*Post Urban Living Innovation 006 Program

PULI 006* CASA FUTURO LABProject Development Report / April-August 2016Universidad Panamericana campus AguascalientesFacultad de Ingeniería / Ingeniería en Innovación y Diseño

Chiba UniversityGraduate School of Engineering / Department of Design Science

THE TRAILER DRY VAN

LAYOUT DESIGN PARAMETERS

-Family of four persons (parents and siblings)

-Dignity

-Avoid claustrophobic effects

-Maximum use of space and enough storage

-Convertible spaces

-Air quality

-Control of temperature

-Sustainability guided by LEED concepts (Leadership in Energy and Environmental Design)

TOOLS FOR LAYOUT DESIGN

-Check list of activities in a Mexican house

-Check list of spaces in a Mexican house

-Check list of habitability issues in a Mexican house

-Check list of LEED elements for sustainability

EVALUATION MODELS

Group of professional advisors

Comfort, circulation, ergonomics and sense of openness.

FINAL MODEL PREPARATION

Basic layout to accommodate 4 persons in a trailer dry van of 20 square meters.

-Parents´ bedroom-Siblings´ bedroom-Bathroom-Kitchen-Dinning room-Living room-Washing area-Storage

Basic Layout

Siblings´ room Parents´ roomKitchen

Bathroom Living roomDinning

SIBLINGS´ ROOM

Convertible from a free use space during the day to a dormitory for the night.

BATHROOM

With special adaptations to increase storage.

KITCHEN

Maximum space usage and an accommodation of elements for ergonomics and energy efficiency.

Freezer

Sink

Foldable dinning table

Towel rack

DINNING ROOMFoldable tables and chairs.

During the night the space is used to slide out a bed for the parents.

PARENTS´ ROOM &LIVING ROOM

Sliding bed under the living room area that comes out for night time.

Storage

LAUNDRY ROOM

In the compartment below stairs.

STORAGE

Outer space storage with access from inside. An element for façade aesthetics.

General storage belowthe trailer dry van

External closets withaccess from inside

Washing area

Roof garden

Structure

TV setStorage elements

Storage elements

Decorative details to give the impression of deepness

The layout was developed to give the impression of a bigger space, to offer open spaces and to have the possibility to convert spaces for different activities.

REFERENCES

-AVILA CHAURNAD, Rosalío, Dimensiones Antropométricas de Población Latinoamericana, Universidad de Guadalajara.-GARCÍA VILLAGRÁN, Jorge, La Habitabilidad.-KITMACHER, Gary H., Design of the Space Station Habitable Modules, 53rd International Astronautical Congress 2002, Houston, Texas-LEED v4 for BUILDING DESIGN AND CONSTRUCTION -LEED v4 for BD+C: New Construction and Major Renovation-LOEWY, Raymond, Habitability Study Earth Orbital Space Stations, NASA, 1972.-LOEWY, Raymond, Habitability Study Shuttle Orbiter, NASA, 1972-MÉNDEZ ALBA, Luis Arturo, Claustrofobia y Habitabilidad, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, Tres requisitos básicos para el aprovechamiento del espacio y mejorar la decoración, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, Las 17 máximas para el aprovechamiento de espacios habitables, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, El color como “agrandador” de espacios, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, Habitáculos de Ciencia Ficción, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, Interiores de lujo en aviones, Aspiralto, 2013.-MÉNDEZ ALBA, Luis Arturo, SKYLAB, lecciones extremas de habitabilidad que podemos aplicar a nuestro entorno cotidiano, Aspiralto, 2013.-MOLAR OROZCO, María Eugenia & Aguirre Acosta, Laura Itzel, ¿Cómo es la habitabilidad en viviendas de interés social? Caso de estudio: Fraccionamiento Lomas del Bosque y Privadas La Torre en Saltillo, Cohauila. Revista Iberoamericana de las Ciencias Sociales y Humanísticas. Vol. 2, núm. 4, 2013.-SALAS, Julián, Tugurización y necesidades de habitabilidad básica, rémoras a la cohesión social en Latinoamérica. Revista PensamientoLatinoamericano núm. 1, pp. 207 a 230.-SIMON, M. et al., Factors Impacting Habitable Volume Requirements: Results from the 2011 Habitable Volume Workshop, NASA, 2011.-WITHMIRE, Alexandria, et al., Minimum Acceptable Net Habitable Volume for Long-Duration Exploration Missions, NASA, 2015.

ENERGY MANAGEMENT

-Eolic Energy

-Photovoltaic Energy

-Solar Thermal Energy

-Roof Garden

EOLIC ENERGY

EOLIC ENERGY

EOLIC ENERGY

EOLIC ENERGY

PHOTOVOLTAICENERGY

PHOTOVOLTAICENERGY

PHOTOVOLTAICENERGY

SOLAR THERMALENERGY

SOLAR THERMALENERGY

SOLAR THERMALENERGY

ROOF GARDEN

ROOF GARDEN

ROOF GARDEN

PROJECT PRESENTATION

OPEN HOUSE

OPEN HOUSE

PROJECT PRESENTATION

Shohei Isamar Daniel Maria Oscar

FRIDGE DISHBARBECUE GRILL

Design Topics

IoT

FRIDGE

Image

Ingenieria de Desino Lab. @ KB Foam, 30th July, Cross Border Xpress Workshop

Alarm Suggest

Turn tableAutomatic Organize

REPLACEABLE

DISH

How much water

do we use per day?

Kitchenfor

Toiletfor

Bath

Laundry&

for

BARBECUE GRILL

Smoke vacuum

Two levels

Charcoal drawer

Ingenieria de Desino Lab. @ KB Foam, 30th July, Cross Border Xpress Workshop

TrepCamp – Boston 2016Participant: Jesús Humberto Carrillo Ortega

What is TrepCamp?

3 weeks of an dvancedprogram for high impactentrepreneurs.

MA

IN A

CTIV

ITIES

Our project…

• New business model

• Clean energies as “Emergingtechnologies” & “Growth of population”as a mega trend.

• Networking with other ‘TrepCampmembers

“The Best Start-up” at TrepCamp Oscarpreneurs

THE TEAMS

Chiba UniversityDepartment of Design ScienceMichiru WatanabeChiaki MatsunamiShohei OkawaKoki TakahashiMitsuhiko SukitaDr. Kenta Ono - Coordinator

Universidad PanamericanaIngeniería en Innovación y DiseñoJesús Humberto Carrillo OrtegaYuriria del Rosario Barba de la GarzaFlorencia Alba MorenoAna Belén Rivera López de LaraMaría José Armendáriz CurielMaría Fernanda Ramírez CastorenaJorge Andrés López MéndezOscar Oswaldo Ávalos RuizMtro. Luis Arturo Méndez Alba - Coordinator

Universidad PanamericanaIngeniería en Tecnologías EnergéticasPaulina Aguayo SaladoJerónimo Álvarez TorresRory Miguel Calderón ArceoRodrigo Fabián Chávez CastillaAlma Valeria Espinosa LoeraFrancisco Erick Estrada BerberEdson Alan García FloresErika Montserrat García OjedaRodolfo González de AlbaLeonardo Guzmán LópezJorge Humberto Hurtado Días de LeónMaría Fernanda Macías OchoaDenise Ortega FraustroItzel Jacqueline Pedroza MendozaJosé Romo PedrozaMauricio Israel Valadez RodríguezDra. Pia Berger - Coordinator

Future House LabIkuko MorikawaNozomi ObinataIng. Keita Kasahara – Coordinator

Professional AdvisorsArq. Luis Alberto Román KalischArq. David Hernández DuranIng. J. Patricio Rivera Ruíz

KNOWLEDGMENTS

Manabu Otsuka - Toshiba CorporationLucía Martínez Espinoza - KB Foam de México, S.A. de C.V.Vanessa de Alba - Universidad PanamericanaJanette Rhoads Castro - Universidad PanamericanaKazuki Otsuka - Japan International Cooperation AgencyDavid Arellano - University of MemphisWilliam Parsons - Global Automotive ConferenceAlvaro Nieva Montes de Oca - Nieva IluminaciónMercedes Urzúa González - Universidad PanamericanaHiroki Sasamoto - Universidad PanamericanaSebastián Gutiérrrez Calderón - Universidad PanamericanaFrancisco Velázquez Buendía - Universidad PanamericanaEduardo Hugues Velez- AAVENTMiguel Angel Díaz Melchor - Universidad PanamericanaLeobardo L. Quiroga - Universidad Tecnológica de AguascalientesFrancisco Ruíz López - KiubixFrancisco Ángel Cruz - IVE S.A. de C.V.Francisco Ramírez Zapata - Casandra DecoraciónCésar Eduardo Serna Salazar- InterceramicMiguel Ángel Rivera Baca - Cocinas del Hogar Carolina García Meyemberg - Universidad PanamericanaBrianda Rugarcía González - Universidad PanamericanaSergio Sosa Lara - Universidad PanamericanaJesús Villalobos Martínez - Universidad PanamericanaAzusa Hirano - Escuela Japonesa de Aguascalientes, A.C.Kunio Okoshi - Escuela Japonesa de Aguascalientes, A.C.

We are thankful for the support of the following persons:

Makoto Watanabe - Chiba UniversityDr. José Antonio Esquivias Romero - Universidad PanamericanaDr. Ramiro Velázquez Guerrero - Universidad PanamericanaCarlos Almada - Embajador de México en Japón Yoshiaki Tomioka - Future House Lab TokyoYoshio Kono - Future House Lab TokyoRicardo López Ramos - Casa Futuro Lab TijuanaKenji Akiyama - KB Foam de México, S.A. de C.V.Blanca Segovia Preciado - KB Foam de México, S.A. de C.V.Román Álvarez Cabuto - - KB Foam de México, S.A. de C.V.Omar Rosendo Lara Ramírez - KB Foam de México, S.A. de C.V.Daniel Hernández Bolaños - KB Foam de México, S.A. de C.V.Kazuma Yamao - Gingrich ArchitectsRyosuke Aizawa - Chiiki KyoryokutaiYuki Taniguchi - Taniguchi PlasticShuichi Sugawara - Container House 2040Ryusuke Negishi – Tsubame-Sya ArchitectsAlgirdas Paskevicius - Chiba UniversityMitsuhiro Motozawa - Chiba UniversityHiroshi Sodeyama - Chiba UniversityRyo Tobohashi - Chiba UniversityShinji Watanabe - Chiba UniversityHajime Yamaguchi - Chiba UniversityJuan Carlos Chacón - Chiba UniversityLu Na - Chiba University