01 // [2015]
MARVIN BRATKE
ARCHITECTURAL PORTFOLIO SELECTED PROFESSIONAL AND ACADEMIC WORKS FROM 2010 TO 2015. FILED IN ARCHITECTURE [ARC], URBANISM [URB], INDUSTRIAL DESIGN [ID] AND RESEARCH [RE]
//041
ID // [RESUMEE]
CURRICULUM VITAE MARVIN BRATKE
Address | Heimstrasse 10, 10965 Berlin Telephone | +49 (0) 151 23000608 EMail | marvin.bratke@gmail.com
Born | 22. August 1985 in Gera Languages | German, English
EDUCATION 07 | 2011
Diploma (equivalent to Master Degree) | Technical Univerity Munch Diploma grade: 1,3 (with honours) | Top of semester among 109 alumni
03 | 2011 - 06 | 2011
Nanyang Technological University, Singapore Selected Student for the TUM Create Fellowship Program in Singapore
10 | 2005 - 07 | 2011
Technical University of Munich, Germany Focus on Design and Structural Engineering
06 | 2004
Joseph-von-Fraunhofer Gymnasium, Abitur
WORKSHOPSLECTURING 04 | 2016 09 | 2015 03 | 2015 10 | 2013 - 11 | 2013 08 | 2012 - 09 | 2012 10 | 2011 - 11 | 2011 04 | 2010 - 09 | 2010
ART+COM Explore | Periphal Fictions, Berlin, Germany LAVA | Bollinger Grohmann | Axon - Kinetic Structures Workshop Shapes of Logic Conference, Wroclaw, Poland Motion Bank | Choreographic Coding Lab, Frankfurt, Germany MMLAB | Sint Lucas School of Architecture, Ghent, Berlgium Workshop „Object Oriented Eclecticism“ (Isaie Bloch, Gilles Retsin, Corneel Cannaerts) AA | Architectural Association School of Architecture Visiting School, Paris | Workshop „Building Fashion“ (Jorge Ayala, Julia Körner) BMW | Technical University of Munich | Workshop „Architecture + Transportation Design“
WORKEXPERIENCE 05 | 2013 - present
GRAFT | Gesellschaft von Architekten, Berlin, Germany Director of Design | Senior Architect
01 | 2014 - present
BART//BRATKE Architectural Systems | Founding Partner
01 | 2015 - 09 | 2015
KERE Architects | Freelance Visualisation and Special Geometry Solutions
03 | 2014 - 12 | 2014
MLAUS | Mediterranean Laboratory for Architecture and Urban Strategies, Pula, Croatia Freelance Senior Designer
01 | 2012 - 04 | 2013
LAVA | Laboratory for Visionary Architecture, Stuttgart, Germany Junior Architect
09 | 2011 - 10 | 2011
Hild und K Architekten, München, Germany Freelancer for architecture competitions and visualisation
07 | 2011 - 09 | 2011
Technical University of Munich Freelance Designer for project „Mute“ and IAA 2011
03 | 2011 - 06 | 2011
GIST - German Institute of Science and Technology, Singapore Research Assistant for Urban Research Lab
03 | 2010 - 03 | 2011
TU Munich | Chair for Industrial Design, Prof. Fritz Frenkler | Student Research Assistant
03 | 2009 - 06 | 2009
TU Munich, Chair for Computer Aided Design, Prof. Frank Petzold | Student Assistant
// CREATIONS AND IDEAS, GREATLY INFLENCED BY CULTURAL, BIOLOGICAL AND TECHNOLOGICAL ENVIROMENTS WITH SOCIAL ASPECTS OF 2ST CENTURY CONTEXT // Marvin Bratke is German architect and designer, currently based in Berlin. He has received his diploma in architecture top of the semester at Technical University of Munich in June 2011. His ongoing research and design ambitions are focused on emergent technologies in architecture and industrial design, the digital methodology relating both professions and their application in performance-orientated, mobile and ecological building systems. Currently Marvin is
collaborating as Design Lead with GRAFT architects, an international architectural practice based in Los Angeles, Berlin and Bejing. Marvins work focuses on projects of various scales and sectors in Germany, Saudi Arabia, China and the Netherlands focusing on cultural, transportation and office projects as well as advanced facade design, digital fabrication techniques and developing inhouse parametric digital tools that assist in generative design .
AWARDSPATENTS 03 | 2016 03 | 2015 12 | 2014 12 | 2014 10 | 2014 12 | 2013 12 | 2013 08 | 2012 06 | 2012 01 | 2012 09 | 2011 02 | 2011 01 | 2011 05 | 2010
1st Prize | Rose Square Tblisi (for Graft) MIPIM Award | Best Futura Project | for Holzmarkt Eckwerk (for Graft) United States Design Patent „Front Interior Portion of a Vehicle“ | US PD719494S 1st Prize | for Mercedes Benz Retail Architecture 2020 (for Graft) German Design Award 2015 | Special Mention | for Youth Hostel Munich City (for Graft) 1st Prize | Youth Hostel Munich City (for Graft) 1st Prize | Appasionata Park Munich (for Graft) United States Design Patent „Informaion Display for a Vehicle“ | US PD712286 1st Prize | Green Climate Fund (for LAVA) 2nd Prize | Franz Berberich Award | TU Munich | for Gemini - Future Mobility Clean Tec Award 2011 | Electric Mobility | for Mute - Electiric Mobility Oskar-Karl-Foster-Scholarship | TU Munich TUM Create Followship | Funding Program 2011 Crystal Cabin Award | Innovative Aircraft Cabin | for Modulair Aviation System
EXHIBITIONS 05 | 2016 11 | 2015 10 | 2015 01 | 2015 02 | 2013 01 | 2013 08 | 2012 05 | 2010 2009 - 2011
Hybrid Realities at Architecture Centre, Washington DC | Exhibition of the „Syntax Error“ Push.Conference 2015 | Exhibition of the „Syntax Error“ VISIONAREALITY at Architekturgallerie München | Several Works for LAVA and Graft Munich Creative Business Week 2013 [MCBW] | Drivable Prototype „Mute“ BAU 2013 | Prototype of Schüco Parametric Facade System AA | Architectural Association Fall Review 2012 | Exhbition of „Embrionic Resilin“ IAA Commercial Vehicles 2011, | Premiere Display for Drivable Prototype „Mute“ „Einblicke in den Luftverkehr von morgen“ | Exhibition of the Concept „Modulair Aviation System“ Bauhaus Luftfahrt | Permanent Exhibition of „Modulair Aviation System“
AFFILTRATIONSENGAGEMENT 05 | 2013 01 | 2012 09 | 2011
Architects Without Borders | Aid Organisation | Sponsoring Member German Architecture Chamber BDA | Baden-Württemberg, Germany AA Architectural Association School of Architecture | Visiting Member
PUBLICATIONSSELECTION 2014 2013 2012 2011 - 2012 2012 2011 2011 2011
Eckwerk | Dezeen, Designboom, Archdaily, Detail, Baunetz Youth Hostel Munich | Dezeen, Designboom, Archdaily, Baunetz RadioNuclide | SuckerunchDaily, Eragatory, retsin.org Epiphyte Pavilion | Evolo, Landscape World, Detail, Recity Magazine Green Climate Fund | Mark Magazine, Dezeen, Evolo, Detail, Build Embrionic Resilin | Sub-d.com, 3D Dreaming Gemini | Trendhunter, 3D Dreaming, Tuvie, TUM Campus, TUM Jahrbuch Mute | German TV (ARD, ZDF, PRO7, n-TV), Financial Times, AutoBild
ACQUIREMENTS 3D Modeling Rendering CAD | Analysis Graphic Processing Data Processing Prototyping
Freeform (Rhino, T-SPlines, Maya) | Generative (Grasshopper, Processing) Vray for Rhino | Keyshot | Showcase | RTT Delta Gen | Cinema4D AutoCAD | ArchiCAD | Ecotect | Ladybug Adobe Creative Suite (Photoshop, InDesign, Illustrator, After Effects) MS Office (Word, Excell, Powerpoint, Outlook) Rapid Prototyping (Machine Handling, FIle Preperation) | CNC Milling | Vacuum Molding //041
ARC // [PROFESSIONAL WORK]
YOUTH HOSTEL MUNICH CITY
GERMAN DESIGN AWARD
Client | DJH - Deutsche Jugendherbergen Location | Munich, Germany Date | 2013 Size | 7.500 sqm Status | Competition 1st Prize (among BIG, Snohetta, Yes Architecture) Team | Marvin Bratke (PA), Denis Hegic, Relana Hense Office | Graft (Willemeit, Putz, Krückeberg), Büro Happold (Engineers)
1ST PRIZE
COMPETITION
// A SPACE DESIGNED FOR THE MODERN YOUTH COMMUNITY THAT DOES NOT ONLY TAK PLACE IN THE BUILT ENVIRONMENT BUT EXTENDING INTO VIRTUAL SPACES // The Bavarian association of German youth hostels invited five architecture studios to design the modernization of one of Germany’s oldest hostels located in the city center of Munich. The main focus was put on the extension of the existing building with an innovative and high quality design complex that allows experiencing the fundamental values of the successful institution in a new way. Graft won the First Prize with a concept that is developed around the idea of
“Experiencing Community”: above all the modern architecture for the youth hostel will enable exchange and communication. At the same time it alludes to established traditions of simple traveling, youthful curiosity and the thirst for encounter. Particularly in the interior the local iconography of wooden buildings is combined with innovative design. Facing the challenges of modern habits and practices, the new youth hostel builds a bridge between origins and departure.
Youth Hostel Munich City //041
ArchitecturalConceptSiteplan
Community Space. Large enough to accommodate a large number of visitors at the same time, the meeting place symbolizes the basic idea of „Experiencing Community“ and becomes the center of gravity of the entire system.
BuildingElevation
FloorPlan
BuildingExplosion
CrossSection
FloorplanGroundoor
RoomConcepts //041
ARC // [PROFESSIONAL WORK]
VIKING AGE MUSEUM OSLO
Client | Viking Age Museum Oslo Location | Oslo, Norway Date | 2015 Size | 13.100 sqm Status | Competition [Extension/Refurbishment] Team | Marvin Bratke (PA), Thomas Grabner, Agata Glubiak Office | Graft (Willemeit, Putz, Krückeberg)
// THE LONG AND VIVID HISTORY OF THE VIKING MUSEUM AND ITS PRESENTED FINDINGS UNFOLD IN A CONTINUOUS MOTION WITHIN THE NEW LANDSCAPE THAT HOUSES THE EXTENSION. // Currently housing only a small part of the vast collection, the limited space of the museum is centered around the main attractions; the three Viking ships, which, due to the lack of space, are not exhibited as well as intended.The proposal for the museum’s extension maintains and accentuates the essence and character of the original building. Contrary to the existing, relatively closed building, the museum is integrated into the landscape and invites visitors inside. The
extension will, in its architecture function as an open heart integrated into the landscape and building concept, giving the icon trail, the three Viking ships and special exhibition a new environment as well as a new point of view towards Arneberg’s museum.The heritage of the museum building itself is exposed as a ship in the waves .
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Platta och minimalt slopande takytor beďŹ nner sig Ăśver lĂśvpelarna.
Primära takribbor fÜljer linjerna med maximal kurvatur och styvhet. Takribborna glider in i lÜvpelarna.
While the envelope will be preserved, a new platform with balconies will enhance the visitors‘ experience
The roof of the underground extension harmonically ďŹ ts into the site‘s landscaping and preserves viewing axis on site.
Special Exhibition Trail
The exhibition concept offers the possibility of different routings through the space. This enables multiple reading while always giving a vivid impression of the ďŹ ndings.
StructuralSection
Icon Trail 20min
Extended Icon Trail and In-Depth exhibition
invändig längd
konsol ! Integration of 2 big outdoor areas (at the entrance area and at the entrance to the ofďŹ ce area). Landscape integrated outdoor area inside the security perimeter.
yttre kant stärkt av ringbalk
StructuralDiagrams
BuildingExplosion
The landscape gets cut and lifted to create a at roofscape that ďŹ ts the space programme.
Inspired by Viking vessels in the nordic seas, oating on top of the waves.
The entrance areas and special situations where light is needed the roof is pulled upwards to create inviting gestures.
House and surrounding react to the found trees and landscape creating an harmonic interaction.
Grass Cover at inclination <20% Blue Fescue Cover at inclination >20%
N
Honeycomb Geo Grid
The museumâ&#x20AC;&#x2DC;s extension combines the vivid wavescape of the nordic sea with green hills of the burial grounds an lets the old museum ďŹ&#x201A;oat in green waves.
The perforated roofscape allows for an overlay of impressions. The ship, original building and backround become one.
The polarized openings are located towards the north to protect against natural light. The structure allows for thermal balance.
Green build up space 20 cm
-6,50
INFO
Grass Cover at inclination <20% Construction Layer ranging from 30 cm to 100 cm depending stress level
-3,50
LongitudinalSection
Integration of rooďŹ&#x201A;ights in north direction with polarizing ďŹ lters to omit direct sunlight and ďŹ lter lightrays. Framing the original museum.
DESIGNPRINCIPLES | Underground Museum and Roofscape
Âą0,00
SEKTION AA 1:250
5RRĂ&#x20AC; LJKWV
Optimizing between views and interior height for the exhibition program creates an ondulating wavescape.
Creating a natural security boarder by putting the outside area underneath a landscape feature.
Optimizing the ďŹ&#x201A;oorplan for reusing the buildings original entrances on all sides.
= Living the excitement of discovering the ship ďŹ ndings in the burial grounds.
Optimizing between views and interior height for the exhibition program creates an ondulating wavescape.
5HDFWLQJ RQ WKH 2ULJLQDO
MUSEUMCONCEPT | Extension Integration
+
Fitting the rooms for special activities creates and ondulating boundary.
InteriorPerspective
-6,50
The lobbyâ&#x20AC;&#x2DC;s information ceiling gives visitors information on the museumâ&#x20AC;&#x2DC;s exhibits as well as information about activities in the surrounding.
A B
FloorplanFloor[-01]
±0,00
±0,00 = +19,22
-3,50
B 1:250
C
A B
C
FloorplanGroundfloor
-3,50
-6,50
-3,50
-6,50
LongitudinalSection //041
ARC // [PROFESSIONAL WORK]
PHILIPS LIGHTING HEADQUARTER
Client | Philips Location | Eindhoven, Netherlands Date | 2012/2013 Size | 12.000 sqm Status | Completion 2015 Team | Stephan Albrecht,Marvin Bratke,Matthijs LaRoi,Sebastian Schott OfďŹ ce | Lava (Bosse, Rieck, Wallisser)
// ENHANCING LIFE WITH LIGHT - CONCEIVING THE NEW PHILIPS LIGHTING HEADQURTER IN EINDHOVEN FROM NATURAL OPTICAL PHAENOMENA. // Conceiving a new home on the High Tech Campus in Eindhoven for the entire Philips Lighting branch including an innovative light university [LAC] under one roof was the challenge in this design. The design features an inspiring and healthy work environment for the next generations of Philips workers meeting the highest standards of Fraunhofer instititutes „Office 21“ workspace innovation layout. The aim of the project is to foster creativity, create a positive ambi-
ance that attracts the brightest minds and to project an aura of success. The most important aspect of the project is to organize or to predict fluxes of people according to the placement of Lorenz attractors, which study the behavior of chaotic systems like fluids. By placing the attractors on a evenly distributed 3 dimension matrix the design supports the vertical movements of people , therefore strengthening the inner communication of the building‘s organization.
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1:10Model | PrototypePreperation
Light-TreeDetailing | PanelingSystem
AtriumExplosion EXPERIENCE
EXPERIENCE
AUDITORIUM
THE TREE
MEETINGS
LAC BAR STAGE
LAC
LAC
LAC LAC
EXHIBITION
LAC
MEETINGS ENTRANCE
EXPERIENCE ENTRANCE
ProgrammaticDistribution 9190+P
PHILIPS LIGHT EXPERIENCE I
VISUAL EXPERIENCE MEETING ROOM
4950+P
CENTRAL MULTIFUNCTIONAL ROOM
EXHIBITION
PHILIPS LIGHT EXPERIENCE II
OCM SPHERE
LAC
FRONT DESK
EXHIBITION
MAIN ENTRANCE
STAGE
Peil = 0 CAFETARIA
CirculationSpace
LongitudinalSection
LAC
The Tree of Light. Light is only visible when it reflects on so mething , therefore is without remission an allegoric subject. On the heart of this project an object is conceived, which would also be responsible for making this light visible. The tree represents the allegory that brings the rays to the human eye. In the darkness the tree reveals it‘s potential of being a diamond like, penrose structure, serving as a backdrop for the event space in the atrium. ight visible. The tree represents the allegory that brings the rays to the human eye. In the darkness the tree reveals it‘s potential of being a diamond like, penrose structure, serving as a backdrop for the event space in the atrium.
ConstructionSite2013/14
AtriumSection
//041 GrandStand
ARC // [PROFESSIONAL WORK]
UNITED NATIONS GREEN CLIMATE FUND
The Federal Republic of Germanyâ&#x20AC;&#x2122;s bid to host the Secretariat of the Green Climate Fund [GCF] in Bonn includes LAVAâ&#x20AC;&#x2122;s ecological model project for the proposed headquarters. With a design inspired by the beautiful setting in the Rhine valley, and with curvilinear forms, natural light wells, roof top gardens and a large sunken terrace hosting a restaurant, the three level structure will comply with the latest energy and building ecology standards, meeting the highest demands in terms of sustainability (German gold certiďŹ cate), ecology and energy efďŹ ciency (net zero energy).
1ST PRIZE
COMPETITION
Client | Federal Government of Germany Location | Bonn, Germany Date | 2012 Size | 13.000 sqm Status | Feasibility Study, 1st prize Germany Team | Stephan Albrecht (PA), Marvin Bratke OfďŹ ce | Lava (Bosse, Rieck, Wallisser)
// THE DESIGN FOR THE HEADQUARTERS OF THE GREEN CLIMATE FUND AS ‘ECOLOGICAL MODEL PROJECT’ AND DEMONSTRATION OF THE MOTTO ‘GREEN IS THE NEW BLACK’. // The Federal Republic of Germany’s bid to host the Secretariat of the Green Climate Fund [GCF] in Bonn includes LAVA’s ecological model project for the proposed headquarters. With a design inspired by the beautiful setting in the Rhine valley, and with curvilinear forms, natural light wells, roof top gardens and a large sunken terrace hosting a restaurant, the three level structure will comply with the latest energy and building ecology standards, meeting the highest demands
in terms of sustainability (German gold certificate), ecology and energy efficiency (net zero energy). The vision for international climate protection is realised in the design, with facades that are articulated according to building orientation, surfaces that integrate various means of regenerative energy production, photo-voltaics and bioreactors demonstrate the application of the latest technologies.
//041
Büro Cafeteria
Büro Bücherei Büro Foyer Vorlesungssaal
054
Photobioreactor Facade
Building Circulation
Interaction Areas
Space Allocation Plan
Facade integrated Microalgae and Photovoltaic Systems produce energy, provide shadow for the offices and clean the atmosphere around the GCF headquarter.
The three themed voids provide cross connections and circulatiion throughout the building and break up the office structures for communication spaces and community areas.
With the integration of interaction spaces situated between the thematic voids, informal meeting areas and balconies interacting with the Rhine valley are created.
While the voids host public areas like the foyer, library and the restaurant, mor private areas like the auditorium, meeting and conference rooms are situated in between.
definition of centers
center connection [creation of office voids]
[01]
circulation [node superposition]
landscape relation [opening towards Rhine valley]
secondary void
[02]
main void [information] secondary void [discourse]
[03]
FormDerivation | Urban Context Roof / Terraces approx. 400 m² / Terrace
LEVEL +3 + 4.00 m / + 64.30m ü. NN
Offices approx. 2450 m²
LEVEL +2 + 12.00 m / + 72.30m ü. NN
Offices
The vision for international climate protection will be realised in the building design itself, with innovative solutions such as facades which are articulated according to building orientation and energy efficiency.
approx. 2600 m²
LEVEL +1 + 8.00 m / + 68.30m ü. NN
Entrance/Drop-Off approx. 2750 m²
LEVEL 0 + 4.00 m / + 64.30m ü. NN
Auditorium/Library/Cafeteria approx. 4750 m²
LEVEL -1 + - 0.00m / + 60.30m ü. NN
g p p g BuildingExplosion | Space Allocation Program
SitePlan | Urban Context
ground floor
first floor [A] cross section
[A] FloorPlans | BuildingSection [A-A]
info
055
teraces towards park
ormal meeting areas
roof gardens
interaction space
meet
integration microalgae
facade ribbon [energy production]
facade ribbon [shading element]
meet
meet
kitchenette ofďŹ ce
act
act
CommunicationSpace
meeting sanitary conference
ThemedVoids
foyer library cafeteria
OriginalProgram
[04]
[05]
SpaceAllocation | Functional Diagram
Rhine Valley, Bonn. The proposed building has excellent transport connections, is in walking distance from several Federal ministries, including the Federal Ministry for the Environment, Nature Conservation and Nuclear Safety and the Federal Ministry for Economic Cooperation and Development. The building responds to the site to maximize the experience of its natural qualities [01-05].
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auditorium
FloorPlan | Ground Floor + 16.60m.
PV-Fassade + 12.00m.
Offices + 8.00m.
Algen Fassade
Eingang + 4.00m.
+ - 0.00m. Auditorium
- 4.00m.
Tiefgarage
- 8.00m.
//041
ARC // [PROFESSIONAL WORK]
HEINEMANN STORES ABU DHABI
Client | Heinemann Location | Abu Dhabi, UAE Date | 2014/2015 Size | 270 sqm Status | Design Development Team | Marvin Bratke, Sven Fuchs, Allison Weiler Office | Graft (Krückeberg, Putz, Willemeit)
// CREATING A NEW SYMBOL FOR MERCEDES BENZ BEATING ZAHA HADID IN A COMPETITION BLA BLA BLA FLORIAN ABENDSCHEIN FLORIAN ABENDSCHEIN FLORIAN ABENDSCHEIN FLORI FLOR FLOR ABENSCHEIN // The new Heinemann Duty Free shop in Abu Dhabi’s Midfield Terminal aims to provide an upscale, generously appointed, visually intriguing retail environment which calls inspiration from both historic tradition and the rapidly modernizing culture of the UAE. With this in mind, the actualization of the space draws upon the once and still popular tradition of Falconry, in a physical expression of both hypnotic elegance and bold agility. While beautiful in movement, falconry
represents a precision exercise, translating the elegance of the hunter into a functional application. Each feather is overlaid and shaped to serve a purpose, working in unison, as the bird dives from above. The design of the new space calls upon this dichotomy, expressing beauty in soft, elegant form, juxtaposed with precise, patterned aesthetics recalling the Falcon. Soft lines are repeated throughout the furniture and shelving, giving the feeling of graceful movement.
//041
The sales floor is organized around a single circulatory loop, anchored by the central sculpture. The space is populated by a series of Gondolas, designed to the modular in assembly, and arranged in a series of islands along the loop. Each module is calibrated to a specific use, creating specialized configuration. Shelves and multimedia screens flank the sales floor, creating a constantly changing experience for the visitors.
HUMIDOR 48 sqm
TABACCO 86 sqm
HUMIDOR 48 sqm
WINE CABIN 19 sqm
GWP 10 sqm
WINE CABIN 19 sqm
STOCKROOMS 16 sqm
STOCKROOMS 16 sqm
GWP 17 sqm
SPECIAL OFFER 10 sqm SPIRITS MASS MARKET 40 sqm
MAIN SALES FLOOR
SPIRITS 96 sqm
WINE + CHAMPAGNE 67 sqm
CONFECTIONARY 18 sqm
CASHIERS PROMOTION + TASTING 96 sqm
PREMIUM/LUXUS SPIRITS 81sqm
ENTRY
FloorPlans
TERMINAL SERVICE AREA
TERMINAL SERVICE AREA
ROOF / SERVICE AREA Integrates installation layer and suspended ceiling
LIGHT DOME Ambient and commercial projection, rail mounting
INTEGRATED ROOFSCAPE Integrates screens, lights and shelves
CrossSection
LIGHT INTEGRATION Spots oriented towards furniture SPOTLIGHTS
CEILING CONNECTION
Integrated into the Sculpture
Connection points along suspended rails
ADJUSTABLE ANGLE Allows for flexible Lighting Concept
FEATHERED SCULPURE
Brand Placement Screens
Integrates lights, special shelf storage and divides areas
Product-specific Displays Movable Digital Display Screens Product duct Information plays Displays
HUMIDOR
Featured tured Product Display play
Ambient lounge and tabacco placement
WINE CABINET Selection of fine selected winery
MODULAR SHELF SYSTEM Flexible usage concept
PROMOTION AREA Tasting lounge
FLOORSCAPE AND LOOP Orientation and direction
ShopExplosion
HumidorConcepts
Product Shelves: Wine, Spirits, Other: 45 cm Height Tobacco: 36 cm Height
Product Information Displays
The Centerpiece. The Falcon sculpture circles above, creating a lighting and ceiling structure, and dives into the space creating specialty display shelves and a central visual hub for the shop. The structure itself, while complex in form, is constructed of simple folded aluminum elements. This system gives the appearance of a lightweight, dynamic structure, speckled with light.
Fo
ld in g
Cr ea se
Finish1
Finish2 120째 Typical
Finish3
POINTCONNECTION 3-4 Connections per Panel
Finish4
ConceptandComponents
30cm
Type1
Type2
105c
Type3
132c
m
85cm
75cm
65cm
Type4
m
Type5
Type6
PanelingRationalization
FalconSculpture
CEILINGCONNECTION Connection Points along Suspended Rails
C CEILINGCONNECTION Connection Points along Suspended Rails C
SSUSPENDEDCONNECTION Panel Connections Follow Radial Paths Pa
CEILINGCONNECTION Connection Points along Suspended Rails
CLADDING Folded Panels: 7 Unique Sizes
POINTCONNECTION Point Connections create self-supporting netweork
CEILINGCONNECTION Suspended Panels
SIMPLECONNECTIONS 2-4 Per Panel
NETWORKEDCONNECTION Panel Connections follow Radial Paths to Suspended Structure
SupportStructure
CeilingAssembly //041
ARC // [FREELANCE WORK]
AZUR SKY PAVILION
Client | Triumph Pavilion Location | London, United Kingdom Date | 2014 Size | 70 sqm Status | Competition Entry Team | Marvin Bratke, Sebastian Gernhardt, Alexander Grasser Type | Temporary Structure, Pavilion
// LIKE THE SKY HAS NO MEASURABLE SIZE, AZUR SKY PAVILION IS IN A STATE OF CONSTANT TRANSFORMATION - IT’S INDEFINITE OVERALL FORM IS EVER CHANGING THROUGH INTERACTION OF ITS VISITORS STRIVING TOWARDS FORMLESSNESS. // The pavilion symbolized abstract phenomena – lighting, growth process, reflection, scattering, visibility – while at the same time being a powerful physical but ever changing object in its own right. The pavilion’s indefinite overall form is ever changing through interaction of its visitors: People can attach and dismount components via easy to use plug connectors and become part of the attraction theirselves, while realizing that the pavilion as a whole becomes more than the
sum of its parts. In its initial form, presenting only a picture of a state of time and space of change, the generatively evolved pattern of the small scale objects ranges from fully mirrored in the pavilion’s core to a light emitting component at it’s outer area , dissolving this collective accumulation of functional elements to create space for a singular moment of contemplation at its center.
//041
ParkImplementation
DesignPrinciples
PavilionComponents
ComponentFunctions
FloorPlan
FloorPlan
GenerativeProcess
//041
RE // [FREELANCE WORK]
PLATOON SOUND SCULPTURE
PUSH CONFERENCE 2015
Client | Platoon Art Space Berlin Location | Berlin, Germany Date | 2014 Size | Status | Interactive Installation Team | Marvin Bratke (PA), Alexander Grasser Partner | Now//We//Bar
HYBRID REALITIES EXHIBITION 2016
// AN AUDIOVISUAL REAL-TIME PERFORMANCE THAT EMPHASIZES AUDIO SYTHESIS AND GRAPHICAL LANGUAGES. AN INTERACTIVE/REACTIVE SYSTEM BETWEEN AUDIO AND IMAGE, BETWEEN MAN AND MACHINE. // INTERACTIVE INSTALLATION The sound sculpture was part of an interactive performance at Platoon Art Space Berlin in December 2013. The audience was tracked and 3dimensionally scanned via Kinect cameras. A Digital representation was created through use of several CAD software for Post Processing to create a non-representational collage of the whole performance in a physical, 3d-printed model. The sculpture captures the motion of the visitors as well as the music played by
LivePerformance
Berlin based Label Now//We//Bar and directly influenced the 3D model. A interactive, reactive system between the audio and the image, between the man and the machine. The refined algorithm creates geometry, defined by the velocity of multiple visitors and mixes it with the sound information to the time of the recording, therefore producing a 3d-printable geometry output of each individual visitor.
Sound-SensitiveScript
CharacterDeformation
BuildingOrganisation
GeometryGeneration
RapidPrototyping
PhysicalRepresentation
Mercedes Benz Retail Architecture //041
ARC // [PROFESSIONAL WORK]
W+W HEADQUARTER
Client | Wüstenrot + Würtenbergische AG Location | Ludwigsburg, Germany Date | 2012 Size | 45.000 sqm Status | Feasability Study Team | Marvin Bratke, Michal Bednar Office | Lava (Bosse, Rieck, Wallisser)
// CREATING A NEW SYMBOL FOR MERCEDES BENZ BEATING ZAHA HADID IN A COMPETITION BLA BLA BLA FLORIAN ABENDSCHEIN FLORIAN ABENDSCHEIN FLORIAN ABENDSCHEIN FLORI FLOR FLOR ABENSCHEIN // Graft‘s design for the modernization of Germany‘s oldest youth hostel in Munich sees itself as part of the current design discussion of a new generation of hostels in Bavaria. Here, the main focus is the solution of specific challenges for hostels in the context of an urban metropolis. The small park in front of the building is integrated into the architectural concept as suggestive, usable „front yard“ of the hostel. The image of nature penetrates the organic architectural language of the
building and, together with the patio design, becomes the main subject of the newly created place. The design condenses its creative ambitions as well as the visitor‘s attention, in the most readable public programmed areas of the facade.
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[01]
[02]
[03]
ConnectivityDiagram | ampliďŹ cation of the existing knots
SiteContext
SplitCity
ReConnect
UrbanReconnector | W+W Tower and Living Bridge as Initial Starting Point for the Master Plan
Lighthouse Effect. The headquarter with it‘s curvilinear forms, natural light wells, light flooded work spaces, a roof top garden and a large convention center hosting a restaurant and mixed use areas at ground floor will function as a landmark and orientation along the historical axis culminating in Castle Solitude 13 kilometers away. Therefore it connects the modern city of Ludwigsburg with it‘s historical origin. SitePlan
FacadeStudies
AdaptiveFacade System
PerspectiveNorth //041
ARC // [PROFESSIONAL WORK]
SCHÜCO PARAMETRIC SYSTEM
BAU FAIR Client | Schüco Location | München, Germany Date | 2013 Size | 80 sqm Status | Built Prototype BAU 2013 Team | Marvin Bratke, Sebastian Schott (PA) Office | Lava (Bosse, Rieck, Wallisser)
2013
// ENGINEERING AN INTELLIGENT FACADE SYSTEM THAT ENABLES AN INTERFACE FOR DESIGN FREEDOM AND DIRECT CUSTOMER INTEGRATION // BUILT PROTOTYPE For the first time, a complex façade geometry is possible with standardised profiles and connectors. In just a few years, the building envelopes of the most daring buildings will be dominated by parametric designs, developed from highly flexible façade systems and complemented by tailored design, specification and fabrication chains, as well as solutions for software and machinery. The Schüco parametric concept creates almost limitless possibilities for the once rigid basic
geometries, as the parameters of the shape become flexible. The 1:1 prototype of the new facade system was exhibited at BAU 2013 in Munich. This adaptive building envelope responds to the environment and is able to create optimum climate conditions for living and working. In all types of building, independent of usage, and in every climate zone.
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ParametricSystem A
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Punkt ergibt sich
70°-110°
opak
1
Verschattung/Belüftungspanel 70°-110°
2
2 Ansicht
Ansicht
Aufsicht
- keine spitzen Winkel [Verglasung] - Aufbau aus Vierecken [flache Winkel] - parametrische Erscheinung [gradient]
1 2
1 2
Aufsicht
- im Winkel von 70° bis 110° möglich - Aufbau aus Dreiecken - parametrische Erscheinung [gradient]
1 2
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PanelPrinciples | GeometryPossibilities
Thales‘Theorem | GeometricPrinciple
BuildingApplication | ResponsiveSystem
Design to Production. The facade can consist of a number of structures, with individual surfaces that all differ in terms of shading and transparency, and that also perform all the functions of modern façade units. Based on parametric design models it gives the fabricator certainty, and the investor control over costs.
BuiltPrototype | PreVisualisation
BAU2013Pavilion
BAU2013Prototype //041
ARC // [PROFESSIONAL WORK]
FRANKFURT TERMINAL 3
Client | Fraport Location | Frankfurt, Germany Date | 2013/2014 Size | 17.000 sqm Status | Design Development Team | Stephan Albrecht (PA), Marvin Bratke, Nuno Galvao, Matthijs LaRoi, Mircea Mogan OfďŹ ce | Lava (Bosse, Rieck, Wallisser)
// TRANSFORMING FRANKFURT’S AIRPORT TERMINAL 3 TOWARDS AN INTERACTIVE INFORMATION HUB FOR 14 MILLION PASSENGERS PER YEAR. // In order to secure and develop Frankfurt Airport’s position as an international hub, Fraport must adapt the overall capacity of the terminal buildings to meet rising demand. First-rate infrastructure to meet the growing demands of international travelers and enrich the region architecturally. The aim for the new Terminal is to re-evaluatethe dynamism of air travel. Suggesting a departure from the current terminal typology it emphasises the spirit of flight with form and design.
The inspiration for the airport design comes from the natural structure of soap bubbles and the concept of a minimal surface that results in a structural purity and efficiency in the proposed envelope. The Terminal integrates natural environments with parklands along an interactive ceiling giving the travellers additional information on flight schedules. The design fosters an innovative approach, simulating passenger flows to optimize the interior themed island structure.
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Terminal 3 Atrium. The Shop arias are connected through a wide atrium space, that incorporated visible shafts of light in the ceiling structure. Force field lines that spread over the entire dynamic area guide the way around the themed islands. Theses spaces rise from the ground like sand dunes in the wind and warp the ceiling in the outer foothills. Light intensity and strength varies and is constantly changing to mediate information and guide the passenger flows. CeilingConstruction
OBERLICHTER Natürliche Belichtung
TO THE
TO THE
SHOPPING
SECURITY CHECK
DACHÖFFNUNGEN Anschluss an Membranen
TRAGRAHMEN Schnittstelle der Entwürfe NON - SHENGEN
SHENGEN
TAGESLICHTKANONEN Integriert in Tragstruktur
DACH // 1.STOCK VIP Lounge
MEMBRAN-DECKE Werbeplattform
DECKE ATRIUM Medienintegation
LICHTDECKE // TRAGSTRUKTUR Integration Oberlichter
MEMBRAN-DECKE
CeilingOptimization
Informationpanel
MEDIENWAND Werbeplattform
GUIDELINES Passagierlenkung
DACHSTRUKTUR Integration der Restaurants
THEMENINSELN Verschiedene Bespielung
SHOP LAYOUT Werbeplattform
TerminalExplosion
VisibilityAnalysis
Program Otimization. The new interior layout of the terminal aims to deliver the most integrated transport solutions for this distinctive, environmentally advanced building. It promotes interaction between different program elements, incorporating three major â&#x20AC;&#x2DC;canyonâ&#x20AC;&#x2122; voids to deďŹ ne entry points and optimized circulation routes to the gates, retail spaces and restaurants, located at the branches of the
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85 m2 DUTY-FREE 1590 m2
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100 m2
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FloorPlan
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12:00
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08:00
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SunpathAnalysis
BranchingGuides | CirculationSystem
BranchingGuides | CirculationSystem //041
RE // [ACADEMIC WORK]
RADIO NUCLIDE
University | MMLAB, Sint Lucas School for Architecture Location | Bakinour, Kazachstan Date | 2012 Size | - sqm Status | Future Scenario Team | Marvin Bratke, Stephanie Pesel, Mikolai Skibisz, Christian Tschersich Type | Object Oriented Eclecticism
// APOCALYPSE MOST LIKELY A TINY BIT LATER THAN NOW: SETTING OUT TO THE ATOMIC MISTAKES OF YESTERYEAR FOR THE RE-INHABITATION OF FUTURE GENERATIONS. // Part fungi, part mollusk, and part machine it intends to soak up the radiation and remove it from the irradiated cities, unifying with them in the process. The breeds of this species propose to amalgamate with and regenerate most of the now abandoned cities. The project’s core set-up consists of a programmed definition of agents which begin expanding inside in a built structure. The agents breed three generations, one after another, when defined states of expansion
are reached. All breeds trace their ancestors in a self-informing loop, that stops when all of them unify with their generators, culminating in a final state that deforms the implemented built geometry. Through a process of formation or computation, highly differentiated, contradictory concepts and structures can become one object, without resulting in an incongruous collage.
AgentBehaviour
Self-InformingLoop | AgentGenerations
AppartmentUnits
AgentDeployment
PhysicalModel
NuclideDetails | EclecticStructure //041
ID // [ACADEMIC WORK]
MUTE ELECTRIC MOBILITY
GREEN TECH AWARD COMPETITION
University | TU Munich Location | Munich, Germany Date | 2011 Size | - sqm Status | Built drivable prototype Team | Paul Bart, Marvin Bratke, Daniel Tudman, Simon Rauch Chair | Industrial Design (Fritz Frenkler)
// DESIGNING AND BUILDING A DRIVABLE, COMPLETELY ELECTRIC PROTOTYPE VEHICLE FOR A NEW KIND OF MOBILITY IN 365 DAYS AT TU MUNICH // MUTE combines the scientific and research innovation of 20 Chairs at TUM and is designed for seamless integration in the mobility infrastructure. This highly-efficient vehicle keeps power consumption on the road to a minimum thanks to its light weight, optimized aerodynamics and energy-efficient components. The lightweight design allows the use of a small battery. When combined with well-engineered and low-cost components, an affordable vehicle can be brought
to market.Focus was also placed on safety – a vehicle that looks like an automobile must drive like an automobile. The large rear trunk lid allows the functional luggage compartment to be conveniently loaded and unloaded. The electric range extender is located behind the trapezoidal opening at the front of the vehicle. The diffuser at the rear creates a dynamic finish.
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SolarCellIntegration
TechnicalDrawings
AerodynamicEvaluation | SurfaceOptimization
ChargingConcept
From Sketch to Drivable Prototype in 365 Days.. Early in the design stage the idea of a Monobox concept in a Micro Car class culminated. The common partitioning of the car (engine, passenger space, trunk) is no longer necessary in the electric car. The gain in space by reduced technology can be used as additional storage and open space, etc. In comprehension of crash and safety elements, the spaceframe and bracing require a day001 kickoff
FromSketch...
day020 concept phase
day055 CAD modeling
day070 frame construction
day110 mute 1.0
day1 day120 phys. model pres
InteriorOptimization | VolumeCalculation
SafetyConcept | BatteryIntegration
InteriorConcept
more conventional approach to the external appearance than in classic show cars, because the goal is a drivable prototype. Mute combines reason, safety and enjoyment in this new vehicle concept ia timeless design, corresponding to the corporate identity of the TUM. Within a year the project was implemented from scratch and a prototype of the vehicle was built and presented to the public at the „IAA Commercial Vehicles 2011“.
42 ss release
day160 day170 roll out design phase 2
day200 final design
day215 construction detailing
day310 construction
day325 press material
day355 IAA 2011
...toPrototype //041
ARC // [ACADEMIC WORK]
EPIPHYTE TRAVELLING PAVILION
University | TU Munich Location | Munich, Germany Date | 2011 Size | 200 sqm Status | Competion ENtry Team | Marvin Bratke, Tor-Magnus Horten Chair | Emerging Technologies (Richard Horden)
// A ZERO ENRGY ORGANISM THAT HOSTS A MOBILE EXHIBTION SPACE, REDUCING AIR POLLUTION AND CLEANING THE SURROUNDING ATMOSPHERE. // Epiphyte is a complete self sufficient, modular summer pavilion, created to travel around the world providing its surrounding with a natural aesthetic , explaining modern and ecological building systems in one architectural experience. The pre-fabricated organism is designed to have carbon-zero emissions, collecting energy at daytime using it for media projection at night. It benefits from its green or urban surrounding, while providing a new and interesting space for exhibitions
and art installations. The cladding is covered by a TiO2 nano layer of shaped anatase that reacts to ultraviolet rays enabling the reduction of air pollution, cleaning the atmosphere around the pavilion. The pavilion creates a foggy ambience of its own inside using sound, smell and media projection to attract its users. Epiphyte’s water core becomes the fireplace of the 21st century, providing an interesting space, where people gather, meet and interact with each other.
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Form follows Performance. The integrated systems collect and filtrate the rainwater at the lowest points [01], storing it in the central core, the heart of the cooling mist system [02]. The cladding is covered by a TiO nano layer of shaped anatase that reacts to ultraviolet rays enabling the reduction of air pollution [03], generating ambience.
[04] aerodynamics x ventilation
[01] rain water collection x water filtration
[02] water core x cooling mist system
[05] thin film solar cells x energy storage
[03] air purification x TiO2 nano coating
[06] art projection x media facade
SydneyLocation
FunctionalDiagrams 1,00
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While blocking the wind with it‘s aerodynamic shape [04] it opens up to to the specific scenery on three-forth of it‘s structure, generating an interesting exhibition space. The summer pavilion collects rain water, cleans and vaporizes it and therefore cools down it‘s whole surrounding and the integrated solar cell system [05]. Epiphyte pavilion produces energy by day with it‘s thin film cells on the roof [v.g. solar calculation], using a part of it for interactive projections and media events at night [06]. ConstructionModel thin film solar cells, efficiency 6% aluminium skin, thk 15mm terminal strip for aluminium mounting plywood construction with cut-outs cut outs for cable structure
cable structure connected to solar battery water circulation system nano coated aluminium, white, thk 15mm
DetailExplosion
DetailJoint Model V\GQH\ ORFDWLRQ , FXVWRPV KRXVH the customs house becomes a wonderful stage for the epiphyte pavilion. it transits up to the city‘s high rise buildings while providing a cool shelter in sydney‘s hot climate. after shipping in four high cube containers the pavilion is produced to offer an easy assembly structure. after it‘s exhibition time the pavilion will be deconstructed in a shipyard in sydney. each part will be seperated and recycled apart from each other to prevent a down cycling process of the materials. the environmaental friendly concept will be an archetype of modern building technology.
PXQLFK ORFDWLRQ , HQJOLVFKHU JDUWHQ Transport. prefabricated parts the english The garden seems like a perfect fitting for a pavilion which integrates in it‘s surrounding to begin a wonderful are constructed a location controlled en-while relationship betweenin a park and the epiphyte. blocking the wind with it‘s aerodynamic shape it opens up vironment in munich later to the monopterus offering aand wonderful view. transat the same the pavilion becomes a new orientation spot in the portedtime to the assembly site in four large munich area. after assembling the pavilion in a controlled environment it will be shipped in 30 parts for an easy intermodal containers. assembly on location in munich and sydney as well.
At the end of it‘s lifecycle Epiphyte can easily be seperated into it‘s material components to prevent a material downcycling process after the deconstruction.
munich site plan
easy assembly configuration
container fitting I shipping assembly
sydney site plan
construction controlled environment
container section
water tank I cooling mist system integration
easy assembly, fewest parts
shipping split-up
by marvin bratke I tor-magnus horten
PavilionLifecycle
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ID // [ACADEMIC WORK]
GEMINI FUTURE MOBILITY
University | TU Munich Location | Munich, Germany Date | 2011 Size | - sqm Status | Diploma Project Team | Paul Bart, Marvin Bratke, Daniel Tudman, Simon Rauchbart Chair | Industrial Design (Fritz Frenkler)
// GEMINI FUTURE MOBILITY CONCEPT IS BRIDGING THE GAP OF CURRENT INFRASTRUCTURE PLANS - CREATING A COMPLETE INTEGRATION OF PERSONAL MOBILITY IN BOTH PRIVATE HOME AS WELL AS PUBLIC TRANSPORT SYSTEMS. // As low performance infrastructure is becoming the limiting factor of rapidly growing megacities, Gemini’ introduces a whole product family, designed to fit the needs of future mobility. Developed by using the example of the compact, transport-oriented city state of Singapore, Gemini’ is bridging the gap of its future infrastructure plan – creating a complete integration of personal mobility in both the private home as well as Singapore’s expanding public transport. By
using Singapore’s unique social foundation of central allocated housing by the Housing and Development Board as a new instrument of car sharing, Gemini’ is bringing together the resource saving benefits of shared infrastructure with the amenities of personal property.
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sonal mobility in both the private home as well as Singaporeâ&#x20AC;&#x2DC;s expanding public transport system, each sector working seamlessly with the whole system. By using Singaporeâ&#x20AC;&#x2DC;s unique social foundation of central allocated housing by the Housing and Development Board (HDB) as a new instrument of vehicle sharing.
Future Mobility Concept for Megacities. As low performance infrastructure is becoming the limiting factor of rapidly growing megacities, ,Geminiâ&#x20AC;&#x2DC; introduces a whole product family, designed to ďŹ t the needs of future mobility. Developed by using the example of TechnicalDrawings the compact, transport-oriented city state of Singapore, ,Geminiâ&#x20AC;&#x2DC; is creating a complete integration of per-
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Destinct User Group were analysed and categorized as customers for the mobility concept.
Personal Transport. Gemini offers an individual based transport solution for megacities.
HDB Integration. The new transportation system completely integrates in the apartment unit.
Car Sharing. Splitting the vehicle into a public and private part neglects the psychological barrier of sharing.
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ProtectionVisor
ExchangableClip-Ons
InteractiveInterface
ABA
Car Structure. Gemini‘s main unit, LA, an extremely reduced personal capsule for 2 persons is setting minimum space and weight requirements. It is strongly focusing on individual transport within the short range of the city center, where the lines of street levels and pedestrian zones are blurring due to high-density, vertical urbanism and slowed down, road pricing controlled traffic. By adding the modular-structured add-on, GI, Gemini shifts its typology – offering a wider range of usage through improved stabilization, a performance boost and an included range extender.
ProtectionSystem
QuickCharger
EmojiHeadlights
Add-On Trolley Gi for
Add-On Trolley Gi for for home integration. for home integration.
Vehicle Connector
Range Extender
HomeIntegration
Plug and Drive. Its plug-in based system of ďŹ&#x201A;exible storage permits the possibility of personalization and customization. Combining two, LA units back to back, Gemini future mobility vehicle can be used as a micro car for families and longer ranges, reversing the principle on a gravity shifting vehicle towards a more classical family transporter.
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