P O R T F O L I O

Jan 8, 2013 Maci Jorge Cerd Ingls

Name Maci Jorge Cerd Ingls E-mail mjci@gmx.comAddress C/Castell 39, 5 Dcha, 28001 Madrid, SpainCell phone +34 636461346 Web page www.mjciarchitecture.wix.com/mjciNationality Spain D.O.B June/27/1986PERSONAL PROFILEAn enthusiastic architect with imaginative and creative ideas. Besides being able to use different computer tools, I have work experience not only in Spain, but also in China and US, used to adapting to team work dynamic, with analytical and critical attitude, and high pressure situations. I am an all-rounded person, who has an open-minded and innovative personality.EDUCATION2004-2011 Architecture degree at Politecnica University of Madrid; Final Project calication B+

Main course focus:Projects design and sustainable strategiesBuilding construction and new materials and applications

Jan 12-Oct 12 Tri-Continental Master in Advanced Architectural Design at UEMMadrid: theoretical foundations at UEM (European University of Madrid)Shanghai: 3 month professional internship at TJAD (Tongji Architecture & Design Institute)San Diego: Masters graduation project at NSAD (New School of Architecture & Design)

LECTURESOct 12 Tri-Continental Master closing lecture at Hub MadridOct 12 SEA & SUN: Seaweeds Energy Artifact & Sustainable Urban Network, San Diego, CA at

European University of MadridPUBLICATIONS2006-2007 Habitar el Nuevo Milenio Selected for Campo Baezas class project publication2007-2008 CB ctedra blanca: En Hormign Selected for Ignacio Vicens class project publicationACADEMIC EXPERIENCEOct 12 Collaboration in Technical Systems course at UEM.Oct 12 Collaboration in Technological project course at UEM.RESEARCH PROJECTOct 08-Mar 09 Collaboration in INVISO research project.Dic 09-Jun 10 Collaboration in eco-refurbishment research project.WORK EXPERIENCEJan 09 E. Bardaj & Asociados: Collaboration in public building competitions2008-2011 INGOS Arquitectura y Medio Ambiente: Collaboration in several CompetitiosApr 12-Jul 12 Internship at TJAD (Tongji Architecture & Design Institute): Collaboration in several national

and international projects in different stagesEXTRA-CURRICULAR QUALIFICATIONSNov 09-Nov 10 MAI qualication by CICE professional academy:

Ofcial master in architectural projects design and 3D modeling:AutoCAD, Revit, 3dsMax+Vray, Photoshop, Combustion, Premier

Jul 05-07 Cayrel work camp: Participation in adobe brick refurbishment and constructionJul 04,03,98,97 Exchange student in La Jolla, California, USA; Saint Paul, Minnesota, USA; Worthing,

England; Cork, IrelandCOMPUTER TOOLS

AutoCAD, Revit, 3dsMax+Vray, Photoshop, Combustion, Illustrator, Indesign, PremierLANGUAGES

Spanish and Catalan: mother tongueEnglish: spoken and writtenFrench: basic knowledge

REFERENCEEnrique Bardaj E. Bardaj & Asociados principal architect

Urbanism lecturer at ETSAMBeatriz Ingls INGOS Arquitectura y Medio Ambiente principal architect

Lecturer at UEMJavier Neila Bioclimatic architecture Professor at ETSAM

INVISO research project director

CURRICULUM VITAE

Nov 13, 2012 Maci Jorge Cerd Ingls

al architect

Maciiii Jorgrgrgrgggggge Cerdr Ingls

Index

Sustainability: S.E.A. & S.U.N., Masters Graduation Project

Cultural: Visitors London Zoo Center, Final project

Spa: Bath Therme, Project course IX

Housing: Alternative collective housing in Sanchinarro, Project course VI

S.E.A. & S.U.N.When people hear California, they probably think about the Sea, surfing, long beaches, the Sun and a wonderful weather. But the Sea is also the origin of life and the Sun is the source of almost all kind of energy we have in the Earth.

What really means S.E.A. & S.U.N in this project and in San Diego context?S.E.A. means Seaweed Energy Artifact, a way of storage the Sun energy as the nature have done during the last couple of million years, a kind of battery, the organic matter. And S.U.N. means Sustainable Urban Network. Therefore S.E.A. & S.U.N. is more than renewable energy, it is a whole strategy that interacts with the city and improves it.

From the city organic waste and sewage water, and also pollutant air from the freeway and factories will be taken to feed seaweeds bioreactors that will produce pure air, and clean water. This will be used as irrigation water in urban farms and we will obtain vegetables that will be sold in the farmers market. Furthermore the seaweeds will become biomass from where the city will get free energy. Finally people will learn about how to live in a responsible and more healthy way, according to a new urban culture.

At urban scale different layers will join to form a complex city focused on the life and experien-ces of citizen.

All green areas will connect as an urban net. But not only there will be parks, actually urban farms along 17th street will solve the East boundary with the freeway and connect both sides, and also green streets, such as the 14th, will be part of a green path from Balboa park to the San Diego Bay waterfront.

The main axis in the area where S.E.A. & S.U.N is focused (between J St., K St., Park Blvd. and the free way) are K street and the 15th street. K street will be a pedestrian street that on one hand will solve the access to the future Chargers football stadium, and on the other hand it will be a gastronomic area related with the urban farms, Californian agriculture, the concept of Slow Food and a more heathy life style. 15th street will be a commercial core that once a week will house the East Village farmers market and improve the economic activity of the area.

The heart of all this urban development will be a 24 stories building that will connect the main green areas and some surrounding building. It will mix different functions while it becomes a new urban land mark and part of San Diego skyline, not only recycling and electric power facili-ties, but also a market for improving the economic activity, an exhibition area that will teach people how to live in a more responsible and healthy way, and flexible houses and offices able to adapt to the new requirements of our society.

Moreover children games and free gyms will allow people to join in the project transforming their exercises and games in electricity. Thus, during the night, all this energy will be used for illuminate the bioreactor with an special light that will allow seaweed to keep on doing the pho-tosynthesis, the biomass production will increase in a 30% and the building will shine with a purple light.

Maci Jorge Cerd Ingls

CHILDREN GAMES& GYM

ORGANIC WASTE

POLLUTANT AIR

VEGETABLES

SEWAGE WATER

PEOPLE SHOULD MAKE THE MOST OF PUBLIC SPACE

IT IS NEEDED MORE GREEN AREAS

ITS A POLLUTANT CITY

ELECTRICITY

SUNMAIN WIND

BIOMASS

SWNE

PURE AIR

IRRIGATION WATER

SAN DIEGO MARKET &GASTRONOMY ST.

URBAN FARMWATERFRONT

SAN DIEGOS BAY

WAVES & TIDE

FREEWAY

30

PEOPLE CHILDREN GAMES& GYM

ORGANIC WASTE

POLLUTANT AIR

VEGETABLES

SEWAGE WATER

PEOPLE SHOULD MAKE THE MOST OF PUBLIC SPACE

IT IS NEEDED MORE GREEN AREAS

ITS A POLLUTANT CITY

ELECTRICITY

SUNMAIN WIND

BIOMASS

SWNE

PURE AIR

IRRIGATION WATER

SAN DIEGO MARKET &GASTRONOMY ST.

URBAN FARMWATERFRONT

SAN DIEGOS BAY

WAVES & TIDE

FREEWAY

30

PEOPLE

Maci Jorge CERD INGLS

NSAD: Summer workshop 201217/Sep/XII

U R B A N P R O P O S A L

What will the S.E.A. & S.U.N. do for San Diego citizens? Seaweeds Energy Artefact & Sustainable Urban Network

E a s t V i l l a g e

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When people exercise, their bodies emit heat and their muscles transform nutrient in movement, in other words, muscles produce kinetic and potential energy.

By dynamos, piezoelectric and triboelectric materials, it is possible to transform human movements in electricity. Also by "rough silicon nanowires", sport clothes can get electricity from body's heat.

With piezoelectric materials on floor and spring-riders, a 40kg child produces:

r unn i ng : 1 ,25W/s tep * 150s teps /m in= 11.250W/h

swinging: 1,85W/swing * 45swings/min= 4.995W/h

Clean Energy from Muscle PowerNov, 26, 2010

The Green Microgym in Portland, Ore., has all the usual stuff you'd expect, but it has some extras as well. The gym uses specially configured exercise equipment that captures the energy you create while pedaling, converts it into electricity and channels it into the power outlets.

TIME Business, by Tim Newcomb

Urban farms ar becoming more and more common around the word. It is a new way of understand the city for living in a more healthy and sustainable way.

City Hall can rent small pieces of land form the urban farm to people who would like to sow their how vegetables.

Also it becomes a green area for the city and its inhabitants.

The Pop-up Cafe in New York is an example of how parking lane can get new uses improving the flexibility of the city.

The parking can become a terrace, a cafe or a stalls, for that reason line parking is always with the larger side walk giving a lot of possibilities of using street.

Also at 15th st the same idea is used for house the weekly farmers market. The street becomes a whole pedestrian area.

Using 8ft parking lane it is possible to place a container without disturbing the street and sidewalks. In this way we can add in a very flexible way temporary uses to the streets, such as the farmers market or cafes, and not only remove it easily, but also, storage it.

Slow Food is an international movement founded by Carlo Petrini in 1986. Promoted as an alternative to fast food, it strives to preserve traditional and regional cuisine and encourages farming of plants, seeds and livestock characteristic of the local ecosystem.

Bridge 8 is nowadays one of the main cultural focus about architecture and creative offices. It is an old warehouse that has been renovated for accommodate small offices. Also there are facilities that can be shared and exhibition areas.

Street performances and exhibitions allows to improve and revitalize the city in a very cheap way. Also allows young artist to show their work to people, and people to join in the new tendencies

The connection between Balboa Park and the waterfront has been projected from long time ago but always postposed due to other projects. How to solve it? will be park ave. the solution or is needed a more complex greenery system? How to solve the connection through the freeway, and the connection with the waterfront? huge buildings have occupied the waterfront and the bay perspective has been lost.

13 15 24 8 20

Pedestrian

Green

FurnitureCar lane

Parking

South / East side

Residential street

20 8 24 8 20

Pedestrian

Green

FurnitureCar lane

Parking

Commercial streetDistrict core

15 20 10 1520

Pedestrian

Green

FurnitureCar lane

Parking

Transit streetOne of the main E-W connexions

12 8 24 8 12

Pedestrian

Green

FurnitureCar lane

Parking

Transit streetOne of the main N-S connexions

15 15 12 8

Pedestrian

Green

FurnitureCar lane

Parking

Urban farms street17th st solve West downtown boundary

Urban farmFaade flexibility

24 4 2424 4

Stall Pedestrian

Green

Furniture

Water

Pedestrian streetGastronomic area

20 8 24 8 20

Stall Pedestrian

Green

Furniture

Water

Commercial streetOnce a week farmers market takes place 15th st becomes a pedestrian area linked

with Kst

12 24 1232

Pedestrian

Green

FurnitureCar lane

Parking

Green streetBalboa park - SDO waterfront path

Maci Jorge CERD INGLS

NSAD: Summer workshop 201217/Sep/XII

BUILDING DEFINITION

MARKET

BIOMASS

CIANOBACTERIA

EXHIBITION

OFFICE

HOUSE

VEGETABLES

ORGANIC WASTEENERGY

SEWAGE WATER

POLLUTANT AIR

SUN

PURE AIR

IRRIGATION WATER

KNOWLEDGE

PEOPLEWORK

MARKET

BIOMASS

CIANOBACTERIA

EXHIBITION

OFFICE

HOUSE

VEGETABLES

ORGANIC WASTEENERGY

SEWAGE WATER

POLLUTANT AIR

SUN

PURE AIR

IRRIGATION WATER

KNOWLEDGE

PEOPLEWORK

E a s t V i l l a g e

How will be the heart of the S.E.A. & S.U.N. in East Village?Seaweeds Energy Artefact & Sustainable Urban Network

6 months 1 year 4 year 7 yearImpruve streetsBuild pedestrian areasCreate green areas and urban farmsHouse farmers market

Build the basement and facilities support

Biomass digestors begin to work, they recicle organic matter and provide energy during the building process

The first building stage is already built

The biomass digestor are working at 100% providing electricity to the building and 100 homes.

The sales and rentals provide the first incomes

The empy plot can work as a plaza

The second phase is inaugurated

The market will finish the economic impruvement

Uses, distribution, access & circulations

Entertainment EntertainmentReligion

Theater

CinemaCinema

SportsSports

Education Education

Library

Market Market

Exhibition

EatingEating

ShoppingShopping

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Weekdays

WeekendsFunction peak hours

Initial volumIt is the maximum volum buidable from urban analisis

Rising upIn this way the building becomes a

landmark and places East Village in an urban context

Creating a courtyardIt will impruve the natural ilumination and become a great tool to impruve ventilation

SplitIn this way functions and construction

fases separates into differenct but connected boxes

Creating a plazaTo gift a public space, to impruve the main access, why not?

Check dimensionsThe shape is changed by functions its

dimensions

Check heightAlso depending on the people density inner spaces height will adapt

Connecting plaza & coutyardJust a plaza? Why not to gift also the

courtyard?

Impruving accessAdapting shape to access

Correct shadowsHigh rise building must take care of its

shadow on urban spaces

Impruving solar gainTo orient correctly the faades will impruve the solar gain considerably

Spreading phase IThe building connects to close buildings

to share functions

Spreading phase IITwo connections more... what is it looking for?! where is it going?!?!

Spreading final phaseFinally the park and the urban farm, the

two main green areas in the area are linked in a new way

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Maci Jorge CERD INGLS

NSAD: Summer workshop 201217/Sep/XII

BU I LD ING RUNN ING

E a s t V i l l a g e

Summer Winter

Energy storage

Energy recovery

Geothermal & Hidroelectric base

Power demand

Amount of CO2 transformed according to light intensity

Photosyntesis performance according to temperature

Light used in photosyntesis

How to fulfill the power demand just with renewable energies?

How the building produce energy

CO2

O2

Sewage waterClean water

How photosyntesis works

How to keep photosyntesis working during the night

Children games&

Free gym

12Counter

96

How much energy does the building produce?

1600m2 3500 MWh/year

170m3 of plantation 900 MWh/year

+30% biomass/day

11.3 tones seaweeds/day

+30% biomass/day

1170 MWh/year

4670 MWh/year = 790 homes = 1460 responsible homesHow to be responsible and safe energy1_Insulate your home correctly, you will save energy on heting and cooling2_Manage your windows protect your home from sun & ventilate3_Use energy efficient lights & appiances, and use it responsibly4_More public life & less be borred at home: 469,

3,::

Bicicle; park games & gym; walk through green and pedestrian areas; enjoy the gastronomic street and farmers market; meet with friends and family:

READ A BOOK!!!

Car; air conditioning; unnecessary heat;Xbox; PS3; computers, TV...

PLEASE SWICH OFF THE TV!!!

Sewage water

Clean water

Building ventilation

Toilets & washing machines

Urban water elements

Irrigation

Geothermal air pipes

Water storage

Azimut 30Slope 15Summer and spring/autumn morning

Azimut 180Slope 10Summer day

Azimut -165Slope 30Spring/autumn and winterafetrnoon

Azimut 15Slope 5Summer morning

Azimut 180Slope 20Summer and spring/autumday

How does the S.E.A. & S.U.N. get along with citizens?

0 3 6 9 12 15 18 21 24Hours

0 3 6 9 12 15 18 21 24

Power

Biomass digestor

Biogas storage

Biogas generator

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100 200 300 400 W/m2

5000 10000 Lux7500

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60

mgCO2/dm2h

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20

40

60

80

100

%

400 500 600 600Wavelength (nm)

Basorbance

Chlorophyll-b

Chlorophyll-a

Seaweeds Energy Artefact & Sustainable Urban Network

RED

BLUE

VISITORS LONDON ZOO CENTERThe project is located at The Regents Park, one of the Royal Parks in northern downtown London. From this suggested plot only is taken a small part next to London Zoo. This part is extended along the main park path. The rest is left as an open air green prairie with smooth hills that interacts with the building, surrounded by a tree belt, like 19th century English landsca-ping.

The brief was to create a center for visitors. It consists of a new zoo access controls and a mixed-use main building that will improve the visitors experience.

The main piece is like a folded sheet in shape, adapting to pedestrian paths and trees. Roof spreads getting access from paths and focus the people to the new zoos gate, while it rises up as a 57m-high landmark and view point tower.

Exhibition areas and workshop rooms are located on ground level in a very flexible way. Rooms can open depending on the activity and the floor system allow to change freely the exhibition layout.

The second floor has its own access from a ramp that allows temporary exhibitions, mediathe-que and offices their own visiting hours.

Finally, the tower is a vertical promenade that give visitors different points of view of Regents Park and its vegetation and fauna, particularly birds. On the highest story there is a cafe where people will enjoy great views of London skyline.

Moreover, kiosk add activity to the main path. People will be able to enjoy cafes, flower shops and bookstores. As the kiosks are based on the container, they can be moved and it allows a flexible public layout that will adapt to the park activities.

In conclusion, the entire project not only gives a new great throng entrance but also ties London Zoo with Regents Park and downtown London.

Bath ThermeFrom Romans age, Bath has been known thanks to its hot spring water thermes. Keeping city traditions, the brief was to create thermal baths with gym, restaurant plus an hotel and common areas. The plot is located in Georgian downtown Bath between Walcot st. and Avon river.

The project is adapted to the level difference of the plot. Its organic- shaped plan modifies bank river, making up a pedestrian promenade. Whole spaces are covered by a continuous folded sheet-shaped roof. Covering leaves top-lit opening and courtyards, while it gains and losses thickness containing cooling-heating air conditioning facilities.

On ground floor, wide lobby gives accesses to hotel reception,

restaurant and Spa. There is a lively split level which connects the two

hotel stories by stairs and ramps. On lower floor there are arranged a coffee shop, audiovisual and gaming areas, whereas upper floor contains rooms and lecture suite. Simple fluid rooms set facilities back and whirlpool bath and bed are set on the middle, leaving free a full- height fixed glass facing Walcot st.

On the basement there are changing suites, these separate reception areas and Spa, where visitors can enjoy gym, thermal treatments,

massages and relaxing therapies. Interior looks like a wide cavern that combines top-lit ope-ning with courtyards and a gazed branch window along Avon river frontage.

Bath therme project pretends to rescue people who needs to flee from daily stressful nowadays life.

Alternative coletive housing in SanchinarroSanchinarro meant a new urbanism style in Madrid, promoting quality low-cost apartments projected by architecture studios such as MVRDV or Burgos & Garrido. By contrast, this urba-nism concept went wrong planning a huge urban scale and forgetting retail spaces.

Located in Sanchinarros core, in front of MVRDVs holed building, the aim is to maximize the urban life mixing uses around a public-acceded landscaped courtyard.

Practice is adapted to the plot, like a cut-corners triangle in shape. The inner garden gains access rising up strategic points on the perimeter and provides a venue for open-air activities. Leaning points accommodate halls moreover bigger functions like library, gym and spa, also work center and cultural meeting place. A bike and foot breach-shaped street facing interior courtyard goes along the building connecting housing, retails, community service and opened common spaces. Below pedestrian way are collected all the building facilities.

There are three double-faced maisonette housing sizes (a 45 m2 one- bedroom apartment, a 65 m2 two-bedroom apartment and a 90 m2 two- bedroom and study apartment) with double-height fluid living spaces outside faced.

Finally, this project suggests a new urbanism model allowing the traditional village life in the nowadays busy city.