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Contact
Jonas Berthold Adress Schwandenholzstrasse 246 8046 Zurich Mobile +41 (0)767232381 Mail Jonasberthold@gmx.net Instagram j.b_archi Website https://jonasberthold.wixsite.com/home LinkedIn https://www.linkedin.com/in/jonas-berthold-250218211/ 02
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curriculum vitae education 2016 graduation from high school Dossenberger Gymnasium Günzburg
2016 - 2021 B. A. architecture Hochschule Biberach
languages german english software 2D ArchiCAD, Vectorworks 3D Rhinoceros, Sketchup Visualisierung Cinema4D, Lumion, V-Ray Adobe Illustrator, InDesign, Photoshop office programs practice 2016 1 week internship Die Architekturwerkstatt, Langenau
2019 6 month internship Grath Architekten BDA, Ravensburg
2021 6 month internship KCAP, Zurich
honorary 2017 - 2019 member of the student council 2018 - 2021 member of the faculty council A/EI 2020 - 2021 member of appointments committee „sustainable building and planning“ field trips 2017 italy Bergamo, Mailand, Brescia
2017 benelux netherlands, belgium, luxembourg
2018 rotterdam 2019 spain madrid, burgos, san sebastian, bilbao
other 2020 meeting of german architecture student associations Darmstadt founding of nexture+
2020 - 2021 establishing architecture student association at HBC 04
projects
shelf facade wieland library biberach an der riss Prof. Maximilian Rimmel group project with Habnitt, Jennifer / Hofmann Lea october 2017 - january 2018 page 07
green vein urban development leutkirch im allgäu Prof. Ute Meyer group project withSchmidt, Lara october 2017 - january 2018 page 13
junctions urban development freiburg im breisgau (weingarten) Prof. Ute Meyer group project with Schmidt, Lara march 2018 - july 2018 page 19
Green Belt urban development ulm, eselsberg Prof. Wolfgang Brune partly group project with Habnitt, Jennifer / Henkel, Jessica / Schindler Raphaela march 2018 - january 2019 page 25
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multipurpose acoustic barrier student housing mannheim Prof. Felix Schürmann und Prof. Jörg Aldinger group project Ebner Philipp / Henkel, Jessica september 2019 page 35
ridge walk climate information centre monte argentario Prof. Gerhard Bosch october 2019 - january 2020 page 41
pater noster jewellery gallery munich Prof. Maximilian Rimmel group project with Adam, Olivia / Henkel, Jessica / Schindler Raphaela october 2019 - january 2020 page 47
production progress museum for pharma. research biberach an der riss Prof. Felix Schürmann und Prof. Gerhard Bosch bachelor thesis october 2020 - january 2021 page 53
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/2500
shelf facade, biberach an der riss /1000
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This project is located in the historic city center of Biberach, adjacent to the church and the market square. The dilapidated, existing building will be replaced by a redesign dedicated to famous Biberach author Christoph Martin Wieland. Based on his literary works, we came up with the idea of a building as a bookshelf, consisting of a grid of larch glulam beams. The beams of the coffered ceiling create open spaces and simultaneously form niches in the interior and exterior facades. These zones can be used for a variety of purposes, either as a reading corner, seating, bookshelf, etc. On the exterior, the building reflects a strict grid system, which opens up to the public space through the glazing. Inside, the building is subdivided by a fire prevention zone, including side rooms and supply shafts, constructed of reinforced concrete adjoined to the next building. In this zone, satin-finished glass panels in the facade generate an intimate interior setting.
The appearance of the building form and envelope contrasts the traditional half-timbered houses surrounding the library. Additionally, floor heights are set to fit the program rather than the surrounding context. Through these various design decisions, the Wieland Library is an attractive addition to the city as it catches the eye by diverging from the traditional architectural style of the historic city center of Biberach, Germany.
concept sketch support structure
The library program spans over four floors. On the ground floor, there is a foyer with a museum shop and a small cafe adjacent to a small urban square towards the north. Via the steel spiral staircase, which contrasts the otherwise rectilinear design, the visitor reaches the first floor - an exhibition space for Wieland‘s works. This flexible space is outfitted with movable walls and wooden panels to cover the glass facade if necessary. The following floors contain an office and a conference/multipurpose space.
concept sketch interior
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ground floor /200
2.floor /200
1. floor /200
3.floor /200
Elevation 1 /100
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detail /100
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section 1 /200
section 2 /200
/500 12
/7500
green vein, leutkirch im allgäu /2500
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Leutkirch im Allgäu is located near Ravens- concept provides for a pedestrian-friendly burg, Memmingen and Kempten, and eco- residential area. nomically benefits from the connection to the A96, enhancing tourism and business in the area. In addition, the city is proud of its green image it actively works to uphold. The development area is located in the western part of the city, adjacent to the main road with direct access to the highway. In the imcurrent state mediate surrounding there are various uses and typologies: residential, industrial, commercial, retail, and agricultural. The variable uses are a point of strength for the area. However, the noise pollution emanating from the adjacent roadway is a point of weakness. In order to strengthen the green image of the city, a green corridor from the motorway to the inner city could be added. This intervention will also create a welcoming atmosphere as people approach the city. new buildings Pedestrian and cycle paths run parallel to this traffic artery. A network of trees create a buffer zone separating pedestrians and cars in order to increase safety. The pedestrian and cycle paths continue through traffic intersections and have a secured right of way over vehicular traffic. To the north, pedestrian islands with zebra crossings ensure pedestrian safety. In general, the proposed design
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distances
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green corridor + connections
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noise
transition from industry, housing and agriculture
boulevard with pedestrian crossings, park as buffer zone and mixed block sizes section east-west /700
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section park west-east /1000
Scanned by CamScanner
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The green vein expands into larger green spaces in various places. For example, a public park is formed within the built area. The park includes a playground, a garden with a pond, a spacious sunbathing area, and a sport zone. The park benefits the surrounding residential areas and the employees of local businesses by creating a public space for community activities - something that did not exist there previously.
create a seamless transition to the industrial area in the east, there is a larger residential block with a public space in the north, next to the park. The row houses have individual gardens and parking spaces, while the multi-family housing has a common green area and street parking. These buildings include 7-9 apartments of various sizes. The residential block has public uses on the ground floor and in the north a restaurant/cafe adjacent to the square. The three floors above consist The planned residential buildings, a mixture of apartments for 1-6 residents that are acof row houses and multi-family buildings, will cessed via the courtyard and arcades. enable various forms of housing. In order to
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/1000
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section north-south /700
ground floor /500
ground floor /500
1. floor /500
2. floor /500
3. floor /500
1. floor /500
1. floor /500
2. floor /500
3. floor /500
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junctions, freiburg im breisgau (weingarten) /6500
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Weingarten is a district of Freiburg in the Breisgau region in the southeast near the French/German border. This area was built in the 1960s and is characterized by high rises and extensive open spaces in between. The neighborhood currently has a bad image due to social problems. The concept is based on restructing the existing gaps and barriers in order to give the area a new image. To this end, the previously unattractive open spaces are being revised, cycling ways are being expanded, the neighbourhood centre is partly redesigned. Additionally, the division of the district by the Binzengrün road is being reduced by means of new construction. The existing shrine gardens in the western part are mirrored in various places along the creek of the village in the form of urban gardening. The aim is to create an area of interaction between the inhabitants north and south of the creek. The existing park is left as an open area and is supplemented by recreation equipment, in order to make it an active use area. The district centre with shopping facilities is now opening towards the park and the water feature is being rebuilt. The barren inner courtyards of the U-shaped building arrangements receive a redesign, with the help
of a modular and a differentiation of areas by path guidance and planting. Here too, social interaction can be induced. The road through the district is connected and made more attractive for cyclists. In addition, there are bike rentals at important intersections.
current state
new buildings
proposed design
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open green and neglected community center
insertion of new buildings, urban gardening along the water, enhancing the courtyards und activation of the park section north-south /1500
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urban gardening along water
connection by bikepath
designed courtyards
active use of green space
enhancing the water play
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upper floor /500
The barrier, which is the street Binzengrün, is minimized by placing the buildings directly at the street. There are 5 buildings that on the one hand adapt to the existing typologies, yet also introduce new ones. They include apartments, office and retail spaces. The apartments offer space for 1-6 persons and
allow a mixture of different social dynamics within the buildings. The pergola access is set as a sound buffer zone to the street and functions as a space for social interaction.
building set courtyards
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/25000
green belt, ulm /15000
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topography
history
mobility
nature
distribution of uses
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This project addresses a site in the district of Eselsberg in Ulm - an area nestled between the university and a residential area. In teamwork we developed an urban planning concept that acknowledges the ideas set forth in Kees Christiaanse’s master plan for the university city. Our concept strives to encircle three developed areas, on which various buildings are arranged, in public green spaces. All the structures have similar forms resulting from the oblique quartering of a rectangle. The houses are slightly staggered from one another, but it is still easy to navigate within the neigbourhood. The building height varies between two to four stories, which in combination with the topography results in different views of the city from each of the accessible roofs. The assembly of small buildings open up into the surrounding green spaces in which the landmarks of the planning, the skyscrapers, are located. The skyscrapers are visible from afar and act as local landmarks that attract residents from nearby residential areas and university students. In the second step of this project, everyone individually designed and produced construction drawings for the skyscrapers. The basic ideas including mixed use programming, form, and approximate building height should be retained by all group members. proposed design
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current state
new buildings
The individual design explores a series of platforms supporting a free-formed object that allows for various uses. The development of a central circulation core allows the entirety of the building to be accessed by elevator. A second design decision impacts the exterior envelope. A secondary structure, partially encapsulated in the platforms, supports the cantilevered platforms. In the space between the core and the supporting structure, the facade protrudes and retracts creating different indoor and outdoor moments. The ground floor, and levels three and eight are double story spaces that are divided by a gallery. These have public/community uses. The remaining floors contain housing in a variety of configurations. Due to the large areas of exterior glazing, the residential rooms are well lit ensuring a high quality of living. All ancillary and utility rooms, which require little or no natural light, are arranged around the central core, so the building services can be easily installed on every floor. Due to the undulating platforms and the offset facade, the rooms are shaded from the sun in the summer months to keep the living areas relatively cool. Exterior sunscreens offer another layer of protection.
site model plywood /500
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office interior
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ground floor /400
3. floor /400
ground floor gallery /400
3. floor gallery /400
8. floor /400
1., 4., 6. floor /400
8. floor gallery /400
2., 5., 7. floor /400
interior appartment
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exterior space elevation south /400
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elevation west /400
detail /75
section 1 /400
section 2 /400
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/12000
multipurpose acoustic barrier, mannheim /3500
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[Zeichnungstitel] Maßstab: 1:5000
The site of this short, week long project is located southwest of Mannheim‘s old town near the Rhine River. The site also borders a busy six lane road and railway tracks leading from the main station. Therefore, noise pollution is the main concern. This area between the Rhine, the old harbor basin, and Friedrichspark, is the site for a housing project for and others. Hähning and Gemmeke’s competition guidelines also served as a basis for our project. Our concept envisions a redesign of the park and the expansion of the university in connection with the park. Additionally, the old port area is to be revived by a promenade. The basic design premise developed for the student housing shields the apartments from traffic noise, leads the axis of the harbour promenade into the area, and creates a link to the park. As a result, the apartment blocks sit perpendicular to the two noise sources and direct attention to the interior areas of the apartment complex. In order to ensure the continued flow of pedestrian traffic through the area, the residential zones of the buildings are moved upward allowing the ground floors to be inclusive community areas. Furthermore, the park promenade collides with green urban space that works to promote social interaction. In order to prevent the sound from penetrating into this area, multipurpose acoustic barriers are developed on open sides. Here you will find study areas and recreation rooms for students.
Towards the street, a double-layered glazing facade is interrupted by cubic volumes that create a visual link to the park. On the side of the railway, the building is heavily massed and contains small working areas and retreat niches. The student housing blocks are accessed at the point of support, this circulation space in addition to the various adjoining rooms create a buffer zone to the street.
public use
community
housing
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ground floor /800 37
1. floor /800 38
elevation street
section 1 /400
section 2 /400
elevation street /1000
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elevation railway /1000
Within the student housing the unit sizes are varied. Shared flats of different sizes have their own communal area, as well as a loggia. These units can also be combined because adjacent units always have a connection point. Individual apartments can also be incorporated into the shared flats. The blocks at the ends of the complex have a pergola access that act as a sound buffer for the apartments. Apartments designed for families are also incorporated. The flexibility of combinable units allows for a variety of housing configurations that offer a greater level of accommodation for various lifestyles.
south view
north view
courtyard
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Porto Santo Stefano
Orbetello
/20000
Porto Ercole
ridge walk, monte argentario /8000
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The goal of this project is the creation of a climate information centre on an expansive site. Two old mine towers located on a ridge within the site should be included in the planning. When analyzing the environment the former open pit quarry attracted my attention as it represents a “wound” in the natural environment. Contrasting this destructive past, the site is now also home to a nature conservation and bird preservation lagoon. Therefore, the project is located in this area. However, no building can compete with the complex history of the site, so the information centre is placed at the edge, in an hypthetical existing cave. In order to include the old mine towers into the complex, they are restored and integrated as stations along the “Pilgrimage Route“ on the ridge of the hill. The underground complex also includes a series of stations that are accessed via a long tunnel from the coastal road at the entrance of the old mine. After entering the cave, the visitor enters an expansive hall in which a helix ramp winds upwards. Attached to the helix ramp are the various predetermined programs including: a conference hall, seminar rooms, administration and exhibition rooms. The ramp ensures the path of travel as the visitor walks through every space as he ascends. Each room has a vestibule that opens towards the cave and offers seating. The steel structure is clad with local wood on the interior and the exterior is clad with recycled metal plates from old ships. This is an analogy to the Costa Concordia disaster near this site. The choice of materials deliberately creates a contrast between warm interior and cold exterior spaces. Simultaneously, visitors can appreciate the application of recycled
materials and the character that can result from using rough and recycled materials. The rooms or boxes protrude out of the rock into the hall and support the helix ramp with a series of suspended steel cables. The cave is mainly illuminated by artificial lighting along the ramp. The artificial light is accompanied by pockets of natural light that come from openings in the rock that allow for a view of the quarry and the lagoon of Orbetello. Once at the top, the circulation directs visitors into a tunnel that leads up the ridge to the mine towers. Inside these towers there are various special exhibitions. Close to the surface, the tunnel begins to rupture creating a precise crack in the landscape, based on the Etruscan ravines. Thus the visitor experiences a procession from light to darkness to light. The circulation comes to a dead end, so the visitors must return the way they came through the building complex and its exhibitions reiterating to the visitors the dire consequences of the approaching climate crisis.
scheme of ascension
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ground floor /500
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1. level /500
2. level /500
3. level /500
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4. level /500
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section /250
5. level /500
detail section /100
detail floor plan /100
floor plan mine towers /1000
elevation mine towers /1000
frame model
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/25000
pater noster, munich /700
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This project focuses on the interior addition of a jewelry studio and gallery into an existing building in Munich, which must remain structurally unchanged. The entrance to the space is at street level; however; the room is 2.8 meters below grade. The main idea of the design is to introduce a detached structure inside the room that enables access to all levels and generates seamless circulation throughout the entire space. Furthermore, this structure should create interior zones. A supporting structure made of rectilinear tubing will relate to the existing spatial division and symmetry. In every corner a vertical glass “column” functions as paternosters for showcases. A footbridge that is suspended between two of these columns allows visitors to experience the full height of the room. Inside, the jewelry display cases move steadily up and down. The individual ribbons can be controlled and stopped in order allow visitors to take a closer look at the jewelry pieces. C
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Upon arrival on the middle platform visitors arrive at the sales and consulting area, a room within a room created by the steel scaffolding. From here, two staircases, along the walls, lead down to exhibition areas of historical pieces. The lower floor also has various service and utility areas including a sanitary facilities and workshops for two goldsmiths. The workshops are viewable in order to gain insight into the jewelry process. The supporting structure is outfitted with lightweight wooden panels that can be opened or closed to the other areas with various materials such as cloth, glass, etc. D
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two-way entrance/exit
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3,35m
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scheme circulation
Schmuckgalerie Konzept 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
Schmuckgalerie Konzept 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
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ground floor /150
Schmuckgalerie Grundriss EG 1:25 A
CRaumgestaltung - Berthold - Schindler - Henkel - AdamD
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basement /150 Schmuckgalerie Grundriss UG 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
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longitudinal section /150 49 Schmuckgalerie Längsschnitt 1:25
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Furthermore, the display cases are welded from simple steel connections that support the steel sides and glass panels in the front and back. This makes it possible to view the jewelry from both sides of the glass columns. The lid is operable for removing the pieces from the display cases. The double height floor provides the lighting for the display cases underneath. This exposure and movement creates a lively play of light throughout the room.
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Schmuckgalerie Querschnitt 1:25
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Raumgestaltung - Berthold - Schindler - Henkel - Adam
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Raumgestaltung - Berthold - Schindler - Henkel - Adam
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The selected furniture include the curved swan sofa, the black swan chair, and the black series 7 chair in the event room designed by Arne Jacobsen. The contrast between the rectilinear structure and bowed furniture creates interest and Schmuckgalerie allows Detail the1:25furniture to be highlighted and even function as an exhibit.
0,30m
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Schmuckgalerie Querschnitt 1:25
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Schmuckgalerie Detail 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
0,30m
Raumgestaltung - Berthold - Schindler - Henkel - Adam
Schmuckgalerie Querschnitt 1:25
0,30m
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Schmuckgalerie Detail 1:25
Raumgestaltung - Berthold - Schindler - Henkel - Adam
Raumgestaltung - Berthold - Schindler - Henkel - Adam
display case /50
Schmuckgalerie Querschnitt 1:25
Schmuckgalerie Detail 1:25
Raumgestaltung - Berthold - Schindler - Henkel - Adam
Raumgestaltung - Berthold - Schindler - Henkel - Adam
Schmuckgalerie Detail 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
Schmuckgalerie Detail 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
Schmuckgalerie Detail 1:25 Raumgestaltung - Berthold - Schindler - Henkel - Adam
swan sofa 51
swan chair
chair series 7
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/20000
production progress , biberach an der riss /5500
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After an intense examination with the company Boehringer Ingelheim and the perimeter, it was obvious, that this extensive sealed parking area is hardly compatible with the sustainability values propagated by the company on its website. Therefore, the decision was made to develop an urban concept in addition to the planning of the museum. It implements themes of ecological and social sustainability in a forward-looking manner and enables overarching functions, such as linking the Aspach campus of Biberach University of Applied Sciences to the city and linking Boehringer Ingelheim with the surrounding area. In combination with this concept and the building concept, the Museum for Pharmaceutical Research was to emerge as a prelude building block and land mark. In the next step, the environment was analysed in detail with regard to the demarcation of the company premises, the public transport network, the green areas and the existing road grid. The new quarter is seen as a science village of Boehringer Ingelheim, which is developed by the employees together in joint building ventures. The most important aspects of the urban concept deal with the topics of noise, mobility, green spaces, public uses, natural cooling and energy supply. On the one hand, a high level of noise pollution from the east is to be expected from Ulmer Strasse, which is to be prevented by larger building blocks
boundary boehringer area
conncetion to public transport
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with, for example, office use. The traffic noise of the Ernst-Boehringer-Straße in the south is attenuated with the help of topography. The mobility concept relies on walking and cycling within the area and the connection to the public transport network with the help of a new bus stop centrally located on the street axis connecting to Campus Aspach. Parking spaces are also planned along the road. For the museum itself there is an above-ground parking garage with about 90 parking spaces, which is located at the transition from the Obi store in the north to the new quarter. This building is only intended to be temporary and can be dismantled in the future. Two new green axes are created, which run from west to east and are designed as public green spaces that also serve as retention areas. In the north of the museum, in the green zone, there is a path of natural medicine, which links the theme of the exhibition into the outdoor area. In the northern part of the neighbourhood, the green areas are primarily used as gardens for self-sufficiency. The southern part is strongly characterized by the zone with public uses, with the Museum Square at the central point. From here, the materiality of the floor paving also extends into the company premises and thus becomes a linking element.
linking the green areas
extension of the street grid
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All buldings are oriented to allow night time cold air flow from the slopes to the east and west to cool the neighbourhood in the summer. In addition, the warm winds that blow mostly from the south-west are largely prevented by the buildings from penetrating into the inner area. The cooling by evaporation on the green rooftops also contributes to this actions. The thermal discharge of the production plant and cold rooms can be used to heat the dwellings. Solar irradiation can also be used on the large roof areas by photovoltaic systems.
museum square
mitigation of road noise
area of public use
axis conncetion to campus aspach
on street parking
noctural cold air stream from east and west due to topography
pedestrian shed
garage ca. 90 parking spaces
bike hubs
blocking warm summerwinds from south-west
bus stops
mobility concept
natural cooling
heat excess of production and office spaces for heating the aparments gardens for self-sufficiency
path of natural medicine
solar energy on large roof tops green areas for retention
green spaces
energy concept
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overall concept urban design
ecological sustainability: • mobility • land use
museum for pharmaceutical research
building concept
starting point and urban land mark
building as produktion progress • enlightened visitor as „product of the museum“ • „fermentation process of knowledge“
social sustainability: • mixed housing • public space • mixed uses additional functions: • conncetion to campus aspach • linking boehringer ingelheim to the surrounding area
pictoral interpretation of the term „production progress“
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The conception of the building is inspired by the fermentation process of biopharmaceuticals. The associations of the term „process“, such as linearity, rationality, efficiency, specialisation, technology, and aspects of Boehringer Ingelheim, such as the theme of laboratories/sterility, secrecy, the bioreactor and company representation, result in various pitches for the museum concept. According to this, the exhibition should function as one-way dark exhibition rooms, the building should be subject to a basic grid and the additional uses of start-up offices and laboratories, seminar area and museum pedagogy have to be able to function independently. Likewise, the storey structure is to be broken up and the building made vertically perceptible. The aim is to create an enlightened visitor as a „product of the museum“ and to trigger a „fermentation process of knowledge“. This creates an ambivalence of outside and inside, complexity and simplicity, closeness and transparency, and separation of functions and overlapping of functions. By the figurative interpretation of the term „production process“, a twisted stacking of spatial uses develops around a central core. This creates an access zone that winds its way up through the building volume, as well as areas where two spatial bodies overlap and can be combined to form high rooms. On the ground floor of the building, the foyer opens completely onto the square in front, whose materiality extends into the volume and accompanies the visitor on his way up. Directly connected to the entrance area is the temporary exhibition and a small café.
building development
concept sections AUSSTELLUNG AUSSTELLUNG
AUSSTELLUNG ERSCHLIESSUNGSKERN AUSSTELLUNG ERSCHLIESSUNGSKERN GASTRO GASTRO GASTRO ERSCHLIESSUNGSKERN
AUSSTELLUNG AUSSTELLUNG
GASTRO GASTRO
GESCHICHTE ÖFFENTLICH GESCHICHTE GESCHICHTE ÖFFENTLICH ÖFFENTLICH GESCHICHTE ÖFFENTLICH BOEHRINGER INGELHEIM BOEHRINGER INGELHEIM GASTRO
AUSSTELLUNG AUSSTELLUNG ÖFFENTLICH ÖFFENTLICH
GASTRO GASTROGASTRO GASTRO AUSSTELLUNG AUSSTELLUNG TECHNIK TECHNIK GASTROGASTRO TECHNIKTECHNIK AUSSTELLUNG AUSSTELLUNG
AUSSTELLUNG
LAB
ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN
ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN
ERSCHLIESSUNGSKERN GASTRO AUSSTELLUNG ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN TECHNIK ERSCHLIESSUNGSKERN TECHNIK GASTRO GASTROGASTRO GASTRO GASTRO
AUSSTELLUNG
LAB
AUSSTELLUNG
START-UP LABSTART-UP START-UPLAB START-UP BÜRO BÜRO BÜRO BÜRO LAB LAB LAB LAB BÜRO BÜRO BÜRO BÜRO BÜRO START-UP BÜRO LABSTART-UP LAB START-UP START-UP
START-UP
BÜRO BÜRO BÜRO BÜRO
ÖFFENTLICHÖFFENTLICH GESCHICHTEGESCHICHTE
BÜRO AUSSTELLUNG BÜRO AUSSTELLUNG START-UP
BÜRO BÜRO BÜRO BÜRO
START-UP START-UP START-UP START-UP
START-UP START-UP AUSSTELLUNG AUSSTELLUNG GESCHICHTE AUSSTELLUNG AUSSTELLUNG BÜRO AUSSTELLUNG AUSSTELLUNG BÜRO AUSSTELLUNG AUSSTELLUNG BÜRO AUSSTELLUNG AUSSTELLUNG BÜRO AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNGAUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNGAUSSTELLUNG AUSSTELLUNG AUSSTELLUNG AUSSTELLUNG
GESCHICHTE ÖFFENTLICH ÖFFENTLICH ÖFFENTLICH ÖFFENTLICH AUSSTELLUNG AUSSTELLUNG SEMINAR PICKNICK LABOR SEMINAR PICKNICK LABOR AUSSTELLUNG AUSSTELLUNGERSCHLIESSUNGSKERN AUSSTELLUNG AUSSTELLUNGERSCHLIESSUNGSKERN BOEHRINGER BOEHRINGER INGELHEIM AUSSTELLUNG INGELHEIM AUSSTELLUNG SEMINAR PICKNICK LABOR SEMINAR PICKNICK AUSSTELLUNG AUSSTELLUNG TECHNIKTECHNIK LABOR TECHNIK TECHNIK
AUSSTELLUNG AUSSTELLUNG
AUSSTELLUNG
SEMINAR
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
AUSSTELLUNG
SEMINAR SEMINAR ERSCHLIESSUNGSKERN AUSSTELLUNG ÖFFENTLICH ÖFFENTLICH ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN AUSSTELLUNG TECHNIK ERSCHLIESSUNGSKERN TECHNIK PÄDAGOGIK SEMINAR PÄDAGOGIKAUSSTELLUNG SEMINAR
AUSSTELLUNG AUSSTELLUNG
ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN
SEMINAR
SEMINAR SAAL SAAL SEMINAR
AUSSTELLUNG AUSSTELLUNG
ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN ERSCHLIESSUNGSKERN
SAAL VERWALTUNG SAAL VERWALTUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG SAALSAALSAAL SAAL WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG ÖFFENTLICH GESCHICHTE SEMINAR SEMINAR SEMINAR
BOEHRINGER INGELHEIM BOEHRINGER INGELHEIM
VERWALTUNG VERWALTUNG VERWALTUNG SEMINAR SAALVERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG SAAL SEMINAR VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG
GESCHICHTEGESCHICHTE
VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG SEMINAR VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG SEMINAR VERWALTUNG VERWALTUNG VERWALTUNG VERWALTUNG SEMINAR
BOEHRINGER INGELHEIM BOEHRINGER INGELHEIM
SAAL SEMINAR SAAL SEMINAR SEMINAR SEMINAR SEMINAR
WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG
SEMINAR WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG
WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG AUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNGWECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG
WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG WECHSELAUSSTELLUNG
AUSSTELLUNG
ÖFFENTLICH GESCHICHTE
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integration into the surrounding area /1000
After purchasing a ticket, visitors can continue up a wide flight of steps with seating steps. The history exhibition of the Boehringer Ingelheim company in the spatial zone of the colonnade along the façade also accompanies him on this path. The seminar area is located on the first floor with a seminar room that can be divided into three parts and an museum square
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event hall with 120 seats. The floor above houses the first exhibition room and the administration. The spatial volume of the exhibition always extends across two floor levels. The third floor houses the museum‘s educational facilities for trainees or school classes, with a seminar room, a picnic room, and
side rooms und temporary exhibition space
temporary exhibition space and seminar rooms
administration and exhibition area
exhibition area and museum pedagogy
start-up 1 and exhibition area
two laboratories designed with a view into the exhibition. The following floors house two exhibition areas as well as start-up offices with laboratories, which are also in close contact with the exhibition and thus enable visitors to gain insights into pharmaceutical research. Here he can conduct his own experiments in a kind of show laboratory. Having reached the top floor, the history exhibition along the façade ends with a view on the company premises, as well as towards the city centre of Biberach, similar to the style of the promenade architecturale. With the gastronomy, the visitor is also offered the opportunity to linger or he decides to make his way back down and take a seat on the steps to observe what is happening in the public development zone. The appearance of the building is characterized by the development which pushes outwards and opens up to the surroundings. As a result, each elevation of the museum has an equally representative character. The other part of the façade, behind which the exhibitions and offices are concealed, is kept closed and is only naturally lit by narrow strips of windows. Here the ambivalence of closed curtain-type metal panels and open glazed surfaces becomes clear.
exhibition area and start-up 2
start-up 3 and exhibition area
exhibition area and restaurant site model
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Shopbereich
24 m²
WC 50 m²
Magazin
29 m²
WC
29 m²
50 m²
Garderobe
Magazin
Kasse
26 m²
460 m²
26 m²
Nebenraum
Ausstellung
Nebenraum 14 m²
WC
150 m²
380 m²
Cafebereich
Wechselausstellung
Luftraum
22 m²
22 m²
22 m²
Büro
Büro
Büro
Fahrradstellplätze 45 Stk.
ground floor /500
2. floor /500
60 m²
Labor
60 m²
Labor 40 m²
Seminarraum
40 m²
Seminarraum 62 m²
Seminar 40 m²
33 m²
Seminarraum
Nebenraum
26 m²
Luftraum
WC 54 m²
Picknick
24 m²
135 m²
Stuhll.
Saal
1. floor /500 „show laboratory“
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Luftraum
3. floor /500
public development zone
14 m²
Kühlraum 160 m²
Bürofläche
16 m²
80 m²
WC
Labor
26 m²
26 m²
460 m²
Nebenraum
Nebenraum
Ausstellung 16 m²
WC 80 m²
Labor
14 m²
Kühlraum
460 m²
160 m²
Ausstellung
Bürofläche
4. floor /500
6. floor /500
14 m²
Lager
6 m²
14 m²
33 m²
Kühlr.
WC
Nebenraum
Luftraum
26 m²
20 m²
WC
Küche 200 m²
Gastraum
210 m²
Bürofläche
5. floor /500
80 m²
Labor
Luftraum
7. floor /500 62
section 1 /500
section 2 /500
63
section west-east /1000
elevation south /500
elevation east /500
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elevation west /500
elevation north /500
65
section south-north /1000
model study
model pictures
66
The entire building is subject to a basic grid of three meters and is executed in a steel skeleton construction. Only the central access core, the partial basement and the composite ceilings are made of in-situ concrete. The basic principle of the supporting structure consists of twelve metre spanning perforated girders, which form a grid in the corners. The museum should also address the same sustainability aspects as the neighbourhood itself. Therefore, the construction can be disassembled, just as the outer shell is well insulated with recyclable insulation materials. Even if the aluminium façade is negative from the point of view of the grey energy, it is nevertheless positive from the point of view of durability and demount-ability, if the whole building is conceived as a material storage in the sense of urban mining. The Museum of Pharmaceutical Research, a concise cube in the centre of the new Boehringer Ingelheim science village, will be able to become a new representative symbol of the company in the public.
primary structure system
horizontal bracing by compound decks
concrete core
vertical support grid
perforated girders
corner bracing by tensile rods/ slabs
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details
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