Miguel Romero Sánchez
ARB Architect
Address: 62b Franciscan Road, London (SW17 8EQ)
Email: miguelrs1996@hotmail.com
Tel: (0)7707358168
I am a 26-year-old Spanish architect with 7 years of experience in the construction industry. I started my profession in Seville, Spain, and I have expanded it to the UK, continuously developing my international projection.
I am willing to join a group of professionals to exchange experiences and learn from, sharing my advanced skills in computer tools (Revit at BIM Level 2, AI Generation, Rendering, Adobe Suite...) and my technical knowledge in architecture and construction in all RIBA stages.
At work, I am energetic, self-taught, outgoing and have a great ability to adapt to new environments and optimize working methods to make them more efficient.
I am pleased to share with you some of my work in this portfolio.
EXPERIENCE
2021 - 2023
Project Architect at Henley Design
Large Residential and Mixed-use Developments
London, UK
2020 - 2021 Architect | 2017-2022 Architectural Assistant
Carrascal - Fernández de la Puente Architects
Residential Developments, Public Buildings and Offices
Seville, Spain
2019 - 2020 | 2017 - 2018
Architectural Assistant at ETSA’s Department of Design
Projects Coordinator and Teaching Assistant
Seville, Spain
2018 - 2019
Architectural Assistant at ETSA’s Department of Structural Engineering
National Research Grant
Seville, Spain
AWARDS AND RECOGNITIONS
February 2020
Valedictorian in Bachelor’s Degree in Architecture, 2019
Top of the class, University of Seville Award
2018
International Exhibition at the Spanish Pavilion of the 16th Venice Architecture Biennale
Project: Becoming - Experimental Learning Activity: Temporary Exhibition Pavilions
March 2017
Honourable Mention at CICSE III Student Competition
International and National Congress on Sustainable Construction and Eco-efficient Solutions (CICSE III)
Project: Homo Ludens-Sapiens Portable Pavilion
June 2014
Protagonists of Tomorrow Award
Youth Leadership Award, Extremadura Rotary International Club
EDUCATION
2019 - 2020
Master’s Degree in Architecture
School of Architecture, ETSA
Seville, Spain
December 2019
BIM Management Course
School of Architecture, ETSA
Seville, Spain
2014 - 2019
Bachelor’s Degree in Architecture
School of Architecture, ETSA
Seville, Spain
2012 - 2014
Honours in Baccalaureate in Science and Technology
“Mª Auxiliadora” High School
Mérida, Spain
LANGUAGE SKILLS
100% Spanish Native
English Fluent 80%
TECHNICAL SKILLS
Revit, Autocad
Lumion, Enscape
Photoshop, Illustrator, Indesign
Rhinoceros 3D
AI Generation Tools
Sketchup, V-Ray
3d Printing
Grasshopper
Sap2000 + Cype
Dynamo
Adobe Premier, After Effects
Word, Excel, PPT, Outlook
Selected OWN Works
Endless Street | Intergenereational Cohusing ............................................................................ 6 Homo Luden-Sapiens | Portable Pavilion ................................................................................ 12 Social Interior Street | Intervention on The Albert Tower ...................................................... 18 Jerez Urban Highwalks | Rehabilitation of Bottle Factory .................................................... 24 Naturalizing the City | Eco-District in Lebrija ............................................................................ 26 Experience in UK | Henley Homes ............................................................................................... 29 Experience in Spain | Carrascal - Fernández de la Puente Architects ................................. 35
Experience
Professional
Endless Street
Intergenerational Cohousing
Date: 2020 - Master’s Degree, 6th Year
Type: Mixed Use
Site: Seville, Spain
Endless Street Intergenerational Cohousing
Date: 2020 - Master’s Degree, 6th Year
Type: Mixed Use
Site: Seville, Spain
The project is understood as an infrastructure arising from the extension of the public space of the district of San Jerónimo (Seville) into the interior of the building, generating a path for the residents of the neighbourhood that ascends to the roof, from where they can appreciate the views of the river Guadalquivir. To this end, the building is developed vertically along two parallel ramps destined for different programmes: one for community use, which contains the accommodation for the residents of the cooperative, and another of a public nature, accessible to any visitor, which contains a set of local workshops in which the cooperative members will develop their own micro-economies.
The programmatic spaces of each ramp will be located on horizontal platforms attached to the ramps in a staggered manner. These platforms have been conceived as plots that allow free combinations and configurations of the spaces built on them according to the needs of the users. In this way, the complex behaves as flexible support that has the basic services to be colonised by the users. On the arrival at the cooperative, users will be provided with a manual containing the rules for colonising the available plots. The building will function as a living organism that will be adaptable over time to the requirements and transformations of the community.
8 | ENDLESS STREET
ENDLESS STREET | 9
Ground Floor
Third Floor | Initial State
Third Floor | Colonised State
Longitudinal Section
SISTEMA DE FACHADA DE TALLERES A GALERÍA MEDIANTE PANELES DE POLICARBONATO ALVEOLAR CON PROTECCIÓN UV DE COEXTRUSIÓN EN EL LADO EXTERNO, ESTRUCTURA DE 11 PAREDES (E=60 MM) COLOR BLANCO, PERFILES PERIMETRALES DE CORTE TÉRMICO DE ALUMINIO LACADO EN BLANCO CON JUNTAS EXTERNAS DE ESTANQUEIDAD DE GOMA EPDM. FORMACIÓN DE HUECOS MEDIANTE MONTANTES Y TRAVESAÑOS DE MURO CORTINA DE ALUMINIO CON UN ANCHO DE 55 MM LACADO EN BLANCO CON JUNTAS DE EPDM.
RAMPAS DE LOSA MACIZA DE HA-30/P/15/I ALIGERADO, CANTO 20 CM, CON ACABADO SUPERFICIAL DE HORMIGÓN FRATASADO HA-25/P/20/IIA CON ADITIVOS
3D Exploded - Construction Systems
SISTEMA DE CUBIERTA AJARDINADA INTENSIVA COMPUESTA POR SUSTRATO PARA PLANTACIONES (E=20CM) O GRAVA PROCEDENTE DE ÁRIDOS DE MACHAQUEO, COLMATADOS CON LECHADA CEMENTANTE, FILTRO DE POLIPROPILENO, CAPA DE DRENAJE DE POLIOLEFINA RECICLADA (E=6CM), GEOTEXTIL DE FIBRA DE POLIÉSTER/POLIPROPILENO, PANEL AISLANTE CON NÚCLEO DE XPS (E=5CM) BAJO LÁMINA ANTIRAÍCES DE FPO, LÁMINA IMPERMEABILIZANTE AUTOPROTEGIDA DE PVC PLASTIFICADO CON TRATAMIENTO ANTIRAÍCESY FIJACIÓN
MECÁNICA TIPO SARNABAR, IMPRIMACIÓN, FORMACIÓN DE PENDIENTE DE HORMIGÓN CELULAR Y FORJADO RETICULAR DE HA-30/P/15/I, CANTO 40 + 5 CC, DE CASETONES RECUPERABLES (SISTEMA HOLEDECK PARA PASO DE INSTALACIONES).
FORJADO INTERIOR RETICULAR DE HA-30/P/15/I, CANTO 30 + 5 CC, DE CASETONES RECUPERABLES (SISTEMA HOLEDECK PARA PASO DE INSTALACIONES), SOPORTES PEYGRAM CON ALTURA CONSTANTE DE 5CM, TRAVESAÑOS DE ALUMINIO, LANA MINERAL (E=2CM) Y SOLADO REGISTRABLE DE BALDOSAS DE GRES CERÁMICO 40X40X2CM.
SUELO DE TERRAZA DE VIVIENDAS COMPUESTO POR PAVIMENTO DE TABLAS DE MADERA DE DOUSSIE CON JUNTA
ABIERTA PARA EVACUACIÓN DE AGUAS (E=3CM) SOBRE RASTRELES DE MADERA DE PINO TRATADA Y SOPORTES PEYGRAM CON ALTURA REGULABLE ENTRE 5-10 CM, PANEL AISLANTE CON NÚCLEO DE XPS BAJO LÁMINA ANTIRAÍCES FPO, GEOTEXTIL DE FIBRA DE POLIÉSTER/POLIPROPILENO, LÁMINA IMPERMEABILIZANTE AUTOPROTEGIDA DE PVC PLASTIFICADO AUTOADHESIVA, IMPRIMACIÓN, FORMACIÓN DE PENDIENTE DE HORMIGÓN ALIGERADO CON ARLITA Y LOSA MACIZA DE HA-30/P/15/I ALIGERADO, CANTO 25 CM. PROTECCIÓN SOLAR EN TERRAZA MEDIANTE SISTEMA CORREDERO PREFABRICADO DE ACERO GALVANIZADO LACADO EN BLANCO, MALLA METÁLICA Y BASE DE 30CM PARA PLANTACIÓN DE ENREDADERAS.
SISTEMA DE FACHADA CONFIGURABLE POR LOS USUARIOS Y
ANCLADA A LA PERFILERÍA DE ACERO GALVANIZADO
EXISTENTE LACADA EN NEGRO EN VIVIENDAS, EN BLANCO EN TALLERES Y MODULADA CADA 95 CM, COMPUESTA POR
PANELES DE HPL EN VIVIENDAS CON ACABADO EN MADERA DE PINO ROJO TRATADA O PANELES DE FIBROCEMENTO DE COLOR
GRIS PERLA EN TALLERES (E=20MM), CÁMARA DE AIRE
PARCIALMENTE VENTILADA (E=50MM), PANEL SANDWICH DE
AGLOMERADO HIDRÓFUGO CON NÚCLEO DE XPS (E=80MM), SELLADO DE JUNTAS MEDIANTE LÁMINA IMPERMEABILIZANTE
AQUAPANEL, TRASDOSADO AUTOPORTANTE CON PERFILES M-46, LANA MINERAL (E=5CM) Y DOBLE PLACA DE ARCILLA ARMADA CON INCORPORACIÓN DE MATERIALES DE CAMBIO DE FASE.
PINTURA DE ACABADO INTERIOR A ELECCIÓN DEL USUARIO
SISTEMA DE FACHADA PARA MÓDULOS FIJOS COMPUESTA POR MORTERO FRATASADO SUPERFICIAL AQUAPANEL W2 (E=20MM), LÁMINA IMPERMEABILIZANTE AQUAPANEL, PLACA KNAUF AQUAPANEL OUTDOOR (E=15MM), PERFILERÍA AUTOPORTANTE DE ACERO GALVANIZADO, LANA MINERAL (E=80MM), CÁMARA ESTANCA DE 15CM PARA PASO DE INSTALACIONES, TRASDOSADO AUTOPORTANTE CON PERFILES M-46 ARRIOSTRADOS, LANA MINERAL (E=5CM) Y DOBLE PLACA DE ARCILLA ARMADA CON INCORPORACIÓN DE MATERIALES DE CAMBIO DE FASE. PINTURA DE ACABADO INTERIOR A ELECCIÓN DEL USUARIO.
HIDROFUGANTES DE BAJA RETRACCIÓN, SELLADO DE POROS Y MALLAZO DE REPARTO 15-15-4 (ESPESOR MEDIO 5CM), ACABADO EN RAMPA COMUNITARIA MEDIANTE IMPRESIÓN DE ADOQUINADO.
10 | ENDLESS STREET
ENDLESS STREET | 11 Cross Section
Design variations generated with AIs (Midjourney)
Homo Luden-Sapiens
Portable Pavilion
Date: 2016 - Bachelor’s Degree, 3rd Year // Honourable Mention in CICSE’17
Type: Leisure Pavilion
Site: Undetermined (Portable)
Isabel II,
Bridge of
Seville
Homo Luden-Sapiens
Portable Pavilion
Date: 2016 - Bachelor’s Degree, 3rd Year // Honourable Mention in CICSE’17
Type: Leisure Pavilion
Site: Undetermined (Portable)
The reactivation of urban areas through culture and entertainment is the main function of the Homo Ludens-Sapiens Mobile Pavilion. Attached to bridges in different cities, it will become an urban element that aims to attract the public to enjoy reading thanks to its library programme, or borrowing games to revitalise the area in which it is located.
Its envelope behaves like a multifunctional skin formed by a succession of ribs or pieces that guarantee its polyvalence as shelves, seats, stairs, reception and sifter of incoming light (sunlight) and outgoing light (night-time permeability of artificial light).
The structure, which can be adjusted to the different heights of the bridges and the materials used for its construction (laminated wood and curved cellular polycarbonate) reduce the environmental impact of the construction by reusing the pavilion itself in different cities or recycling its components.
14 | HOMO LUDEN-SAPIENS
Cross Section
Longitudinal Section
HOMO LUDEN-SAPIENS | 15
Adults Leisure Adults Reading Roof Plan (+13,5m) Top Level (+9,5m) Intermediate Level (+7,0m) Bottom Level (+2,0m) Seating Area Children’s Area
Top Level Structure
Intermediate Level Structure
Bottom Level Structure
Construction Process
16 | HOMO LUDEN-SAPIENS
HOMO LUDEN-SAPIENS | 17
Roman Bridge, Mérida
Social Interior Street
Intervention on The Albert Tower
Date: 2017 - Bachelor’s Degree, 3rd Year // Published in Reversed Archaeology
Type: Mixed Use
Site: Paris, France
Social Interior Street
Intervention on The Albert Tower
Date: 2017 - Bachelor’s Degree, 3rd Year // Published in Reversed Archaeology
Type: Mixed Use
Site: Paris, France
The Albert Tower, 1956, is a historic residential building in the city of Paris developed on 22 floors with a large void on the sixth floor which creates a terrace-viewpoint space. It is considered a historical monument for being one of the first skyscrapers built in the city.
The proposal aims to rescue the concept of the terrace space on the 6th floor, connecting it with the rooftop of the complementary building, through a workshops area as a public elevated square covered by a geodesic bamboo infrastructure, where the neighbours will be able to develop their own microeconomics. The community sense will be extended through a public way or interior street from the workshops area to the top of the tower, solving the lack of coexistence spaces and allowing people to go up stepwise through them.
This way will include different functional programs to activate the common spaces, and it will be completed by a viewpoint and civic centre on the last floor. Houses will be developed around the public street, keeping a privacy gradient and improving the relationship between the neighbours. In this way, the tower would work as a little neighbourhood with a square, street, functional programs and housing.
20 | SOCIAL INTERIOR STREET
SOCIAL INTERIOR STREET | 21
South Main Elevation
West Side Elevation
Standard Plan | Initial State
Standard Plan | Proposal
22 | SOCIAL INTERIOR STREET
6th
Floor Plan | Workshops Area
SOCIAL INTERIOR STREET | 23
Common Interior Space View | Workshops Area View
Jerez Urban Highwalks
Rehabilitation of Bottle Factory
Date: 2018 - Bachelor’s Degree, 5th Year // Published in Intervenciones Urbanas para Jerez
Type: Master Plan
Site: Jerez, Spain
24 | JEREZ URBAN HIGHWALKS
JEREZ URBAN HIGHWALKS | 25
Highwalk and Elevated Square View
PEDESTRIAN MOBILITY AND URBAN TRANSPORT
The entire intervention is easily walkable, in some cases using the pre-existing pathways. The blocks are raised off the ground to facilitate pedestrian mobility, offering visual connections between spaces. In addition, an urban bus stop is added, encouraging mobility by public transport and connecting the neighbourhood with the city centre.
Naturalizing the City
Eco-District in Lebrija
Date: 2018 - Bachelor’s Degree, 4th Year
Type: Master Plan Site: Lebrija, Spain
Cultural Centre
Library School
Bus Station
Workshops Training Centres Local Soup Kitchen Care Centre Nursery
Private Housing (Tertiary Use on Ground Floor)
Social Housing (Tertiary Use on Ground Floor)
Local Agricultural Market Cultivation Area
+
= Microeconomics
26 | NATURALIZING
THE CITY
Integration of the Pre-existing Stream
BLURRING THE CITY LIMITS
Introducing nature into the spaces of a residential neighbourhood. Loss of the urban edge and fusion with the rural environment.
LANDSCAPE GENERATING MATRIX
The blocks are generated from a grid drawn as a product of the possible routes established from the relationship between pre-existing buildings and points of interest in the new development.
ROADS RESTRUCTURING AND CAR PARKS
The existing roads will be integrated and their sections and uses will be changed. The old existing rural paths are also considered for the development of the new road network. The car parks are not located on the edge of the road but on the restricteduse roads that serve each block.
CONTINUITY OF THE PUBLIC SPACE
The public spaces, designed for the pedestrian, not for the car, are visually and spatially related to each other, creating a sequence of routes and connected squares. In the centre of the area, a green axis maintains the pre-existing stream and creates a space for interaction between nature and the neighbourhood. In the north of the area, another large green space acts as a connection of the new area with the rest of the city.
NATURALIZING THE CITY | 27 Urban and Rural Environment Fusion
Experience in UK
Henley Homes
Website: henley-homes.co.uk
Duration: 2021 - 2023 | Location: London, UK Projects: Large Residential and Mixed-use Developments
180 Ilderton Road Ltd
Site: Southwark, London
Type: Mixed-use Development
Height: LG + GF + Mez + 7 Floors
Total Units: 254 | Commercial / Retail: 2,482 m2
30 | HENLEY HOMES
CGI from Planning Consent (Glenn Howells Architects) Balconies Installation Interior of apartments Revit Model (BIM Level 2) - 3D Section Drone view prior to masonry installation
Beamhouse Yard
Site: 5-9 Surrey Street, Croydon, London
Type: Mixed-use Development | Height: LG + GF + 7 Floors
Total Units: 55 | Commercial: 218 m2
Café and Community Venue: 485 m2
HENLEY HOMES | 31
CGI from Planning Consent (Maccreanor Lavington Architects)
Revit Model (BIM Level 2) -
Existing building prior to demolition
Surrey Street
Elevation and Axonometric view from Mathews Yard
Drone view from Mathews Yard
Drone view. Lightweight Steel Framing (LSF) system installation
40-60 Cherry Orchard
Site: Croydon, London
Type: Residential Development
Height: GF + 8 Floors
Total Units: 120
G 1 1 C 1 2 N 1 2 M O Q 1 O CO BLOCK A BLOCK B - - - - -GA P - 501 05 2 C N T U TIO32 | HENLEY HOMES
Revit Model (BIM Level 2) - Typical Level and Axonometric View
LSF cassettes and walls installation on site RC podium casting process on site
CGIs from Planing Consent (Morgan Carn Partnership Architects)
339 Norwood Road & 3 Thurlow Park Road
Site: Lambeth, London
Type: Residential Development
Height: LG + GF + 5 Floors
Total Units: 43
HB - 0 71 71 61 71 08 o k - 0 Block A - Level 38925 Block - Level 38925 35 50 15 support Aluminium window system Balcony Decking TBC Rigid insulation laid onto falling screed Adjustable Pedestals Insitu Concrete Ground Floor slab Cavity barrier (open state with intumescent) Vapour control layer - DuPont Tyvek FirecurbFixed to Mechslip rails window via clip Fixing Lug Mechslip system by Aquarian (Soldier Course) EPDM bonded to Window/Door frame and support Horizontal open-state fire barrier 12 100 300 PPC Pressed metal watercheck clip RAL1035 Fixed to parapet cover 200 350 Mechslip system by Aquarian All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details CP board with aluminum support angles and protective nosing for waterproofing supportcavity extending into services void Vent brickslips by Mechslip Fire stopping to subcontractor design 150 LSF S/O Window Brick S/O SFS S/O Hopper Gutter for balcony discharge Hopper TBC Level 1 40800 15 Vapour control layer Breather membrane up with Rockwool RWA45 insulation PPC metal head pressing Cladding panels by Aquarian Horizontal open w. intumescent Fixed to parapet cover All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer CP board with aluminum support angles and protective nosing for waterproofing support when required LSF S/O Window Brick S/O Rev Date Description project DRA - HD Scale Henley Construct, Havelock Terrace, London SW8 4AL Do not scale from drawings. All discrepancies to reported to Henley Construct immediately. Dimensions be verified contractor on site prior any works Scale @ A1 1 5 XX Typical Concrete Balcony Section Details TULSE HILL 04/08/22 XX 4851 50TH PRELIMINARY Section Detail -Typical Concrete Balcony -Ground Floor 2 P2XX/12/22Details Update PW Comments 5 Section Detail -Typical Concrete Balcony -First Flo Block A 51675 or Cladding panels DuPont Tyvek Firecurb up with Rockwool RWA45 insulation EPDM bonded to Window/Door frame and support Cavity barrier (open state with intumescent) PPC Pressed metal watercheck coping RAL8040 CP board with aluminum support angles and protective nosing for waterproofing support 15 (min. 150) 250 Block A - Level 4 51675 Window S/O LSF S/O Aluminium window system Adjustable Pedestal Mechslip system by Aquarian or Cladding panels PPC Pressed metal watercheck coping RAL8040 Insect mesh to ventMechslip system by Aquarian or Cladding panels Rockwool DuoSlab insulation - DuPont Tyvek Firecurb Fixed Mechslip rails and window via clip All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details protective nosing for waterproofing support when required 15 50 (min. 150) 250 Description Henley Construct 2017 All rights reserved, including but not limited to Copyright, project title date - HD Henley Construct, 50 Havelock Terrace, +44 (0)20 7401 8333 www.henleyconstruct.com XX LSF Roof Terraces TULSE HILL 04/08/22 XX 50TH PRELIMINARY Section Detail -LSF Terrace above Internal Space 1 Section Detail -LSF Terrace above Balcony 2 3 5 / 8 4 2 Steel Fire Protection TBC by Fire Consultant Detail may change depending on the sequence (subject to the scope of the subcontractors) Block A - Level 4 51675 Window S/O PPC Pressed metal watercheck clip RAL 1035 fixed to parapet cover Cavity Barrier Mechslip system by Aquarian or Cladding panels Waterproof membrane 12mm Y Rockwool duo slab insulation Breather membrane PPC metal head pressing Horizontal open w. intumescent LSF Build Vapour control layer 2x15mm BG Fireline EPDM bonded to Window/Door frame and support Cavity barrier (open state with intumescent) PPC Pressed metal watercheck coping RAL8040 Fixed to Mechslip rail & LSF Adjustable Pedestal Drainage Outlet Rigid slab Insulation intelligent steel design Fixing Lug Waterproof membrane Painted MDF Window Board up with Vapour control Aluminium window system 150 200 All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details CP board with aluminum support angles and protective nosing for waterproofing support when required Cladding panels by Aquarian min. 150 10 15 50 (min. 150) Plywood decking Block A - Level 4 51675 Aluminium window system Painted MDF Window Board Adjustable Pedestal Mechslip system by Aquarian or Cladding panels Balcony Decking TBC PPC Pressed metal watercheck coping RAL8040 Fixed to Mechslip rail LSF Insect mesh to vent 12mm Y-Wall Mechslip system by Aquarian or Cladding panels Breather Membrane - DuPont Tyvek Firecurb PPC metal head pressing Fixed to Mechslip rails and window via clip All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details CP board with aluminum support angles and protective nosing for waterproofing support when required min. 150 15 10 10 (min. 150) 250 20mm Lewis Deck Description Henley Construct 2017 All rights reserved, including but not limited he Copyright, Design and Patents Act 1988 project title DRA date - HD Scale @ A3 Henley Construct, 50 Havelock Terrace, London +44 (0)20 7401 8333 +44 (0)20 7401 8999 www.henleyconstruct.com Do not scale from drawings. All discrepancies reported to Henley Construct immediately. Dimensions be verified by contractor on site prior to any works Scale @ A1 5 P2 XX LSF Roof Terraces Section Details TULSE HILL Drawn MRSChecked GLJ 04/08/22 1:10 XX 4855 50TH PRELIMINARY 5 Section Detail -LSF Terrace above Internal Space 1 5 Section Detail -LSF Terrace above Balcony 2 P2XX/12/22Details Update to PW Comments MRSGLJ 34854 1/4854 24855 24854 1/4855 Steel Fire Protection TBC by Fire Consultant Detail may change depending on the sequence (subject to the scope of the subcontractors) Block A - Level 3 48375 EXTERNAL EXTERNAL EXTERNAL EXTERNAL 150 2x15mm BG Fireline Rockwool Duo slab Insulation Waterproof membrane Painted MDF Window Board LSF Build-up with Rockwool RWA45 insulation Vapour control layer Aluminium window system Bauder Sedum Lightweight Roof (or similar) SDF Mat Drainage layer Horizontal open-state fire barrier w. intumescent Mechslip system by Aquarian or Cladding panels 12mm Y-Wall PPC Pressed metal watercheck clip RAL 1035 fixed to parapet cover Cavity Barrier Mechslip system by Aquarian or Cladding panels 12mm Y-Wall Rockwool duo slab insulation Breather membrane - DuPont Tyvek Firecurb PPC metal head pressing Horizontal open-state fire barrier w. intumescent LSF Build-up with Rockwool RWA45 insulation Drainage Outlet (All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details) CP board with aluminum support angles and protective nosing for waterproofing support when required Insect mesh to vent (min. 150) 180 20mm Lewis Deck (min. 75) 80 1:80 FALL 150 PPC Pressed metal watercheck clip RAL 1035 fixed to parapet cover DuPont Tyvek state fire barrier up with Rockwool RWA45 2x15mm BG Fireline Drainage Outlet (All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details) CP board with aluminum support angles and protective nosing for waterproofing support 2x15mm BG Fireline 12mm - Y-wall Waterproof membrane Painted MDF Window Board LSF Build-up with Rockwool RWA45 insulation Vapour control layer Bauder Sedum Lightweight Roof (or similar) SDF Mat Drainage layer INTERNAL EXTERNAL INTERNAL EXTERNAL Aluminium window system Steel structure to intelligent steel design (min. 150) 178 (min. 75) 80 Plywood decking Rev Date Description DwnCkd Henley Construct 2017 All rights reserved, including but not limited to he Copyright, Design and Patents Act 1988 project title PROJECT COMPANY PHASE LEVEL DOC TYPE DISCIPLINE SERIES REVISION DRA date - HD Scale @ A3 Henley Construct, 50 Havelock Terrace, London SW8 4AL UK +44 (0)20 7401 8333 F +44 (0)20 7401 8999 www.henleyconstruct.com notes: Do not scale from drawings. All discrepancies to reported to Henley Construct immediately. Dimensions to be verified by contractor on site prior to any works Scale @ A1 1 5 P2 XX LSF Green Roofs Section Details TULSE HILL Drawn MRSChecked GLJ 04/08/22 1:10 XX 4856 50TH PRELIMINARY Roof above Balcony above Internal Space P121/10/22First Details Issue MRSGLJ P2XX/12/22Details Update to PW Comments MRSGLJ 1 5 Section Detail -LSF Green Roof Interface 3 3/4854 1/4854 3/4856 2/4856 1/4856 WIP MJ requested? Block A - Level 0 38925 EPDM bonded to Window/Door frame and support Aluminium window system Painted MDF Window Board Rigid insulation laid onto falling screed Hot Melt Waterproofing SystemTBC Adjustable Pedestals Balcony Decking TBC Cavity barrier (open state with intumescent) Vapour control layer 2x15mm BG Fireline PPC metal head pressing Fixed to Mechslip rails window via clip Fixing Lug EPDM bonded to Window/Door frame and support Breather membrane - DuPont Tyvek Firecurb PPC metal head pressing Soffit support TBC Mechslip system by Aquarian (Soldier Course) Insect mesh to vent Horizontal open-state fire barrier w. intumescent Knauf Soffit Linerboard (or similar) TBC 150 PPC Pressed metal watercheck clip RAL1035 Fixed to parapet cover Rigid Insulation 190 38735 All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details CP board with aluminum support angles and protective nosing for waterproofing support when required 1 8 VCL 50 Overflow Pipe RWP from above 80 EPDM Mastic Sealant Block A - Level 38925 EPDM bonded to Window/Door frame and support Aluminium window system Painted MDF Window Board Balcony Decking TBC Rigid insulation laid onto falling screed Hot Melt Waterproofing SystemTBC Adjustable Pedestals Insitu Concrete Ground Floor slab 38625 Breather membrane - DuPont Tyvek Firecurb Mechslip system by Aquarian (Soldier Course) Rockwool DuoSlab insulation Insect mesh to vent Horizontal open-state fire barrier 100 300 PPC Pressed metal watercheck clip RAL1035 Fixed to parapet cover Mechslip system by Aquarian (English Bond) Blockwork (cut row beneath top course) Compressible mineral wool fill mastic Rigid insulation Vapour control layer Ceiling board TBC All penetrations through waterproofing to be sleaved/lapped/pitch pocketed to manufacturer details CP board with aluminum support angles and protective nosing for waterproofing support when required 80 10 1 80 EPDM Mastic Sealant Description Henley Construct 2017 project DRA date - HD Scale @ A3 Henley Construct, 50 Havelock Terrace, London +44 (0)20 7401 8333 F +44 (0)20 7401 8999 www.henleyconstruct.com notes: Do not scale from drawings. All discrepancies reported to Henley Construct immediately. Dimensions be verified by contractor on site prior to any works Scale @ A1 1 P2 XX Concrete Balcony Above Entrance Section Details TULSE HILL Drawn MRS Checked GLJ 03/08/22 1:10 XX 4852 50TH PRELIMINARY Entrance Store P2XX/12/22Details Update PW Comments MRSGLJ 1 2 HENLEY HOMES | 33
Revit Model (BIM Level 2) - Axonometric View CGIs from Planing Consent (Tigg + Coll Architects) Section Detail Terrace above balcony (LSF Structure) Section Detail Concrete balcony above Dwelling (RC Slab) Ground Floor Level Detailed Axonometric Views from Revit Model
Experience in SPAIN
Carrascal - Fernández de la Puente Architects
Website: www.carrascal-fernandezdelapuente.com
Duration: 2017 - 2021 | Location: Seville, Spain
Projects: Residential Developments, Public Buildings and Offices
Competition for Subsidised Housing and Accommodations
Type: Residential Site: Seville, Spain
Date: 2019
36 | INTERNSHIP
Subsidised Housing and Commercial Units, Almería
Type: Mixed-use Development
Site: Almería, Spain
Date: 2020
INTERNSHIP | 37
164 Affordable Dwellings in La Rinconada, Seville
Type: Residential
Site: La Rinconada, Seville, Spain
Date: 2017
38 | INTERNSHIP
78 Detached Houses in Dos Hermanas, Seville
Type: Residential
Site: Dos Hermanas, Seville, Spain
Date: 2018
INTERNSHIP | 39
THANK YOU miguelrs1996@hotmail.com (0)7707358168