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ARCHITECTURE PORTFOLIOLUCA PERUSELLI
ARCHITECTURE PORTFOLIOLUCA PERUSELLI
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EDUCATION
PERSONAL DATA PERSONAL SKILLS
Politecnico di TorinoFebruary 2015, license to practice as Architect
Politecnico di Torino, School of Architecture 110L / 110February 2014, Master DegreeThesis topic: Architecture at Zero 2013, Site Zero Energy Building2012-2014
Politecnico di Torino, Politecnico di Milano, Alta Scuola PolitecnicaDecember 2013, DiplomaThesis topic: Multi Criteria Decision Analysis Tool for Cultural Heritage Enhancement and Conservation2012-2013
Politecnico di Torino, School of Architecture 110 / 110Decembre 2012, DegreeThesis topic: Urban Farming in Torino2010-2012
Team working
Italian languageNative language
English languageProficient user - C1 level
Luca Peruselli
[email protected]+39 34073873012, Strada cimitero di Vaglio, 13900 Biella, ItalyDate of birth: 13-01-1989
EDUCATION
PERSONAL DATA PERSONAL SKILLSLuca Peruselli
[email protected]+39 34073873012, Strada cimitero di Vaglio, 13900 Biella, ItalyDate of birth: 13-01-1989
2
Architectural and urban design
Survey and restauration
Multi criteria decision analysis
Energetic analysisUNI TS 11300 calculation (Edilclima, thermolog), sunshading and other climate based analysis (Ecotect), lighting analysis (Dialux, Radiance)
Technical drawingComputer aided drafting (autocad), drawing editing (Illustrator)
Photo and video 3D renderingRealistic render (Vray), video rendering and editing, photo editing (Photoshop)
EXPERIENCES
PROFESSIONAL SKILLS
2
EXPERIENCES
PROFESSIONAL SKILLS
Freelance Architect, international contestNovember 2015 January 2016
Banca Sella S.p.A. web design and multimedial products creationApril 2014-November 2015
Agenzia Regionale per la Protezione Ambientale, internership with ARPA energy Manager. Editing of energetic analysis of ARPA buildings and evaluation of possible saved energy.March 2013-July 2013
Laboratorio Analisi e Modellazione Sistemi Ambientali, Politecnico di Torino, part time internership. Student assistance, acustic analysis, lighting calcula-tion, architectural survey.October 2013-February 2014
Bamboo structures in Palomino, Colombia. Built project of two bamboo structures designed to sustain urban farming in a kindergarten.March 2013-April 2013
Restauration construction site in Roccasparvera, Cuneo, Italy. Direct application of basic building and restoration technologies, side by side with an expert bricklayerJune 2012
Giovanni Brino Architect. Research activities on urban farming in TurinApril 2012-June 2012
Program International contest SiteRhone-Alpes, FranceSolutionTThe project create a new house in the existing burn and connect the other building adding a connec-tion space. The other building has been designed as
an independent office on the ground floor, and as a tractor store on the first floor. The style chosen is very simple; the main materials are stone (existing) wood and steel, to create the new structures. The core of the house is the kitchen, with a large cooking plane, high ceiling and large windows, to allow day lighting. The kitchen has been designed as a multi-function room, where it is possible to cook, to eat and to talk together around a table. On the room of old
fireplace I have designed a large living room, focused on a giant fireplace. The furniture here is essential and chosen to favourite people talking, not tv watching. Two large bedrooms, with a walk-in wardrobe has been designed on the first floor, acces-sible and liveable by a reduced mobility person. Directly from the kitchen and one bedroom or from the garden using a staircase there is a pool terrace where it is possible to see the sunset.
Plan of the building
Hatch to wine cellar downstairs
Building A Building B
01 Dust free jobs room3 m2
02 Bathroom with bath and shower27 m2
03 Entrance Hall24 m2
04 Walk in wardrobe6 m2
05 Toilet2 m2
06 Laundry room9 m2
07 Cinema room9 m2
08 Music room16 m2
09 Pool technical roomused to filter and warm the
water12 m2
10 Living room30 m2
11 Hallway10 m2
12 Technical room10 m2
13 Indipendent office70 m2
Ground floor
dinign area can host up to 14 people01 Pantry8 m2
02 Bathroom with bath or walk-in shower
27 m2
03 Kitchen / dining room43 m2
04 Outdoor dining area20 m2
05 Garden and DIY room 10 m2
06 Outside poolHeated and protected
from the wind
16 m2 - about 30.000 litres
07 Bedroom25 m2
08 Walk-in wardrobe3,5 m2
09 Walk-in wardrobe3,5 m2
10 Bedroom25 m2
11 Stars observato-ry
with outdoor fire bowl
12 Tractor store60 m2
Hatch to technical room
First floor
The new building
Client needs
"The initial idea is to restore the building before planning laws don't allow it anymore and before the 200 year old roof collapses. The clock's ticking, both challenges
are coming soon. Our core idea is that we want to have a long-term home. Which leads us to define a set of basic requirements. What is more unclear is what extras
we might want to get out of it in a more distant future."
The kitchen
Program International contest SiteTuscany, ItalySolutionThe project is focused on the existing building renovation and the creation of a new space. The client required a very bright living room, with a non
modular kitchen. The new building is henergetic igh performant thanks to wooden sun shadings that limit summer overheating and large openable windows that grant an adequate ventilation. Sun shadings have been designed to limit summer overheating and in the same time to allow sun rays to enter during the winter,. Large transparent surfaces allow to sun rays during to enter during winter time. A thermo fireplace of 23
kW is dedicated to hot air and water production, for the whole building. In the existing building They have been created two large and bright bedrooms and a complete bathroom. The facade is totally renewed and thanks to insultaing panels the dispersions have been drastically reduced. In front of the villa it has been created a large and low upkeep garden, cutting an existing porphiry cobbles road. The cobbles have been reused in an indoor wall.
Plan of the building
01 Pergola34 m2
02 Living room + Kitchen27 m2
03 Small Bathroom2,5 m2
04 West Bedroom20 m2
05 Est bathroom7 m2
06 Est Bedroom15 m2
06 Est Bedroom15 m2
07 Distribution Space13 m2
08 Technical Room3,5 m2
Modern furnitureAll the furniture have been
choosed to create a moder-nand wide space
Transparent roofThanks to sun shadiing
elements it has been possible to design a transparent roof,
that allow to create a very bright space
Sliding windowsAll the large windows are sliding and openable. In this way it is possible to refresh the living room during summer.
The living room
Modular structureThe new building have a metal-lic modular structure that is easy and quick to build.
Schematic section
June 21th
h 12.00 - Sun rays are blocked by solar shadingsReduced solar gain means a limited need of air conditioning
Decembrer 21th
h 12.00 - Sun rays enter in the living roomFree solar gain
Extractor HoodIkea Lackerbit - 399 €
Lights integrated in the hoodTechnical false ceiling
Wood thermo fireplace 23 kWEdilkamin Aquatondo 22 - 2.000 €
Technical roomoutside the building
See detailed plan for more details
Hot water boiler100 - 500 € Electric energy
During summer or if thermo fireplace is switched off
During summer it is possible to open the window and to ventilate the room
Thermic energy
Exhausted air from kitchen
Fresh air
Fresh air
Hot air
Hot air
Hot Water
2x lightsIkea Hektar - 49 €
PergolaShaded in summer and lighted by sun during winter
The new building
The bedroom
Program International contest SiteFremont, California, U.S.A.SolutionThe project creates 4 different zones: 1. along the road there is an adequated space for dwarf trees and a route through aromatic and edible plants
allow to gather the fruits 2. between left and right corner there are living and dining room, with an outdoor kitchen. Both from dining and living room is visible the outdoor fireplace. Near the fireplace there is also a hot tub: in this position it is possible to link the tub with the fireplace, using fire heating to warm the water 3. in the right corner there is a stars look-out area, with a wood burning fire bowl 4. in the east part there is a dog area, where are planted
two specific species of tree that are drought tolerant and they need a very limited upkeep To obtain the adequate privacy conditions have been designed a tailored fireplace, facing with the house on north, and movable privacy screens faced to the east. All the plants choosen in the project, also that in the wooden pots, are edible and drought tolerant. plants. The fence guarantees an adequate privacy.
Backyard plan
Origanum volgare
Mediterranean gardenAll the plants choosed are edible and drought tolerant. All are used in mediterranean culinar tradition. They have white, yellow and purple flowers and a nice fragrance. At maximum height they are 3-4 ft.Lavandula angustifolia - rosmarinus prostratus - salvia officinalis - elicrisio liquirizia - mentha viridis - Origanum volgare - Anethum graveolens - Allium schoenoprasum - Thymus vulgari
Furniture schemeAll the furniture has been choosen starting from the requests of the contest. The materials used are: wood, stone and iron. Between left and right corner of the yard there are living and dining room, with an outdoor kitchen. Both from dining and living room is visible the outdoor fireplace. Near the fireplace there is also a hot tub: in this position it is possible to link the tub with the fireplace, using fire heating to warm the water
Hot tub view
Wooden Hot Tube5 ft diameter - 4 peopleIt is possible to warm the water using fireplace energy
Mediterrean gardenAll plants are edible and used in mediterrean culinary tradition. Drought tolerant.
Outdoor Dining AreaDuring daytime the pergola creates a fresh shadow. Decide your own privacy opening or closing movable parts
Outdoor FireplaceIt is possible to see the fireplace from both dining and living area. Also from the Hot tube it is possible to hear the fire crackling
Dining room view
Outdoor Dinin AreaA pergola create the desired privacy conditions. Movable screens closed for maximum privacyeplace energy
Movable privacy screenDecide your own privacy: move the screens and transform the dining room
Fence integrated potMediterranean aromatic plants, lit during the nights
Table + chairsUp to 10 people, lit during nightime
Program Site Zero Energy Building SiteTenderloin quarter, San FranciscoProcess"Sunflowers"The generative concept of the project is inspired by natural solar rotation solution: like sunflowers the
project rotate, and floor-by-floor, reach at the top level, the best solar orientation, in accord to maximize winter solar penetration and to minimize summer overheating.SolutionStarting from climatic analysis, the final project have an optimized volume. The façade is able to transform itself, allowing winter solar ray to penetrate inside the
building, and shading the big transparent area during summer period. The top floor is dedicated to a technical floor, with an integrated photovoltaic system on the top. This one axis photovoltaic solar following system is able to cover a large part of the whole building energy demand. A solar wall system integrate the renewable production, generating almost all the thermal energy for space heating.
Generative Concept
02_residential levelsTwo different volumes placed following road vectors
01_ground floorPlaced following road vectors, in accord with city standard solutions
00_Site analysis- climatic analysis- solar accessibility- 3d modelling of surrounding buildings
03_solar rotationInspiring from natural solar rotation solutions, the building rotates to reach the best solar orientation, considering summer and winter conditions.
04_adjusting the volumeTo avoid road and surrounding buildings overhang the volume has been sectioned next the roads and surrounding buildings lines.
S-10°
Nw
Se
So
Ne
M
J
F
K
1
1
3
3
3
2
2
2
2 4
4
4
4
5
L
LA
H
J
J
G
J
C
D
6
7
Schematic Section Typical Floor Prespective
A
B CD
E
AIR HANDLING UNIT
RADIANT FLOOR
GROCERY REFRIGERATION SYSTEM
GEOTHGEOTHERMAL HEAT PUMP
HOT WATER TANK
F
GHI
J
SOLAR WALL
SECONDARY AIR DUCT
PV SYSTEM
INVERTER
OPERABLE WINDOW
K
LRM
PLASTERBOARD WALL
SHADING FACADE SYSTEM
HEAT RECOVERY SYSTEM
PRIMARY AIR DUCT
1 LIVING ROOM
2
345
6
BEDROOM
7 BIKE PARKING
STUDIO
BATHROOM
INDOOR CHILDREN PLAY AREA
OUTDOOR CHILDREN PLAY AREA
F
F
H
G A
MG
F
A
C
E D
B
Whole Building Diagram
Envelope System Facade System
Hot air generat-ed using a Solar
Wall system
Shading sistem follows the sun and minimazes solar gain
Large openable windows to facilitate natural ventilation
Fresh and cold air from the outside up
to 3 vol/h
WINTER TYPICAL CONDITION
SUMMER TYPICAL CONDITION
HOT PERIOD NIGHTTYPICAL CONDITION
L
J
Radiant heat flooring fed via ground source
geothermal heat pump
Large Area Operable window for natural
ventilation
Electric motor for shading system
Clear double plane low-E in vynil frame 2,3 W/m2K
Safety clear glass bulwark
Plasterboard wall solution with 2 layers of insulation 520kgxm3x5cm + 53kgxm3x7,5cm
Time lag 10h, U 0,224 W/m2K, decrement factor 0,32
Movable and orientable shading facade system
J
B
K
ProgramGroup of three theatres and other secondary spaces
SiteNew York City, closeness the High Line Park
Process"A seed for New York"The whole project start from concept to create a space that can accommodate the new emerging theater companies, I chose to give to the space the shape of a seed, so it can accommodate and facilitate the development of these new companies just as a seed provides food and support to the early stages of plant growth. The emerging companies in this way will have a place to try and stage their own performances while being helped from the building and will be protected. Will be the companies themselves,through their perfor-mances and their art, to provide at the building the energy needed to grow and gain importance with them.
SolutionThe project relates to the surrounding urban reality through a park which is interrupted at two entrances to promote access to the inner area where you create a more relaxed and less chaotic atmos-phere. Continue to converge toward the center of the lot then meets the building that invites entry into more interior space, where it’s possible a meeting between artists and audience. The functions of the building were divided into two separate blocks correlated through the space inside. In the first block I choose to put the bigger theatre, which is accessed after a stairway leading to a foyer floor, where is possible to admire the city and the surrounding park. Also in this block, I decided to concentrate most of the rehearsal rooms. I created a second block in which I have placed three other theat-ers and I have put in communication the two stages of smaller theat-ers in order to facilitate the exchange of material and scenes.
Aerial view of the projectAerial view of the site
3D view from High Line Park
3D rendering of inner area
3D view from High Line Park
Presentation Board is available on www.archmedium.com, NYCT finalists projects
ProcessThe aim of the project is to deeply interact and to dialogue with the sourranding park. From the beginning the built area was choosed with the aim to minimaze park deforestation.
ProgramMusic auditorium and didactic spaces
SiteStadtpark, Vienna
Aerial view of the site
Sketch of auditorium space
Aerial view of the project
SolutionThe final solution, inspired from a Kengo Kuma project, use as façade system a series of mirror that can dialogite interactive-ly with surrounding park, changing continuously during the different seasons of the year. The inner spaces is organized in two different volumes, the auditorium with the annex services,
and the didactical spaces, separated from the auditorium, as required by the contest rules
For the south façade it was used a different solution, using a curtain wall system for maximize winter solar gain and horizon-tal shading elements to avoid summer over heating
Hall and wardrobe
Restaurant and cafe
Bathroom and other spaces
Shops
Didactic rooms
Dressing rooms
Auditorium
Exposition space
Ground Floor
1st Floor
ProgramEx Industrial Area requalification
SiteEx Incet Area, Torino, Italy
Process"Unexpected gardens"
The aim of the whole project is to create a re-use solution for the study area. In accord with specific technical and economic requirements furnished by municipalitiy the project aspire to create fascinating residential spaces related with commercial and service industy space in the same building. The solution must be in accord with Sopraintendenza per i beni e le attività culturali prescriptions, in particular in the facade, that is strictly depend-
ent.
SolutionThe final solution is in accord with municipality requirments and it propose three different solutions at the differ-ent levels: at the ground floor there is a commercial area, related also with the adjacent Facit shop. The first floor is dedicated to a tertiary space, when the second floor is entirly dedicated to a residential space. It is at this floor that the unexpected is revealed, and it is possible to see a green space, dedicated to each residential
space
Top view
Trasversal section solution Preserved original industrial facade Original structure solution
Inner courtyard facade Residential level solution
General Masterplan
Illustrative section
ProgramUrban Area Renovation
SiteMoncalieri, Torino, Italy
Process"Urban farming"The aim of the whole project is to create a new large green area for residents and tourists
SolutionThe final solution is in accord with municipality requirments and it proposes 4 different green areas: the fisrt is placed near the railway and it isolates the rest of the project area from noise. The second area, on the west, is enterily dedicated to urban farming. There are two others areas designed as public green spaces: in these areas specific trees and flowers create a seasonal-transforming places, all year long suitable.
Public Green Area sections Railway green area section
Spring winter Summer Spring
Existng and new trees analysis
New mobility analysis
30 km/h zones
ProgramAnalyze the whole Pavone Canavese ricetto and define a strategy to enhance the built and non-built heritage. A detailed project of a single building it will be developed, in accord with a general master plan.
SitePavone Canavese, Turin, Italy
Main Ricetto historical phasesIX-XI centuriesIn this period it was erected a defensive fence by the local popu-lation, living sheltered on a dioritic ledge together with S. Pietro church with its Jerusalem oriented apse. In this period, Ivrea bishops supported also the construction of a defensive tower
XIV-XIX centuriesStudying Napoleonic catasto, it was been possible to suppose the period of construction of the other ricetto buildings
XIV-XV centuryIn 1390, it was built on the exter-nal walls the round towers. Historic documents of XIV century report the presence of an independent from the castle defensive structures out of the main walls.
Settimo Vittone
Ivrea
Pavone canaveseLoranzè
San MartinoCanavese
CuceglioAgliè
Castellamonte
Borgiallo
Piverone
Azeglio
Zimone
CossanoCanavese
Caravino
RomanoCanavese
Viverone
Cavaglià
Poppolo
Malpensa
1,30 h
Borgofranco Chiaverano
Andrate
Biella
Settimo Vittone
Ivrea
Pavone canaveseLoranzè
San MartinoCanavese
CuceglioAgliè
Castellamonte
Borgiallo
Piverone
Azeglio
Zimone
CossanoCanavese
Caravino
RomanoCanavese
Viverone
Cavaglià
Poppolo
Malpensa
1,30 h
Borgofranco Chiaverano
Andrate
Biella
Settimo Vittone
Ivrea
Pavone canaveseLoranzè
Agliè
Piverone
Azeglio
CossanoCanavese
Caravino
Cavaglià
Roppolo
Andrate
Biella
Borgofranco
Viverone
RomanoCanavese
Settimo Vittone
Ivrea
Pavone canaveseLoranzè
Agliè
Piverone
Azeglio
CossanoCanavese
Caravino
Cavaglià
Roppolo
Andrate
Biella
Borgofranco
Viverone
RomanoCanavese
Masterplan of the area
Wine and Food Turism Itineraries
Vineyard Museum
Focus Area
Main route_Strada reale dei vini Piemontesi
Secondary route_Strada reale dei vini Piemontesi
Turistic place
Turistic Point
Ricetto Prespective_Area of analysis
Area of analysis_top view
Whole Ricetto top view
Detailed survey_Project Area
BB' section
ProgramCreate structures to sustain hurban farming in Palomino
SitePalomino, Guajira, Colombia
ProcessThe original project is elaborated during a technological course at Politecnico di Torino by me and a group of students. During the spring of 2013, thanks to a credit line by Politecnico, we have been able to travel in Colombia and to built our project, that has been revisited in accord with a deeper knowledge of the local reality. The final project it has been designed to facilitate didactic urban farming in a kindergarten.
SolutionThe final solution is aimed to create a simple solution, replayable by the population, that try to solve some of the main problem of local bamboo constructions. In particular the connection between vertical and horizontal elements entail lot of problems connected to structural resistance of the material. Usually the junction is solved piercing the two elements with a metallic screw that weaken the bamboo elements.Also placing bamboo directly in contact with ground create prob-lems due to humidity of the ground, that quickly damage the structure making useless the entire project. The particular condi-tions of the site, totally different from Italy, force us to define specif-ic solutions to these problems in accord with the materials and the competences available on site.Interact with local smithy and local hardware store was crucial: one of the main goal was to project using only local elements. In this way local people could replay also specific technical solutions in totally different structures.
S-10°
One of the main road of the pueblito Ground basement solutionLocal smithy Junction elements
ProgramAnalize and study urban farming in Torino
SiteTorino, Italy
ProcessStarting from my degree thesis, i started an analysis process on the urban farming in Torino. Firstly i visited lot of the area used as urban farm, annotating peculiarity if each area. Starting from this data I elaborate a map of the main urban farm area and I compared it with historical data available.
At a later stage I started, with other student, to elaborate possible prototypes for the needs of the farmers; this solutions try to enphatize some of the most interest-ing architectural features of urban farm in Torino, like total re-use of waste materi-als or the possibility to self build the structures.Togheter with Miraorti association, we rethink and designed some solutions for several areas and we experiment some of the solution designed directly with the farmers.
Togheter with Mirafiori, Stefano Olivari and some farmers we experiment the potentialities of self-construc-tion and reuse of waste materials to create some prototype in urban farm throug Sangone river.
Urban Farm and high density housing
Thanks for your [email protected]
Urban Farm and high density housing