ARCHITECTURAL PORTAFOLIO
Mr. SERGIO MANUEL BARON SORACIPA.
CONTENT:
Professional profile. Professional Experience. Education.
PROJECTS
01 - Megathek Hamburg digital centre for the han seatic city. Hamburg, Germany.
02 - Archaeological cultural centre. Komaróm, Hungary
03 - Budapest Media Library. Budapest, Hungary
04 - Butterfly sensible urban renewal project on slums. Bogotá, Colombia
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01 02 03 04 12
Professional profile.
Mr. SERGIO MANUEL BARON SORACIPA
Architect with robust problem-solving skills and proven experience in urban re newal projects, Building constructions knowledge and design process Interna tional architectural projects.
Special interest on social sustainability in low -income communities , development of social policies enhancing the design process regarding to people.
Background working in architectural stu dios in a local and international scale, standing out by creativity and constancy.
Alvar Alto house, Constraint between colours and materials keeping the light as the main Actor of every single space.
Contact Information:
Email: sergio.baron87@outlook.com Phone: 36 304767140
Linkedlink: sergiobarons87.
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PROFESSIONAL EXPERIENCE
2020 March - Currently Anterra. Zrt Budapest, Hungary
Architect Designer
Architectural projects development from preliminary sketches with the chief archi tect until presentations following the cli ents requirements and urban code regu lations.
Architectural projects representation (Study plan, construction plans, Informa tion models and visualizations mainly by Archicad, Sketchup and 3d Max + V ray.
Development of the Studio Marketing strategy by the creation of digital portfo lio , Website (on process), and publication material. Experience working on Indesign word and Photoshop for post-production.
June 2020 - 2022 February (Part time).
En-Tetom Budapest, Hungary Junior site manager.
Control and development of construction activities on the site, specifically roofs ,terraces, and interior wood structures.
Design and Construction of timber struc tures, carpentry for inner spaces, roofs, terraces and yards.
2021 August / September. GMP- Academy of Architecture and Culture. Hamburg ,Germany.
Designer - Workshop
1 Project -24 Elaboration of design con cept, urban proposal, Architectural plans, physical model and exhibition printouts.
Participation in Charrettes, design pro cess and project defence presentation.
Project evaluation by Guest Critics from OMA, ALA Architects, Schmidt Hammer Lassen, Aarhus and of course By Prof.DrIng H.C Volkwin Marg and Nikolaus Goet ze from GMP.
2020 June / 2021 July. Proiekt. Remote, Spain. Architect Designer (Freelance). Remote
Elaboration of construction plans 1-50, details and BIM model in ArchiCAD and Autocad for Housing projects.
ArcGis consultant, in urban plans scale projects and environmental impact stud ies.
- 2017 October / 2019 August. N.G.O Tierra sos. Bogotá ,Colombia. Technical Architect.
Formulation and Construction of sensi ble urban renewal projects for vulnerable communities, and Housing development.
Elaboration of GIS data base with the so cial and technical information in order to have an effective time schedule and re sources management.
Project presentation and participatory design process with the community and the local planning office.
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Professional profile.
EDUCATION:
2019 / 2021 - MSc Architecture. Awarded Scholarship. GPA 4.4/5. Budapest, Hungary Budapest University of Technology and Economics.
- TDK Research paper Social Housing Cienaga del Magdalena Colombia.
- Summer 2020 , Seminar , Journey
Climate Change Actions Program EIT cli mate KIC a body of the European union.
2012 / 2016 - B.A Architecture. GPA 4/5. Tunja, Colombia
Saint Tomas University.
- International seminar “Design and vulnerability” October 3,4 and 5 2012.
- International seminar “Face of the Architect” March 2014 19,20,21.
- Seminar “Geo-prevention” 20 Sep tember until 2 October 2016.
- Seminar “Wood construction” 28 Sep
IT SKILLS:
ArchiCAD:
3D Max + Vray :
ArcGIs:
AutoCAD:
AdobeSuite (Ps, Id, Ai):
Office, Excell and Project: Hand Drawing :
Model Maker:
LANGUAGES:
- Spanish: Native. - English: C1. - German: A1. - Hungarian: A1.
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MEGATHEK
HAMBURG
01
LIBRARY
NETWORK 04
Exterior visualization, Megathek Libary.
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DIGITAL CENTRE FOR THE HANSEATIC CITY.
The main design idea for the Megathek Ham burg was to create a space that functions as part if an urban network within itself, support ing the context and their relationships as a public building, providing a range of function for the society to stay, learn , study, work and meet as a landmark in Hamburg city centre.
By and adjustment of the existing structural grid the Library is formed by a void shaping the functions, the architectural distribution where the people will find places to be with them self or share knowledge in the differ ent study spaces, workshops and multimedia rooms.
In order to create an smooth transition be tween the public space and the building the original facade is pulled into de void opening the entire ground floor to public space.
Currently the building is use by a Bank , the aim of the workshop was to create vis a vis with its cultural context given to a city a dy namic cultural chain.
The team on Hamburg.
Project Location, Hamburg city Centre.
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DESIGN CONCEPT CONSTRUCTION
1. Current structure.
2. Atrium and City Integration.
3. Attaching Network.
Design concept development , by Group 01 using the urban tension into the existing grid structure.
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FUNCTIONS DISTRIBUTION ISOMETRIC.
The Library functions are distributed by noise level according to its floor the ground floor mostly public with the most noisy activities and the latest floor will be located the focus area and private spaces.
Everything is connected by the void attached by different ramps and staircases, playing two main functions connectivity and gather ing points all around the building in vertical and horizontal circulation.
by the upper floor the main reading area and the cafeteria will be located taking advantage of the view and the natural determinants.
Ground floor.
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2nd floor.
3nd floor.
5nd floor.
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View from the entrance hall.
The entrance with the opening on the facade will provide a constant flow of people into the building giving an entrance sensation on differ ent stories.
View from the corridor around the void.
By a synergy between the function and the structure the big staircases will connect the difference floors and at the same time invite people to gathering on.
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02 ARCHEOLOGICAL CULTURAL CENTRE - KOMARÓM, HUNGARY CONTEMPLATE
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Exterior view from the Existing Hill the new intervention is almost completely cover by the continuity of the landscape.
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The aim was to improve the current dynam ics and respect the strong cultural and historic context by a sensible architectural proposal.
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CULTURAL LAND-MARK ON HUNGARIAN HISTORIC TREASURE.
The Cultural Cent er will be located on the 116 - 118 m over the sea level , 6 m over the higher groundwater lev el, The aim might be consider as an architecture landscape in between an strong history surrounding.
In regards of the context influence the architecture design concept consist in a fluent and balance building, In har mony with the natural landscape the shaping of the project lie on the topog raphy and connectivity.
OBJECTIVES:
- Improve the activity around the for tress, by an interpretation of the city history and inhabitants traditions.
- Create a fluent relationship and con nectivity between the project and the landscape.
- Re-use as much as possible the exist ing infrastructure of the old industrial park, and integrate the current stake holders.
- Incorporate the locals by public spac es and create opportunities to improve the economy and activity in Komaróm, Specially in Tourism.
Existing Infrastructure on the site and struc tural status of the Buildings.
Komaróm, Fortress Sketch.
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URBAN PLAN PROPOSAL CITY - SCALE CONNECTIVITY.
Komaróm, Cultural Centre Exterior perspective
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DESIGN CONCEPT CONSTRUCTION
1. Connectivity between the main city cores. The project will be located in this axis.
2. Determinate the existing infrastructure and natural environment.
3. The new intervention will not disturb the land scape, thus the proposal will be develop at -4m under the ground level also to bring the people the sensation of being in a Archaeological site.
4. The connection with the existing Building will be placed by a new basement underneaths the existing infrastructure.
5. The Cultural centre will have the Gallery as the main public space , gathering outdoor and inner space and the research centre on the existing building.
6. After the finish the project the city will have an strong cultural axis for the locals and internation al academic organizations.
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SITE PLAN BASEMENT BUDAPEST UNIVERSITY OF TECHNOLOGY AND WALLS LAYERING KOMAROM CULTURAL ARCHEOLOGICAL CENTER PROJECT KOMARÓN HUNGARY FLOOR LAYERING Compress Blinding protection Waterproofing patch dry Waterproofing grid roughened polystyrene glue flooring Layer Liquid waterproofing layer Waterproofing Waterproofing grid Waterproofing patch dry existing Building fiberglass plastic fiberglass gluing polystyrene embedding coating glass paint finishing Blinding protection Floating Paquet Blinding protection Waterproofing Waterproofing Waterproofing grid sloping subgrade quartz Compress against uplift gluing polystyrene embedding coating glass fiberglass plastic fiberglass Vapour Floating compressive Space Compress Layer Leveling Smoothing Compound Gallery suspending ceiling precast panels finishing roughened polystyrene protection dryvit system patch operation Density kg Density kg Existing Molding Building Waterproofing grid Waterproofing patch dry Ytong Waterproofing patch dry Waterproofing grid roughened polystyrene glue Finishing Gallery protection protection protection Masonry single LoadBearing cladding system Bearing bridge gluing polystyrene embedding coating glass fiberglass plastic fiberglass waterproofing layer acrylic acrylic Finishing cmYtong Space Finishing waterproofing layer acrylic Existing Building finishing acrylic acrylic protection Waterproofing grid Waterproofing patch dry existing Building Finishing Waterproofing grid Waterproofing patch dry bearing waterproofing layer 3 3 B B B B B B B 11 B B 12 18
GROUND FLOOR.
FIRST FLOOR.
TECHNOLOGY AND ECONOMICS KOMAROM CULTURAL ARCHEOLOGICAL CENTER KOMARÓN HUNGARY SERGIO BARON YAXV L FLOOR LAYERING Layer Leveling Smoothing Layer Liquid waterproofing layer fiberglass fiberglass gluing polystyrene embedding coating glass finishing Existing Cladding finishing roughened polystyrene fiberglass plastic fiberglass gluing polystyrene embedding coating glass paint finishing fiberglass fiberglass glue flooring Blinding protection Waterproofing dry Waterproofing grid sloping subgrade quartz Waterproofing roughened polystyrene sloping subgrade Layer Leveling Smoothing Compound Vegetation Layer waterproofing Layer kg body density Suspending Ceiling cladding system kg body density Gap Masonry cladding system kg body density layer outstanding Gap Gap Waterproofing patch dry Waterproofing grid Bricklayer Waterproofing support LoadBearing cladding system Bearing bridge gluing polystyrene embedding coating glass fiberglass plastic fiberglass gluing polystyrene embedding coating glass fiberglass fiberglass waterproofing layer acrylic Existing Building finishing acrylic acrylic Epoxy acrylic walling Epoxy paint Coating sanitary requirements Epoxy Cladding plaster finishing (( kg body density fiberglass plastic fiberglass gluing polystyrene embedding coating glass glue waterproofing layer Gap protection Gap protection protection Waterproofing grid Waterproofing patch dry bearing waterproofing layer SUBE 3 O O 1.650 B B B B B B 11 B B 11 B B 12 B B 12
BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS WALLS LAYERING KOMAROM CULTURAL ARCHEOLOGICAL CENTER SYMBOLS KOMARÓN HUNGARY SERGIO BARON BUILDING Lajos YAXV First Floor Existing Building Compress against uplift Existing Building Compress roughened polystyrene glue flooring Existing Floating Leveling Smoothing Compound Waterproofing patch dry Cladding plaster finishing roughened polystyrene protection paint finishing Existing Top Cladding plaster finishing roughened polystyrene Flooring Space Compress against uplift Blinding protection Waterproofing patch dry Blinding protection Waterproofing patch dry Blinding protection Waterproofing patch dry Blinding protection Waterproofing patch dry Floating Space Compress roughened polystyrene sloping subgrade quartz Paquet Waterproofing patch dry suspending ceiling precast panels inishing plasterable dryvit system Density kg Density kg Layer kg body density Suspending Ceiling Cladding plaster finishing roughened polystyrene fiberglass plastic fiberglass for fabric Waterproofing patch dry Waterproofing patch dry Waterproofing grid Gallery Waterproofing support gluing polystyrene embedding coating glass Gallery protection LoadBearing Gap Masonry single kg weight Finishing Waterproofing grid Bricklayer Waterproofing support LoadBearing Bricklayer Waterproofing support margin cmYtong Finishing fiberglass plastic fiberglass waterproofing Epoxy Cladding plaster finishing kg body density existing Building Finishing cladding protection Waterproofing Finishing cmYtong Space finish 3 O O B B B 11 B B 11 B B 12 B B 12 WALLS FLOORLAYERING LAYERING F1 Basement Slab Existing Building Addition 30 cm Subsoil Gravel Compress Additional Material 10cm Compress Material Mineral Wool 40cm R C Base Slab against uplift effect 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 2 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 20cm XPS roughened surface extruded polystyrene foam 10 15cm Screed sloping subgrade concrete quartz sand with bark reinforced surface 5 mm Self Leveling Smoothing Compound 22 mm wood Paquet with Adhesive F2 Ground Floor Slab Existing Building 30 cm Gravel Compress material subsoil 10cm R C Concrete Blinding Base slab protection 40 cm R C Base Slab against uplift effect 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric W1 Basement wall Addition 12 cm Waterproofing support wall ConcreteBlock 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive for gluing polystyrene boards embedding and coating glass fabric 1 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 20cm XPS roughened surface extruded polystyrene foam THERMAL INSULATION 20 cm R C Load Bearing Wall 1 cm Plaster + Colour Paint Earth Finishing W2 Existing wall with XPS 30cm Height from the Ground level 10cm x 5cm White Molding Bottom Building gypsum 10cm Precast Cladding with white plaster finishing 2 cm Air gap 20 cm XPS roughened surface extruded polystyrene foam THERMAL INSULATION 1 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive for gluing polystyrene boards embedding and coating glass fabric F5 Labs Flooring Store Space 30 cm Gravel Compress material subsoil 10cm R C Concrete Blinding Base slab protection 40 cm R C Base Slab against uplift effect 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 2 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 20cm XPS roughened surface extruded polystyrene foam THERMAL INSULATION 1 Layer PE Foil 10 cm Concrete Screed Reinforced published industrial trafic F6 Rooms Flooring 30 cm suspending ceiling with aluminium frame structure precast panels white finishing 50 cm R C slab 20 mm Mineral Wool Floating Floor 1 Layer PE Foil 5 6 cm Concrete Screed Reinforced 5 mm Self Leveling Smoothing Compound F9 Outdoor Corridor Garden Exterior Corridor 30 cm Gravel Compress material subsoil 2cm R C Concrete Blinding Base slab protection 40 cm R C Base Slab against uplift effect 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 2 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 15 20cm Screed sloping subgrade concrete quartz sand with bark reinforced surface 5 10 mm mortar glue ceramic tiles exterior flooring terracotta 6 5 mm Ceramic Tile 10cm * 10cm mosaic Water Mirror Effect F10 Inner Space gallery Terracotta Finishing Flooring 30 cm Gravel Compress material subsoil 2cm R C Concrete Blinding Base slab protection 40 cm R C Base Slab against uplift effect 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 2 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 20cm XPS roughened surface extruded polystyrene foam THERMAL INSULATION F13 Outdoor Heated Floor Gallery Corridor 30 cm suspending ceiling with aluminium frame structure precast panels white finishing 40 cm R C slab 20 mm XPS roughened surface extruded polystyrene foam THERMAL INSULATION 0 3 cm Waterproofing adhesive patch: Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 2 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant 15 cm Concrete Screed Reinforced 5 mm Self Leveling Smoothing Compound 7 mm Concrete published tile 60cm x 60 cm white color F14 Athic Thermal envelope existing Building 30 cm suspending ceiling with aluminium frame structure precast panels white inishing 40 cm R C slab 20 mm Mineral wool thermal insulation plasterable R 01 Pitched Roof with Ceramic Tiles 30 x 60 20 cm R C Beam 20 cm Plasterable mineral wool thermal insulation ((at least 90kg m3 body density A A B B C C D D E E G G I I J J K K L L M M N N F F Foundation 1 Basemeant 0 Ground Floor ±0 00 First Floor 3 50 2 Second Floor 7 00 10 50 12 00 F F10F1010F10F10101010 CONSTRUCTION SECTION 01 19
DETAIL 01.
DETAIL 02.
DETAIL 03.
DETAIL 04.
Construction section, Existing Building.
BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS SYMBOLS wall Addition ConcreteBlock mixed mineral based dry adhesive mortar coating glass fabric 4 mm grid 145 g m2 alkali resistant alkali resistant fiberglass mesh polystyrene foam THERMAL INSULATION Height from the Ground level gypsum finishing polystyrene foam THERMAL INSULATION 4 mm grid 145 g m2 alkali resistant alkali resistant fiberglass mesh mixed mineral based dry adhesive mortar coating glass fabric W5 Existing wall with XPS Roof 10cm x 5cm White Molding Bottom Building gypsum 10cm Precast Cladding with white plaster finishing 2 cm Air gap 20 cm XPS roughened surface extruded polystyrene foam THERMAL INSULATION 1 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 15 cm Ytong Brick 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric 1 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh Connection Drain system roof Metal Gutter W6 Basement Wall Gallery 12 cm Waterproofing support wall ConcreteBlock 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar W 09 Exterior Wall Facade Gallery MineralWool Thermal protection LoadBearing Wall 3cm Terracotta cladding system 80cm x 80 cm 2 cm Air Gab Facade Ventilation and Thermal Insulation protection 20 cm cm Plasterable mineral wool thermal insulation ((at least 90kg m3 body density Made of fire protection class A2 material ) Rockwool Frontrock ISOMASTER EPS H 80 G 20 cm R C wall Load Bearing Element 0 5cm Air Gap Aluminium Frame structure 1 2 cm Panel Wood Finishing Inner space Main Room W10 Exterior Wall Facade Gallery MineralWool Thermal protection Porotherm Masonry wall 3cm Terracotta cladding system 80cm x 80 cm 2 cm Air Gab Facade Ventilation and Thermal Insulation protection 20 cm cm Plasterable mineral wool thermal insulation ((at least 90kg m3 body density Made of fire protection class A2 material ) Rockwool Frontrock ISOMASTER EPS H 80 G W13 Interior Partition Wall with Ceramic tile and waterproofing layer Toilets 0 1 Decorative acrylic finish 5 cm CW 75 ribs + 5cm fibre rock wool with thermal insulation 1cm air margin 125 mm Clinker wall walling with cement mortar 1 cm Base ceramic tile waterproofing layer 2 mm Ceramic Tile Mosaic Toilets space W14 Interior Partition Wall General 0 1 Decorative acrylic finish 1 cm Plaster 5 cm CW 75 ribs + 5cm fibre rock wool with thermal insulation 1cm air margin 125 mm Clinker wall walling with cement mortar 1 Plaster 0 1 Decorative acrylic finish W15 Interior Partition Wall YTONG Toilets W19 Kitchen inner walls with Epoxy Paint 0 1 Decorative acrylic finish 1 cm Plaster 5 CW 75 ribs + 5 fibre rock wool with thermal insulation 1cm air margin 125 Clinker wall walling with cement mortar 1 Plaster 0 2 Epoxy paint Coating walls sanitary requirements W 20 Kitchen inner walls with Epoxy Paint 10 Precast Cladding with white plaster finishing 2 cm Air gap 20 Plasterable mineral wool thermal insulation ((at least 90kg / 3 body density Made of fire protection class A2 material ) Rockwool Frontrock ISOMASTER EPS H 80 G 1 cm Waterproofing membrane 1 X ray approx 4 mm grid 145 g m2 alkali resistant fiberglass mesh plastic coated alkali resistant alkali resistant fiberglass mesh 0 3 cm Waterproofing adhesive patch Pre mixed mineral based dry adhesive mortar for gluing polystyrene boards embedding and coating glass fabric N N O O A A B B C C J J O O D D E E F F G G H H I I K K L L M M N N 0.4 10.1 0.8 0.7 F 01 F 3 F F 6 6 6 10 12 F 12 F 12 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS ARCHEOLOGIC RESEARCH CENTER KOMAROM KOMARÓN HUNGARY STUDENT DEPARTMENT CONSTRUCTION CONSULTANT Lajos NEPTUN CODE Top Curtain Wall D 05 0.050 0.215 0.034 0.050 0.159 0.108 0.461 1.0420.8591.093 0.200 0.498 0.053 0.222 0.092 0.250 0.155 0.099 25 Cm XPS Suspending Ceeling Aluminiun Frame Structure Double Glazzing Curtain Wall Viss Fire E 130 Curtain Wall Integrated minaral Wool Thermal Insulation Top Thermal Bridge Protection top join Plaster Render Finishing 1 Support Finishing Steel profile Support Wood Support layer prtoection support Cement Mortar Bending cm Double Water proofing layer Extension Concrete Slab Ventilation Gap 2cm Galvanazed Steel profile fastener Aluminiun U profile Superboard Suspending ceeling with plaster Railing Support Steel Connection Railing protection Layer Glazzing Realing height Steel S630 Railing Greco Glazzing surface Mounting Soil Vegetation Layer Dryan Layer 3% R2 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS ARCHEOLOGIC RESEARCH CENTER KOMAROM LOCATION KOMARÓN HUNGARY DEPARTMENT CONSTRUCTION CONSULTANT Dr Takács Lajos DRAWING NAME SCALE Detalle 01 01 1.50 0.02 0.17 0.60 0.01 0.02 0.15 0.30 W3 R1 Glutter Board leveling Layer Exterior Molds top Wall support Water proofing layer Mineral Wool Thermal Insulation plasterable finishing Steel Joint Shape attached to the C Beam Inner water proofing membrane C Beam 6 Water proofing membrane Water Proofing Membrane Roof Support Leveling layer Ceramic Tiles Roof Ceramic Rafter Wind Bracer Suspending Ceeling Boards Suspending Ceeling Metal Plate Bed for Sill Boards Pipe Ducts connection BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS ARCHEOLOGIC RESEARCH CENTER KOMAROM KOMARÓN HUNGARY STUDENT SERGIO BARON NEPTUN CODE YAXV 10 Dryan Layer rain water protection 0.51 0.04 0.23 0.03 0.51 0.20 0.02 0.13 0.01 0.30 0.16 0.36 0.10 0.16 0.16 0.11 0.03 0.01 0.53W 10 F 10 F 07 Double Layer Fixing Glazzing 5 4 Proofing protection Layer Waterproofing layer Concrete Tiles Ceramic Tiles Pulished concrete Exterior Finishing Ceramic Waterproofing Floating Finishing Parquet Powder coated Aluminium Sill Mullion Curtain Wall Structure plaster BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS ARCHEOLOGIC RESEARCH CENTER KOMAROM SYMBOLS LOCATION KOMARÓN HUNGARY SERGIO BARON BUILDING CONSTRUCTION Dr Takács Lajos YAXV L Detalle 02 0.23 0.45 0.160.02 0.62 0.32 0.40 0.21 0.11 0.01 0.16 0.30 0.20 Mineral Wool Thermal Insulation 20 Compacted Soil and Gravel 60 brick wall Exisisting proofing layer XPS Thermal Exterior Base wall Molding Soil Vertical profile Adhesive with thermal protection Morter Ceramic Tile glue proofing Ceramic Tile 10 Finishihng layer Thermal Insulation proofing Exisisting Foundation placket Mineral Wool Thermal Insulation R C Floor Slab leveling Smoothing Compunt up liquid Water proofing inside of exisisting wall Finishing 3 W2 W3 F02
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Street View, Public context intervention.
By sensible intervention the project addition is hardly notice on the landscape line keeping the hierarchy between its con text, ( The fortress and the renovated building).
Interior view, Study Area.
Reconstruction inner space Existing Infrastructure.
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03 STUDENT LIBRARY BUDAPEST , HUNGARY TRANSPARENCY
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Exterior view, Budapest Media Library. The importance of the palaces and the smooth transition into a public building.
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BUDAPEST MEDIA LIBRARY A RECONSTRUCTION OF A CULTURAL NETWORK.
The Media Library will join the Academic At mosphere ,On the sector , located in an im portant city node in the Heart of Budapest with access to public transport, near to The Universities and surrounded by high valuable historic Buildings.
The concept on this project is transparency , respecting the Context and taking advantage of the existing landscape to Improve the inner atmosphere on the Media Library.
By a reconstruction of the Existing block the project will Bring a fresh beginning of the National Hungarian Radio Institution already working on the block , the integration of the existing public infrastructure and connectivity are important facts during the design process.
Existing Infrastructure, view from the Pollack street.
Physical model Master Plan Block renovation..
Project Location, Budapest Down Town.
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DESIGN CONCEPT CONSTRUCTION.
The ground floor of the building is completely public space , free circulation around the main entrance, and the service area, the sequence of columns each 4m lie on the facade structure of the palaces and its entrances.
Furthermore the Library will be develop in 4 floors + basement, the ground floor will be 4.5m heigh and 3.5 the others in order to keep the street line and the buildings heigh.
By aesthetic concepts the Materials of the fa cade will be ceramic tiles or marble in the col umns and slabs finishings, the walls will have a mirror effect to reflect the palaces and create the transparent effect, the building will be also cover by a shade facade structure made by plastic wood with iron core.
Inner Space Budapest Library. Sketch.
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STRUCTURAL COMPONENTS
Staircase Vertical Connection: The library will have 2 main vertical connections and 1 ele vator, the biggest one will be located in the atrium made by steel structure and wood, the loads will be carry by cables hinged on the roof top.
The Emergency staircase is build by R.C and covering by 0.25m shear wall in order to have fire protection also the elevator next to emer gency route. Simple supported R.C Beams 0.3*0.3m, without cantilever made with 43 grade port-land cement, in the beams located in the outdoor space will have a layer of 20 cm thermal insulation + the finishing in this case ceramic tiles white or plastic boards.
Rectangular R.C with double cross reinforce ment columns 0.30 * 0.3m with 43 grade portland cement the diameter of steel depends on the cross section:
In order to support the horizontal loads the Shear-walls will be located symmetrical in the north and south parts of the building regarding to the direction of the wind and the building shape, constructed with R.C 0.25m thickness + thermal insulation 0.2m and plaster cover ing or ceramic tiles for walls 0.60+0.20m the total thickness of the walls will be 0.40-0.45m according to the location.
The shading protect the building of the soul ra diation made by plastic wood with steel struc ture as supported connected to the beams
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Construction Details, Exterior Envelopment.
Construction Section:
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View from the main entrance.
The Building will reflect its context by the exterior double layer facade the construction will seem light and transparent.
View Inner space, Library.
The use of different high story for the meeting places with direct view to the palaces and the National Museum
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04 THE BUTTERFLY BOGOTÁ , COLOMBIA
HOUSING RENEWAL PROJECT SOCIAL HOUSING
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High Definition Photo, Control point. One of the latest photos of the Butterfly in 2019, with more than the 90 % of the project progress.
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High Definition Photo, Control point.
The picture was the main tool to follow the project and the results, by the hand of the community and the Urban planning office the project was complete 3 weeks after of this picture.
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THE BUTTERFLY, THE EXPERIENCE WORKING IN PARTICIPATORY DESIGN PROCESS IN URBAN SCALE.
Bogota- Colombia Usaquen District.
The neighbourhood of ’’La Mariposa” or But terfly is conformed by 5 small localities Cerro Norte, Santa Cecilia, Arauquitas 1 Arauquitas 2 and the Gran Manzana altogether are 3,200 houses with different economic status but mostly of them are families living in poor con ditions and overpopulation, also Cerro Norte and Santa Cecilia have been in conflict as a result of micro-traffic, drugs and fights for territory control, Usual situation on informal settlements in South America.
By a social project created with the communi ty , Bogota City Hall and Tierra S.O.S the pro ject with an investment of $ 3 million dollars after 6 months of construction get the follow ing results:
- 414 People were educated on technical knowledge and prepared with skills to im prove their independence and self develop ment.
- 50 Integration events and social fabric de velopment, by place-making activities, Fes tivals, Cultural events and integration of local institutions.
- 27 Entrepreneurship consolidated and now a days part of the local economy.
- 700 Houses improved and legalised in terms on architectonic quality and structural Com ponents.
3180 Constructions were painted in order to complete the butterfly piece of art.
The Butterfly Before the Intervention. Conformed by 7 neighbourhoods, this sector of the city was catalogued as one of the most dangerous places in Bogotá.
The Project Location
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THE DESIGN PROCESS PARTICIPATIVE DESIGN
The key aspect on this project was to involve the community, into the design steps by differ ent educational programs, place-making inter ventions, social and cultural events and project construction with the local leaders.
¨The cities have the capability of proving some thing for everyone, only because , and only when, They are created by Everyone.¨ Jane Jacob
Indeed, the construction of the preliminary de sign were made with the community by work shops, meetings and housing visits, the final result was shared an selected by the same com munity in cultural events.
Photo Local inhabitant searching for her house on the master plan.
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Butterfly Master Plan from ArcGis.
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BUILDING COMMUNITY.
Workshop with the community about place-making design of the common spac es, parks, soccer pitch and more, the idea was to have diversity on the design group, by age, cultural background and neigh bourhood perspective as locals.
The first task was select the places were the people felt vulnerable or detached and by the other hand the places were the inhabit ants have an strong community imaginary.
The next step was to design paint, draw stick or even write about the selected plac es and they first ideas and sketch of how the sites may be improved.
Presentation of the boards and designers.
The second picture is the result of one of the workshops, with the colour pallet and abstraction of the forms given by the com munity.
As soon as the soccer court was ready the same community made a tournament, sharing food and gathering all together to celebrate the renovation of the public space.
Central Soccer Pitch of Santa Cecilia. Designed and Painted by the Community.
Workshop - Placemaking Design Team 01 Santa Cecilia and Arauquitas.
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RELEVANT CERTIFICATES.
LABOR CERTIFICATION
Certi es that Mrs SERGIO MANUEL BARON SORACIPA, Identify with the following passport number AO503630 from Tunja, Colombia. He is under a contract with the company PROIEKT as Architectural Designer, from July the 6 until the present day, and he is earning a payment of 6 Euros per hour.
We apprachiatte the attention and in case of futher inmformation please call the following number; + 34 631200921 Spain or mail: info@proiekt.com
This certi cation is hearby issued in London City , United kingdom, Febrary 18 - 2021.
Name: Raul Aubach Ruiz DNI. 77476771-y
Adress: Kemp House, 152-160 City Road - london - United Kingdom. Position: Business Developer. Signature: