Maria Aguinaga _Technical portfolio by María Aguinaga Soriano

Maria aguinaga soriano architect

technical portfolio

Index

Fisher house_Louis Kahn_final project BIM I expert_january 2015

recovering rotterdam_final project_june 2014

recovering rotterdam_final project_june 2014 The city of Rotterdam lives a process of growth and expansion into the sea. Rotterdam is the largest port in Europe. In recent years, because of the new policies of sustainability and energetic efficiency, is considering some actions to change their outdated model into other sustainable, environmentally friendly, and more efficient industrial and enterprise level. In line with these objectives, the project Rotterdam Recovering raises a symbiotic relationship between the Technical University of Delft and the port, where is located the 90% of the industry in the city. The fastest obsolescence of infrastructure is located in the petrochemical industry. The project Recovering Rotterdam proposes an Assistant Training Center to TU Delft that focuses on fighting professional obsolescence of current workers are suffering at the port and starting to affect businesses operating there. The project is located at Botlek, on one end of the harbor main location of the petrochemical industry; which will be one of the first to be affected by the renovation on energy production. Large structures ducts and storage tanks are the two very distinguished characteristic of industrial infrastructures.

recovering rotterdam_final project_june 2014

Pladur competition_academic project_june 2013 On this edition of the Pladur速 Contest the goal is to work with the skeletons of buildings, which for some reasons, have been left unfinished in the urban landscape surrounding us. The architect must be able to colonize these abandoned areas and revitalize them with different activities and programs. Our proposal consists in the representation of a skeleton building that is part of our current landscape, in order to colonize as multiprogramming building. The new spaces created should have a multifunctional character. They should host together: temporary residential uses, workshops and public spaces dedicated to leisure. Also they should be built with flexibility, versatility and sustainability as the only way for technological innovation.

Self supported plaster panels walls/floors/ceilings

PLADUR technical ceilings TF/600

PLADUR double structure technical walls

Pladur competition_academic project_june 2013 1.concrete porticoes supporting structure 2.technical maintenance corridor 3.pladur ceiling TF/600 4.L-shaped profile supporting pladur ceiling TF/600 5.TF-38 profile 6.LF-32 angular profile 7.traditional walkable roof 8.lightweight concrete sloping 3% 9.Expanded polyethylene thermal insulation finis asphalt sheet for after fixation with the waterproof layers 10.asphalt sheet waterproofing 11.asphalt sheet waterproofing self-protected 12.plots 13.wood battens 6cm 14.wood exterior floor 15.brick parapet (1feet) finished metal sheet 16.inside fixed glass facade 17.fixed aluminium frames with thermal break 18.double glass 6mm 19.mobile exterior facade of perforated metal sheet 20.rail structure to facade modules displacement 21.vertical facade profile 22.horizontal facade profile 23.perforated metal sheet 24.lightweight concrete 3cm 25.linoleum 4cm 26.cabling

CRAI_academic project_setember 2012 The exercise studies the relationship between landscape and architecture in future developments of UFV Campus, where especially boundary conditions are imposed by the geography in the north of the campus, which is the proposed working environment. The building will be designed as a Resource Centre for Learning and Research UFV and will contain the program indicated by the UFV library. Something to think about is the particular situation between residential developments and university buildings, isolated from the campus because of a â&#x20AC;&#x153;bagâ&#x20AC;? formed by a parking area that should be analyzed. The building is conceived as a 1.200m2 pavilion, maximum surface, to accommodate 1.000m books on library and deposit. It should integrate quiet zones and noise zones that will be functionally and administratively independent, so they can have different access and operation. However, it is given the possibility of simultaneous use of certain spaces, shared by both areas, and that will be able to be used outside school hours, allowing access for all students to unique events.

CRAI_academic project_setember 2012

1. foundation plinth 2. foundation concrete wall 3. concrete slab 4. alveolar slab 5. IPN-300 6. IPN-160 7. L-shape profile 140 8. collaborating slab 9. skylight supported structure 10. plate 11. lean concrete 12. band 13. steel for continuity 14. bending moments steel 15. steel distributing mesh

16. 1feet brick wall 17. lightweight concrete sloping 18. expansion joint 19. geotextil 20. draining floor 21. draining pipe 22. asphalt sheet waterproofing 23. asphalt sheet waterproofing self-protected 24. installation mortar 25. expanded polyethylene thermal insulation 26. expanded polyethylene thermal insulation finish asphalt sheet for after fixation with the water proof layers draining protector layers

CRAI_academic project_setember 2012

27. ceiling tensor 28. rectangular steel tube 320 x 120 (parapet) 29. steel profile for finishing parapet 30. gravel 31. front upright for alucore metal panels 32. plaster panels support profiles 33. fixed aluminium frames with thermal break 34. fixed carpentry with silicon joints 35. double sliding carpentry 36. plots 37. bush hammered stone slab 38. wood battens 39. wood floor 40. self-supported plaster panels ceiling 41. self-supported plaster panels walls

CRAI_academic project_setember 2012

amontoar coimbra_academic project_june 2011 This work is located in the city of Coimbra in the area called “Beira” near the river. It is focused on the development of a “hybrid collective housing”, understanding the word “hybrid” as the composition of the programs to integrate uses and users with different identities (family and student housing, offices, shops, small equipment etc.) Beira area is located at south of the city. It is a unique area because of its location across the Mondego River and the railroad tracks. It is currently an area in conversion from house to new programs and a new tram station that will connect the city with the river and the railway station. It will be one of the new hot spots in the city and will be able to influence a new dynamism

amontoar coimbra_academic project_june 2011 to the lower part of the city that is currently very poor. We are facing a new landscape with a great diversity, a combinatorial possibility capable of achieving multiple types and mix of programs from the design of new mechanisms and structures more versatile, one “multiprogramátic” plurality, dealing with the coexistence of the residence with other heterogeneous activities. We are thinking “new landscapes inhabited” new sensibilities, new logic with the ability to charge new dimensions, a new architecture of “complicity” and “discoveries”, of presence and absence, and resonant interactions.

amontoar coimbra_academic project_june 2011

amontoar coimbra_academic project_june 2011 1._Deck roof no walkable (finished asphalt sheet waterproofing self-protected) 2._IPN 300 (horizontal structure from vierendeel beam) 3._IPN 180 (horizontal secondary structure from vierendeel beam) 4._2UPN 180 (vertical structure from vierendeel beam) 5._collaborating slab 6._ steel for continuity 7._ bending moments steel 8._ anti cracking reinforcement steel 9._collaborating plate from slab 10._ L-shape profile 130 11._ 1/2feet brick wall 12._ expanded polyethylene thermal insulation 13._geotextil 14._ lightweight concrete sloping 15._ asphalt sheet waterproofing 16._asphalt sheet waterproofing self-protected 17._ steel profile for finishing parapet 18._ galvanized steel plate 19._ self-supported plaster panels ceiling 20._ceiling 21._ wood battens 22._wood floor 23._roof drainer pipe 24._ sliding aluminium frames with thermal break 25._ fixed aluminium frames with thermal break 26._ plastering finish 27._ metal breastplate window 28._ foundation plinth 29._concrete slab 30._ foundation pile 31._ pile caps 32._sanitary slab 33._plate 34._exterior floor 35._inside plaster walls finished