I’m María Luz González Milán architecture student contact e mail mgm.luz@hotmail.com mobile +34 687 148 949 date and place of birth 14th March 1993 Alicante, Spain
education September 2011 - present Degree in Architecture. University of Alicante (UA). Alicante, Spain September 2015 - July 2016 Erasmus+ Exchange Programme scolarship. Techniche Universität München (TUM). Munich, Germany September 2009 - Juny 2011 pre-universitary studies. Doctor Balmis High School. Alicante, Spain courses and workshops
languages Spanish. Native English. Intermediate - advance level German. starting level A1 Catalan. Native software skills AutoCad Revit - BIM modeling Rhinoceros - 3D modeling VRay Adobe Creative InDesign Photoshop Illustrator Premier Pro Microsoft Office
November - December 2016 Course in VRay for Rhinoceros and post-production in Adobe Photoshop. La Rendería. Alicante, Spain. October 2016 Course in REVIT Basic+Architecture. Autodesk Revit. 5 ECTS. Alicante, Spain. July 2016 Beyond Urban Image. Urban Space and Photography. TUM. 3 ECTS. Munich, Germany May - June 2016 Space ship. Low-Cost with module elements. TUM (with the participation of the artist Markus Heinsdorff) 3 ECTS. Munich, Germany February 2013 Building utopias: micro-architectures in Tabarca Tabarca Island, Alicante, Spain May 2012 introductory course to GIS (geographic information systems) University of Alicante (UA). 2 ECTS. Alicante, Spain
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June 2014. Project V. UA Alicante University ideas. colour creativity axonometric drawings activity floor plans models
Architectural project as an experimental background for a theoretic study about workspaces and individual skills. Abstract. The project is based on the idea that the stiffness of the work space, where the employee is allocated in his work center following the currently organization models, oppresses the ability of learning and developing your own skills. Therefore an alternative space -a house lab- is proposed, where the user -a woman artist- tests her creativity and knowledge, taking for granted that the person adapts and personalizes the volume for her needs in every single moment. The first line of research studied office models used by high-creativity-value companies, and the second one analysed professional artists and craftsmen ateliers. With the conclusions drawn from the study criteria and patterns were established in order to design the house lab for the artist, such as the need of the extinction of the standard formats and materials and that the uninterrupted correction and self-criticism are steps forward to the knowledge of our limits and a tool to self-improvment.
Issuu link. https://issuu.com/mluzgonzalezmilan/docs/ gonz__lez_mil__n_mari_luz_final [Spanish version]
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Floor plan model photographs
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Different activities taking place in the house simultaneouly. Axonometry
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Activities taking place in the studio - bedroom
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January 2015. Special constructive systems. UA Alicante University ideas. temporary architecture general sections / scale / proportions low cost materials / prefabrication /construction process structure / detailed elements
The project consists in an itinerant pavilion built with recycled shipping containers for the organization of the regatta Volvo Ocean Race. The idea appears as a similitud between the ships of the race’s itineraries and the migrations of sea turtles. The pavilion becomes into a turtle that goes all over the world following the competitors, settling down in each harbour in order to be the home of the visitors. Each modul of the pavilion is dedicated to a specific programme, meeting all of them in a plaza or central beach, a space of rest covered by the tent. The caracteristic structure of the recycled moduls gets visible from the outside with the intention of not hidding their shipping container condition.
In collaboration with. Ester de Juan Cristina Flores
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June 2015. Project VII. UA Alicante University
ideas. climatic analysis site resources water re-use self-construction energy criteria passive function / thermal mass temperature / humidity regulation
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Sections. Temperature variation during the day Temperature diagram. Max and min temperatures (year)
The users are the protagonists of the song Horse with no name (the Americans): a man who wanders through the desert ridding his horse. The shelter is located in the US part of the Sonora desert, which rain numbers are lower than 200mm per year and the temperatures raise the 40ยบc almost 100 days per year. Besides, it has the record of the region with more propability of sun on the planet (90%). The shelter works in an independent form using only the sun as energy and heat source: the inner space adapts the temperature by itself in a passive way because of the trombe wall concept. During the day, the activity is located in the ground floor which is the most isolated one from the sun radiation. Cross ventilation systems generate soft currents that reduce the thermal feeling as well. 15
Waste, dregs and feces treatment Water cycle. Storage and reuse Seeds, fruit and meat conservation process Resources axonometry
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Structure and adobe construction process Climatic functions. Drawings
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January 2016. Master projekt. TUM Universität Mßnchen ideas. climatic analysis / solar radiation energy / thermal mass green facade reuse / adapation / transformation programme / hub / living / working
Basing on reuse and adaptation criteria, Romatrix focuses on experimenting solutions to transform a building complex of the 60s in the EUR quarter in Rome into a carbon neutral cluster hosting a hub for living, working and all other activities which make a place liveable. In the space of the complex there are three high towers and two buildings that connect the towers with the ground floor space. To optimize the facade desing, we divided the surfaces in a grid, in which each square had different values depending on the studied climatic conditions. With the data we created a matrix of pixels. Each pixel is linked to a specific architectural solution: winter garden, green facade, sun radiation collector, etc. Those solutions shape the towers’ new external volume and are a base-criteria to adapt the program to its ideal location.
In collaboration with. Carlos Bonilla Cristina Marco Catarina Soares 18
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Tower facades climatic analysis
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SOUTH ELEVATION
AA´
BB´
Elevation. South facade.
NORTH ELEVATION
Long building. Secction. Indoor orchards
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ATION
Elevation. East facade.
VATION
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Render + collage
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May 2016. Space ship. Low-Cost with module elements. Technische Universität Mßnchen TUM
ideas. structure low cost construction prefabrication / modulation models gabion foundation
in collaboration with: Carlos Bonilla Cristina Marco
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construction detail elevation and plan
The project designed can be understood as a shelter for extreme conditions. The main concepts are: low cost construction, buoyancy and durability in time. With these aspects a cheap, stable and easy-to-build light-steel structure has been projected. The project can be explained in two parts. The first part is an anchor made with rectangular gabions. These gabions are fill with stones and are half-buried in the soil in order to give the design as much stability as possible. The second part of the project is composed of two round gabions, six main trusses and two transversal tied trusses that support the loads of the pile construction and the space object on top. These parts of the design can be elevated together in case of a flood due to the plastic bottles and floating waste inside the round gabions.
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Ground floor plan
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July 2016. Building register. TUM Technische Universität München ideas. study research academic publication line drawings elevations floor plans photography modernism
When Worl War II was over, many Berlin districts lay in ruins. One of the most devastated neighborhoods was Tiergarten’s Hansaviertel. By the early fifties, the properties had to parceled out afresh, and in 1953 an international competition was arranged. The Interbau 57 (a part of a nation-wide series of architectural exhibitions) was brought into a being and provided the suitable context for development. Iconic architects such as Walter Groupius, Alvar Aalto, Oscar Niemeyer, Arne Jacobsen were invited to design and built the new Hansarviertel by standards and in the style of modern architecture.
in colaboration with: Carlos Bonilla Cristina Marco Andreea Florina Ociu
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Main access. West facade.
Ramps. East facade.
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Render + collage Museo de la Vega Baja Tuñón + Mansilla architects Toledo, Spain
Render Apartment building Daniel Libeskind Berlín, Germany
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Collage High-rise apartment building e2a Studio. London, UK
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September 15’ München, Germany Allianz Arena by Herzog & de Meuron
September 15’ Milan, Italy Il Duomo
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November 16’ Oslo, Norway Opera House by Snøhetta Studio
July 16’ Dessau, GermanyWalter Gropius Bauhaus’ building
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