECO-tone (Milan)Fab Lab (Bologna)E-VASO (Bologna)BIO.RITMI (Lecce)PiP (Valencia)

B I O . R I T M IS U S T A I N A B L E H A B I T A T

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BIO.RITMI is a masterplan of a mixed-use (residencial/cultural) urban area.The cosy town of Tricase (lecce, Italy) covers a large territory bounded by the Serra del Mirto up to 110 meters above the sea level. Tricase is one of the towns of the so-called region of the greenhouses that thanks to the beneficial proximity of the sea, is characterized by a mild, temperate climate, typical of the Mediterranean area. The design approach develops a masterplan focused on bioclimatic solutions to exploit the climatic potential of the area. The site analysis and the accurate study of the environmental factors, allows a calibrated settlement solution, to guarantee and maximize the natural light and ventilation ammount in the buildings.

The compositive and distributive solution is inspired by local references (types, materials) and bioclimatic setting, to improve the energy efficiency and comfort. The relation-ship between interior and exterior spaces configures a patio type, matched to a passer-by-type with a back garden between contiguous houses. The articulation of the typo-logical solutions (inspired by the traditional Mediterranean housing) generates a Bio.rhythm of open/closed spaces and a compact settlement system that ensures energy efficiency and low-tech bioclimatic performances.

The building typologies are designed to ensure the maximum environmental comfort and spaces quality:• reference to the traditional local architecture;• bioclimatic setting related to the area;• flexibilty and variety of indoor and outoor spaces;• use of typical native vegetal species for the landscape design.

ABITARE COSTRUIRE | TRICASE | BIO.RITMI 753

med

iatec

a

CC

AA

A1A1

B1B1

BB

CAMERA

CAMERA

BAGNO

BAGNO

CAMERA

RIP.

CAMERA

CAMERA

BAGNO

CAMERA

CAMERA

CAMERA

BAGNO

BAGNO

CAMERA

CAMERA

RIP.

CAMERA

BAGNO

CAMERA

BAGNO

CAMERA

CAMERA

sezione AA

sezione B1-B1

sezione A1-A1

sezione B-B

sezione longitudinale c-c

pianta mediateca scala 1:200

BIO.

RITM

I

anti

bagno

magazzinovano tecnicobagni

spazio ascolto

area consultazione

spazio cinema

front office

bagni

pianta piano terra scala 1:200

tipologia A

tipologia A

tipologia A

tipologia A

tipologia B1

tipologia A1con ampliamento

con ampliamento

tipologia B

pianta piano primo scala 1:200

2

O Z o n eS U S T A I N A B L E I N D U S T R I A L S Y M B I O S I S

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Oz-one is an architectural and energy retrofit intervention aiming a site-specific industrial symbiosis for a fish farm focused on tropical species, located in the industrial area of Settimo Torinese (Turin). The breeding activity requires a high consumption of resources (water and electricity) and the work space structure (a shed constructed of precast concrete slabs) is unfit for this highly energy-intensive framework.The first step of the project concerns a detailed energy audit to identify the critical phases of the work-pro-cess:1. The electric energy consumption quote is related to heat the water;2. The water used for breeding is contaminated by antibiotics and is disposed as industrial waste.

- Last but not least, the acquisition of financial resources and volumetric incentives to achieving energy efficiency in building construction, provided by the public authori-ties.The design concept aims to re-naturalize this piece of industrial area in the northwest of Italy, evoking a mud and crystal grotesque, using a circular process approach for the symbiotic use of resources and processing waste, according to a closed input-output diagram.

- Bio-climatic greenhouse (clay, straw and glass) -> for heat gaining and workspace optimization; - Stabilized (straw) clay insulation (internal and external) -> to optimize the heat exchange and for the psychomet-ric control of the indoor comfort;- Use of renewable resources (photovoltaic and solar ther-mal panels, wind turbine) -> decrease the consumption of fossil energy sources;- Re-use of water for green-rooftop irrigation -> to decrease the consumption of water and industrial waste production;- Use of natural materials (clay, straw and wood) in the design approach -> best comfort and lower indoor pollu-tion (volatile organic component).

- The second step is the bio-climatic anal-ysis of the building, to identify the features related to the use of available site-specific resources (sun irradiation, natural ventilation and lighting) and to face the critical points concerning the human comfort and energy performance of the structure:3.The building envelope system is inef-fective to provide the isolation and to control the heat exchange;4.The indoor habitat is heavily uncom-fortable, due to a high humidity caused by the water heating.

INPUT OUTPUT

WATER

ENERGY

HOT WATER

HEAT PUMP

DASHBOARD

CONTAMINATED WATER

GREEN ROOFTOP

R - U R B A NS U S T A I N A B L E S O C I A L H O U S I N G

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R-Urban is a project facing the challenge of a sustainable social housing.The aim of the project concerns the design of a residential area with a low environmental footprint. The project concept is oriented to a tangible approach, to assure the feasibility of the proposal.The bioclimatic approach is setted on the three scopes related to sustainability: social - environmental - economic

The architecture topic is conformed to fit several issues:#living spaces#cohesion to the context#engineering solutions for energy saving (solar shields, water reuse, pv and st panels)#integration of green pedestrian and cycle routes #integration of technologies related to the use of renewable resources#comfort

R E S I L I E N T C O M M O N G R O U N DA U G M E N T E D U R B A N M A N A G E M E N T

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RESILIENT COMMON GROUND is a pilot project testing the engagement of local communities of Users in Ravenna (IT), Valencia (ES) and Agueda (PT), for the realization of an integrated platform for networks and citizens, aiming to a participatory management of the territory according to the paradigm of Collaborative Commons.

The RCG platform is co-designed by citizens - P.A. - civic-hackers - makers - universities and creative cultural enterprises through an inclusive bottom-up participatory process.Resilient Common Ground is an innovative instrument which integrates in a single platform citizens’ networks for the participation and inclusion + civic hackers for the bottom-up promotion of digital services + makers for the co-design (open hardware) of the digital sensors of the new urban landscape + creative and ICT enterprises for a sustainable circular economy.

CITIZENS

PA

digital platform

data analytics

semantic web

dissemination

inclusion

involvement

open hardware

IoT

sensors

open source

open data

smart community

facilities

engagement

hackaton

participation

research

scientific support

artistic approach

cultural network

innovation

smart government

e-democracy

open government

CCI

ICT

UNIVERSITY

SOCIAL ENTREPRENEURS

MAKERS

CIVIC HACKERS

COMMUNITIES

FRAGMENTS

COLLECTING DATA

BUT...WHICH DATA?

ICT PLATFORM

COMMUNITIES ENGAGEMENTANALYSIS

THE MAPKIT

FOLDING

CARTOGRAFY

DECONSTRUCION

RE-ASSEMBLING (UNFOLDING)

“from spaces to Places”

“the placemaking”

a maquette on which there will be displayed the data collected on the KitMap, by the On-Line Platform and by the Sensors; that will be the user-friendly interface of the CityDashboard

the MaPKit will provide the whole picture of the process. A physical interface interconnected with the ICT Platform.

the t00Lkit provides data input also for the on-line platform, thanks to the RFID technology.

mOOvingLab

mOOvingLab

tOOLkit

tOOLkit

SENSORING

a movable and light installation that will be the urban laboratory in which there will be realized the participatory process (WP1)

“dissecting the whale”

“the structural point of view”

SUSTAINABILITY

COMMUNITY

RESILIENCE

SOCIALENVIRONMENTAL POLITICAL

CULTUREHERITAGE TURISM

WP1PARTICIPATORY

MODEL

WP3ICT PLATFORM

SENSORING

WP2PHYSICAL DEVICES

ICT

ICT

SUSTAINABILITY ENVIRONMENTAL SOCIAL POLITICAL

COMMUNITY HERITAGE CULTURE TOURISMLAYER

MAPPING

HERITAGE

CULTURE

TOURISM

MAQUETTE3.0

POLITICAL SUSTAINABILITY

SOCIAL SUSTAINABILITY

ENVIRONMENTAL SUSTAINABILITY

LIVING LAB - CITY DASHBOARDCommunityMapa installation that will create by the citizens to draw the synthetic self-portrait of the community, according to the parish maps conceptzz

on the single urban area there will be placed the m00vingLab. Inside there will be developed the colecting process using the tollkit of the KitMap.

the dashboard that provides the prototype of a control panel for the municipalities

URBAN SENSORS

HeritageCultureTourism

Environmental sustainabilitySocial sustainabilityPolitical sustainability

ICT PLATFORM URBAN SENSORS

KITMAP

MAQUETTE 3.0

LIVING LAB - CITY DASHBOARD

By realizing a Community Map 3.0 – interconnected, interactive and interoperable – we create a collaborative awareness platform for the data-driven management of the urban area in order to manage the territory such as a participatory smart city.RCG is an interoperable collective Map - a portrait of the city built on a double integrated Support:- Physical Map: an interactive maquette(co-design)- Digital Map: an ICT opensource platform (crowdmapping)

RESILIENT COMMON GROUND RCG

COMMUNITY MAP 3.0

COMMON LAB

TILES

LIGHT SENSOR

HUMIDITY SENSOR

MOTORS

ELECTRONIC COMPONENTS

PROJECT TEAM: VIOLA CAVALCAANDREA SARTORISTEFANO LASCIALFARIGABRIELE CARLONIARTURO FARLOFIFABRIZIO LATROFA

SUPPORT BY: MAKEINBO FABLAB BOLOGNAFABLAB REGGIOEMILIA

F A B L A B B O L O G N AU R B A N M A K E R S P A C E

S Y M B I O T I C R O B O T - P L A N T B I O - H Y B R I D

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FAB LAB BOLOGNA is a makerspace created in Bologna (ITALY).

Fab Lab Bologna is a creative space for budding product designers and entrepreneurs to test out their ideas and bring them to life.The open access Lab offers the latest in digital fabrication equipment along with a friendly atmosphere where everyone can build, code, solder, design and engineer pretty much anything they can think of.The Lab is equipped with a range of fabrication tools including laser cutters, 3D printers, traditional hand tools (saws, drills, hammers, chisels etc) and CNC machines.

TThe Lab will provide three core services 1. Shared workspace for schools, colleges & individuals to work and develop ideas 2. Skills development and technology education through events & workshops 3. A business accelerator, translating innovative concepts into businesses

The mission as a Fab Lab is to provide access to the tools, the knowledge and the financial means to educate, innovate and invent using technology and digital fabrication to allow anyone to make (almost) anything, and thereby creating opportunities to improve the urban life. Community organizations, educational institutions and non-profit concerns are the primary beneficiaries.

FAB LAB BOLOGNA is a project co-designed by Fabrizio Latrofa in collaboration with Ass.ne MakeinBo - 1st prize of Incredibol2013 Regional call for creative innovation

See more at: http://fablabbologna.org/

E-VasO is a robotic vase provided with legs and sensors, able to move in the environment and transport the hosted plant , to search for the best light and humidity conditions. e-vaso is able to move thanks to 18 small motors pow-ered by rechargeable LiPo 11.1 Volt. It can carry a maximum weight of 2 Kg. the robot intelligence is implemented through Arduino microcontroller, which allows autonomous motion control. A system of sensors capable of probing the 'moisture and light, provides the data to an algorithm able to calculate the displacements to find the best climatic condition. The robot can be controlled radio with Bluetooth technology, from computers, smart phone or Android tablet. see more at http://www.fablabbologna.org/attivita/e-vaso/

E - V A S O

S E V I L L A C A F É C U L T U R A LC U L T U R A L C E N T E R

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International competitionLOCATION: Sevilla (Es)Best energetic approach

7 0 M QH I S T O R I C H O U S E R E N O V A T I O N

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Building renovation of an apartment with historical interest in via Guidotti - Bologna.

O U T D O O R S M O K I N G A R E AS T A N D D E S I G N

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Philip Morris convention

C O L O M B O D E S I G ND O O R H A N D L E S S

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Design competition

G R A P H I C D E S I G N

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L O G O T I P O S

A U G M E N T E D A R C H I T E C T U R E F O R A S U S T A I N A B L E U R B A N S Y M B I O S I S

F A B R I Z I O L A T R O F A a r c h i t e c t

c d e S a n p e r e i M i q u e l 1 2 , 2 ° - 2 a - 0 8 0 3 2 B a r c e l o n a

a r t i fi c i l a r g a . o r g

a r c h . f a b r i z i o l a t r o f a @ g m a i l . c o m

( E S ) + 3 4 . 6 5 7. 8 6 . 8 2 . 8 7 ( I T ) + 3 9 . 3 4 7. 3 3 . 5 8 . 6 8 3