Portfolio Architecture - 2023

JULIO MARTÍN-ARROYO MASEDA ARCHITECT

This portfolio collects a selection of my academic and professional porjects. The works included are architecture, structural and construction projects which cover different briefs and typologies.

It is suggested to read this portfolio in double page view email: jmartinmaseda@gmail.com tel: +34 647564256 www.linkedin.com/in/julio-martin-arroyo-maseda

JEWELLERY SCHOOL

IN THE JEWELLERY QUARTER OF BIRMINGHAM

Coventry University - Bachelor Degree in Architecture

Project in collaboration with the city council and the university to provide a new way of learning and teaching through apprenticeships, in a building providing the facilities, resources and housing for students.

ROLE

- Design the building and the urban planning for the plot

- Analyse and apply the use of passive and active strategies

- Create a brief, and visuals for the project

- Design the structure and details for the project

- Present the project

FULL DESCRIPTION

The aim of this project is to provide a school for the trades that have historically been done in the Jewellery Quarter, in order to promote the new development of the area towards a more diverse space, not just industrial.

The project utilizes the empty space under the aqueduct to create workshops for the jewellery making and the glass blowing, living the building to expand the uses by including exhibition spaces, actual classrooms, a material library and communal living spaces for the students.

The building also includes access to the railway on top of the aqueduct, which gives the project great connection with the rest of the city.

SENIOR CITIZEN CO-LIVING AND DAY CENTRE

FOR THE COMMUNITY OF SAN JEROMINO

Sevilla University - Bachelor Degree in Architecture

Project looking to provide services for the community, as well as a living community for elderly people who are not yet dependent or in need of medical attention.

ROLE

- Design the building and the urban planning for the surrounding area

- Create visuals, 3D models, plans and sections for the project

- Design the structure and details for the project

- Present the project

FULL DESCRIPTION

The project aimed at providing a useful space for multiple generations in the community, having the more open and public uses in the ground floor like the library, gym and rehabilitation centre and playrooms, which all have the opportunity to extend into the open space around the building even into the park right beside it.

The more private areas, the living spaces, are located in the 2 upper floors, having access to the best views, solar gains and ventilation. Between the public and private the first floor seeks to mix the different generations with the dining room, which is open to everyone, working spaces and lounging spaces for all residents and users of the building.

VIDRIO TRANSLÚCIDO

3 ESTRUCTURA TUBULAR DE SOPORTE LUCERNARIO ACERO S275 J0H

4 MURO SOPORTE LUCERNARIO:

SUBESTRUCTURA DE PERFILES EN U

AISLAMIENTO DE PANEL RÍGIDO DE LANA DE ROCA

e=60 mm DENSIDAD= 75 kg/m3

CHAPA PERFILADA MINIONDA e= 0.50 mm ACERO S220

GALVANIZADO

IMPERMEABILIZACIÓN ASFÁLTICA ELASTICA

SUBESTRUTURA DE SOPORTE

4 PERFIL HORIZONTAL DE MURO CORTINA DE ALUMINIO

5 FALSO TECHO REGISTRABLE:

PLACA DE CARTÓN-YESO LAMINADO

AISLAMIENTO DE PANEL RÍGIDO DE LANA DE ROCA

e=60 mm DENSIDAD= 75 kg/m3

MAESTRA Y ESTRUCTURA METALICA

DETALLE EN PERSPECTIVA D-D' Perspective Detail

ARTIST STUDIOS AND HOUSING FOR SCHOLARSHIP RECIPIENTS

OF THE SCHOOL OF FINE ARTS

Sevilla University - Masters Degree in Architecture

Project commissioned as a new space in the city for artists to create, live and share their multimedia art with people out in the open or in the workshops themselves.

ROLE

- Design the building in detail and the urban planning for the area

- Calculate and design the structure, facilities and facade details

- Analyse and apply the use of passive and active strategies

- Write a report of the building following the building codes

- Present the project

FULL DESCRIPTION

In this final project, the brief was to create workshops for multimedia artist that would have a residency of at least a year, where they could create art in collaboration with the university, while also having a living space. The building seeks to create a street or in-between space that gives access to all the spaces. Given that the plot originally had a steep drop, the project now provides a way to connect both levels in a smoother way, and giving that all the facades for the workshops are glazed the visual connection is never interrupted.

The dwellings are located in the first floor of the higher building so as not to obstruct the views and the ventilation. The design of the living spaces, since they are temporary, seeks to create community not just in artist but their possible families and partners. These housing modules are self-supporting, and independent of the general structure, which gives them flexibility to change the internal structure of the spaces if needed.

The general concept of the design seeks to create spaces and transitions, both on a bigger and a smaller scale, through large overhangs for providing shade, the different levels of the ground, multiple skins in the facades etc.

COL·LECTIVITAT HOUSING BUILDING

ARCHITECTURE COMPETITION FOR OFFICIALLY PROTECTED HOUSING

Sevilla - Bozzo Arquitectos

Design proposal for housing directed towards young and impoverished people, seeking to provide flexible dwellings and living spaces.

ROLE

- Look up and apply urban regulations for the area

- Help design internal layout of the apartments up to code

- Drawing plans and sections

- 3D modelling of the surrounding area

FULL DESCRIPTION

The brief for the competition was to create 70 affordable housing units for young families and couples and underprivileged people, ranging between 1-3 bedrooms.

The design looked to provide a community inside the buildings and in the internal courtyard, creating an open space that can be enjoyed by anyone. Inside the building the galleries created in the upper floors provide light from the open internal space all the way to the ground floor and the warmth of the wood creates an inviting space.

Every apartment is designed to flexible and easy to modify the layout, since the structure is designed to be in the parting walls and inclosing the wet area of the kitchen and bathrooms, which are always located in the internal facade of the building connecting to the galleries.

The building is designed to be built with CLT structure from the first floor upwards having the ground floor be a concrete base.

UN

PLANTA SÓTANO E: 1/200

y que

paneles CLT se les añade la capa de acabado "SATE".

Entre ambos muros las divisiones interiores podrán moverse todo lo que se quieran en la vivienda, con total libertad, dotando así a esta propuesta tipológica de total capacidad de adaptación espacial, de forma que los diferentes habitantes que puedan residir en ellas la acomoden a sus necesidades.

Capaz de decrecer Capaz de crecer

Capaz de decrecer Capaz de crecer

de adaptarse y modificarse fácilmente

MODELO HABITACIONAL

MODELO HABITACIONAL

escala 1:200

C o n t r a t o d e s e r v i c i o d e r e d a c c i ó n d e p r o y e c t o y d i r e c c i ó n d e o b r a s d e e d i f i c i o d e v i v i e n d a s d e p r o t e c c i ó n p ú b l i c a p a r a a l q u i l e r coL

SISTEMAS PASIVOS

SISTEMAS ACTIVOS

SISTEMAS PASIVOS

Passive and Active enviromental strategies

SISTEMAS ACTIVOS

SISTEMAS ACTIVOS

ENERGÍA FOTOVOLTAICA.

Sobre cubierta puede estimado de una vivienda es de unos 2.4 MWh/año. El total de l Se podría auto consumir compensaciones en la factura eléctrica.

En el caso de no coincidir energía, que permitirán, por ejemplo, cargar los vehículos eléc Además de la reducción vida del edificio, y una mejora considerable en la calificación

ENERGÍA FOTOVOLTAICA.

CLIMATIZACIÓN

propone una instalación mediante de calor AEROTÉRMICAS, lo cual el cumplimiento del HE4 para el de energías renovables para la producción de ACS, y además permite usar el equipo para la climatización de las viviendas mediante un split de conductos.

VENTAJAS:

Clima y ACS se resuelve con el mismo

Cumplimiento con HS4

Bajo consumo energético

Uso de equipos con muy altos rendimientos

Uso de energía renovable. Sencillez

Esquema insolación anual de la cubierta Instalación de placas fotovoltáicas.

tiempo. A partir de las 11 y hasta las 19, la producción supera a la demanda, por lo que en este intervalo se autconsume la energía solar hasta cubrir la demanda (VERDE) y se vierte el excedente a la red eléctrica (ROJO).

ABASTECIMIENTO

Hay dos frentes donde actuar para aumentar la eficiencia en la grifería de una instalación de abastecimiento: en el uso de la energía y en el uso del agua.

Respecto al uso de energía, es conveniente que toda la grifería disponga de barreras de temperatura (para limitar la temperatura máxima del ACS), ajuste termostático (para poder seleccionar adecuadamente la temperatura) y alimentación de agua fría en posición intermedia (para evitar constantes activaciones del sistema de producción de ACS cuando es innecesario) y 50% caudal con la maneta parcialmente levantada.

En cuanto a la eficiencia en el uso del agua, se tomarán medidas como incluir atomizadores en todos los grifos, limitar los caudales máximos (Cocina 8 l/min, lavabos 7l/min y duchas 9 l/min) asi como limitar el volumen de la descarga de las cisternas (6 litros / descarga)

AGUAS GRISES

Debido a la cuadrados terrazas y cobra sentido grises para para riego lluvia durante Alicante. Por saneamiento conduzca las lavabos, fregaderos, depósitos permitan almacenamiento, zonas verdes. pre filtro a un diversos procesos retirar los sólidos eliminar posible después almacenarse depósito, desde bombeo se (mangueras,

Esquema insolación anual de la cubierta Instalación de placas fotovoltáicas.

Annual sunshine chart for the roof. Placement of the photovoltaic panels.