The Pilatushaus in Nuremberg is being renovated

Building design
The Pilatushaus (left) at the Tiergärtnertor in Nuremberg. The stately town house from the late Gothic period has stood empty for years. It is now being renovated by the Altstadtfreunde e. V.; Photo: Wikimedia Commons / Gryffindor

The Pilatushaus (left) at the Tiergärtnertor in Nuremberg. The stately town house from the late Gothic period has stood empty for years. It is now being renovated by the Altstadtfreunde e. V.; Photo: Wikimedia Commons / Gryffindor

The Pilatushaus is an integral part of the historical backdrop around Tiergärtnertorplatz below Nuremberg Castle: the stately town house from the late Gothic period has stood empty for years. Now the Altstadtfreunde e. V. are renovating it.

The Pilatushaus is an integral part of the historical backdrop around Tiergärtnertorplatz below Nuremberg Castle: the stately town house from the late Gothic period has stood empty for years. Now the Altstadtfreunde e. V. are renovating it.

The Pilatushaus in Nuremberg is one of the few surviving late Gothic town houses and is one of the most important architectural monuments in the Old Town. As an outstanding half-timbered house and a stop on the Nuremberg Historical Mile, it is one of the most photographed motifs in the Old Town.

Now the Altstadtfreunde Nürnberg e.V. association wants to fill the empty building with life again. The late Gothic residential building was built in 1489 and once belonged to Plattner, the harness maker Hans Grünwald. In 1507, the sculptor Veit Wirsberger bought the house, after which it changed hands frequently. The name Pilatushaus has been in use since the 17th century, when the building was regarded as the starting point for Adam Kraft’s Stations of the Cross to St. John’s Cemetery in Nuremberg. It was also known as the “House of the Armored Man”. Hans von und zu Aufseß, the founder of the Germanisches Nationalmuseum, lived in the building from 1852 to 1857; the family coat of arms above the entrance dates from 1853.

The Pilatushaus is to be filled with life

The building has been owned by the city since 1931. It has seven storeys with a sandstone base storey and three house storeys and three attic storeys made of half-timbering. At the top of the gable is a characteristic octagonal gable bay with a concave pointed roof. A corner figure shows St. George slaying a dragon, the patron saint of the Plattner people. The Pilatus House is now to be filled with life again. The city of Nuremberg has announced that it will be given to the Altstadtfreunde Nürnberg e.V. association “by way of a heritable building right for 60 years”.

Complete renovation for almost four million euros

The Altstadtfreunde will completely renovate the building over the next five years and then be allowed to use it. Nuremberg’s Lord Mayor Marcus König commented: “The association has a wealth of experience in renovating historic buildings and putting them to good use.” If everything goes according to plan, a restaurant will be set up on the first floor of the building, with three apartments and offices on the floors above. The top floor, i.e. the attic, can be used by the Friends of the Old Town for themselves. The Pilatushaus was badly damaged during the Second World War. Although it was repaired in 2011, this caused structural problems that are now to be rectified in the complete renovation, which will cost almost four million euros.

Gutted backdrop

“Our building departments have been more than busy in recent years with the construction of schools, kindergartens and apartments,” emphasizes Michael Fraas, the city’s economic and scientific officer. In addition, the city has had to keep an eye on its finances and make do with the scarce money available for housing construction. According to Fraas, uses for culture or tourism were not reported “despite several inquiries” from the city administration. As a result, the property has increasingly fallen into a kind of slumber and degenerated into a gutted backdrop.

The Friends of the Old Town Association is dependent on support

In order to get started soon, the Friends of the Old Town Association is dependent on support. Two large donations of 100,000 euros each have already been received in the newly established donation account. In its almost 50-year history, the association has already restored over 20 old town houses. It has turned a craftsman’s house in Kühnertsgasse into a museum, and the association now runs one of the oldest barns in Zirkelschmiedsgasse as a cultural hall. In the past, the members have not shied away from major projects such as the reconstruction of the magnificent inner courtyard in the Pellerhaus on Egidienberg. Mayor König is impressed by so much commitment: “The Friends of the Old Town are unique for Nuremberg and have done a lot for our cityscape.”

Unique citizens’ initiative in Germany

In October 1973, Dr. Erich Mulzer took over the chairmanship of the “Association of Friends of the Old Town of Nuremberg”. Under the new name “Altstadtfreunde Nürnberg e.V.”, he developed the citizens’ initiative into the largest of its kind in Germany with more than 5,700 members. Since then, around 250 measures have been implemented. These include many small items such as sundials, house signs, coats of arms, cantilevers, chimney hoods, gable men, tiled stoves, memorial plaques, bell pulls, lanterns and doors.you can find out more about the Verein der Altbaufreunde here. House statues, fountains, roof oriels and chörlein have also been restored or brought back into the townscape. The Friends of the Old Town are particularly proud of the 18 houses they have renovated themselves and thus saved. They also enrich cultural life in Nuremberg with events in the Kulturscheune, which they restored, and run the I22I20I18I Kühnertsgasse Museum.

The restoration of the historic city baths in Strasbourg has already been completed. See for yourself!

POTREBBE INTERESSARTI ANCHE

AI and architecture: the role of artificial intelligence in the design of smart cities

Building design

AI-supported traffic systems in cities can optimize traffic flow and reduce congestion by up to 15%. In Copenhagen, for example, sensors and AI are used to control traffic in real time in order to alleviate peak times. Mike Petrucci | Unsplash

Architecture is facing a digital revolution. The use of artificial intelligence (AI) has already changed the construction industry and is now finding its way into urban planning and architecture. From planning and design to building and city management, AI offers solutions that are faster, more precise and more efficient. AI-supported systems analyze huge amounts of data and propose solutions that inspire and support architects and urban planners. In the context of the smart city, AI makes a significant contribution to the development of sustainable, liveable and future-oriented urban spaces. […]

Architecture is facing a digital revolution. The use of artificial intelligence (AI) has already changed the construction industry and is now finding its way into urban planning and architecture. From planning and design to building and city management, AI offers solutions that are faster, more precise and more efficient. AI-supported systems analyze huge amounts of data and propose solutions that inspire and support architects and urban planners. In the context of the smart city, AI makes a significant contribution to the development of sustainable, liveable and future-oriented urban spaces.

Fun fact: In recent years, investment in AI-supported architectural tools has increased by around 40% worldwide, particularly in the areas of energy optimization and predictive maintenance of buildings.

Machine Learning (ML)

Machine learning, a sub-form of AI, enables systems to recognize patterns in large data sets and make predictions based on these patterns. For architects, this means that building data, weather forecasts, material consumption and energy requirements can be analyzed in order to develop a more efficient design.

Generative design

Generative design is an AI technology that can generate thousands of designs from a given set of parameters and design requirements. Architects provide certain specifications – such as location, material and desired functions – and the AI creates design options that can be tested through simulations.

Neural networks and deep learning

Neural networks, especially deep learning models, enable AI systems to understand complex relationships and propose innovative solutions. For example, they can carry out simulations for air currents and sunlight that improve the comfort and energy efficiency of a building.

Natural Language Processing (NLP)

NLP models such as language assistants and text processing systems help architects and urban planners to easily analyze and process complex data and reports. With the help of NLP, data can be searched more quickly and historical data can also be incorporated into the decision-making process.

Practical example: In a construction project in San Francisco, an architecture firm is using generative design to create an office building that minimizes energy consumption and reduces its carbon footprint. By simulating thousands of design options, a shape was found that resulted in 30% less energy consumption.

AI offers a wide range of possible applications for urban planning, from traffic control to the optimization of buildings and the use of resources. Some of the most exciting applications are

Traffic and mobility management

AI can be used to analyze data on traffic density, weather conditions and the use of public transport in real time. This results in intelligent traffic systems that minimize traffic congestion by efficiently distributing modes of transport.

Energy optimization of buildings

Energy efficiency is a central component of smart cities. AI systems make it possible to optimize the energy consumption of buildings. By analyzing data on temperature, occupancy density and sunlight, lighting, heating and cooling can be adjusted in real time, which can reduce energy consumption by up to 40 %.

Urban development and resource management

The development of cities requires the optimal use of available space and resources. AI can help analyze the urban space available and provide suggestions for optimal land use to balance development and green spaces.

Air quality and environmental monitoring

AI-powered air quality monitoring models can measure and predict emission levels and air pollution in different parts of the city. This data is important for targeting measures to reduce pollutants and thus improve the quality of life of residents.

Practical example: In Copenhagen, AI models are used to control the flow of traffic. Sensors analyse the traffic situation in real time and the AI optimizes the traffic lights and distribution of modes of transport. The result is a reduction in the volume of traffic at peak times of around 15 %.

The advantages of AI in architecture and urban planning are manifold, but its implementation also poses a number of challenges.

Advantages

  1. Greater efficiency and precision: AI can process huge amounts of data and thus make more accurate predictions, which optimizes planning.
  2. Cost reduction: Early detection of errors and optimization opportunities can reduce construction costs.
  3. Faster decisions: AI enables faster, data-based decisions and relieves architects of repetitive tasks.
  4. Sustainability: AI models can analyze energy consumption and emissions and help to make buildings and cities more environmentally friendly.

Challenges

  1. Complexity and implementation costs: The introduction of AI-supported systems requires high investments in technology and training.
  2. Data protection and ethics: The use of personal data for AI analyses raises questions about data protection and ethical responsibility.
  3. Dependence on data quality: The quality of AI results depends directly on the data used. Poor data quality can lead to erroneous results.
  4. Acceptance and adaptation: Skepticism towards AI in the construction industry remains high, and acceptance of new technologies requires a cultural change.

Expert opinion: According to a survey by the American Institute of Architects, 75% of architects see great potential in AI, but expect it to take up to five years before AI is used across the board in architecture.

AI can make a significant contribution to sustainability in architecture by optimizing energy consumption and using resources more efficiently.

Energy-efficient buildings

With AI, buildings can be designed to minimize their energy consumption. AI-supported simulations analyze solar radiation, indoor climate and ventilation so that buildings can be operated with minimal energy consumption.

Conserving resources

By analysing material and energy data, AI helps to ensure that building materials are used efficiently and construction waste is minimized. AI-based optimization models can help to reduce the use of materials as early as the planning phase.

Longer service life of buildings

AI can identify maintenance requirements in buildings at an early stage and thus contribute to a longer life cycle. Predictive models can be used to estimate maintenance requirements and better allocate resources.

Sustainable construction project: An architectural project in the Netherlands uses AI-supported systems to analyze solar radiation and adjust energy consumption. By optimizing the heating and cooling systems, annual energy consumption was reduced by over 20 %.

AI in architecture is still in its infancy. However, developments over the next few years promise exciting innovations that could revolutionize construction and urban planning.

  1. Autonomous planning: In the future, AI could have the ability to design and plan buildings autonomously, without human intervention.
  2. Collaborative AI systems: As AI evolves, systems will emerge that work collaboratively and support each other. Architects could “work together” with AI to plan more creatively and efficiently.
  3. Smart City Integration: AI will increasingly connect and coordinate infrastructure and buildings in a city to optimize traffic flow, energy distribution and environmental impact.

Future outlook: Singapore is working on a concept for autonomous buildings that are controlled and optimized by AI. The aim is to develop a fully integrated smart city that uses resources efficiently and minimizes environmental impact.

Artificial intelligence is one of the most promising technologies for the construction and architecture industry. It offers solutions that can make planning processes more efficient, buildings more sustainable and cities more liveable. The challenges are considerable, but the benefits outweigh them. By using AI, architects can design cities that are prepared for the needs of the future.

Final thought: AI and architecture form an alliance that has the potential to lead the construction industry towards a sustainable, smart and liveable future.

By the way: Oostenburg in the heart of Amsterdam is a district in transformation. The De Gieter and De Slijper residential complex by Space Encounters was built here in 2023. Read here how the architects combine urban density and industrial history.

Wanted: Residential buildings of the year 2021

Building design

Metropolenhaus_Photo_Sebastian_Wells

The search for outstanding residential construction projects is on: Together with partners such as BAUMEISTER, Callwey Verlag is once again presenting the “Residential Building of the Year 2021” award this year. The “Solutions of the Year” award is also being presented for the first time. Apply now for the awards. Closing date: February 7, 2021 How innovative, contemporary and creatively outstanding is this building? How does it correspond […]

The search for outstanding residential construction projects is on: Together with partners such as BAUMEISTER, Callwey Verlag is once again presenting the “Residential Building of the Year 2021” awardthis year . The “Solutions of the Year” award is also being presented for the first time. Apply now for the awards. Closing date for entries: February 7, 2021

How innovative, contemporary and outstanding in terms of design is this building? How does this building correspond with its surroundings? To what extent does the housing construction there respond to the different needs of the residents? Questions like these reflect the criteria according to which the expert jury presents the “Residential Building of the Year 2021” award. It is the first award for developers and clients in the field of multi-storey residential construction and brings together the best realized residential construction projects and concepts in various categories.

You can find out which project won the “Residential Building of the Year 2020” award here.

Project developers, property developers, building groups, housing associations and cooperatives as well as architects who have realized residential construction projects in Germany, Austria, Switzerland and South Tyrol are eligible to participate. The submitted projects should not be older than five years.

Prizes & awards

The winners will be announced at the award ceremony at the Bayerischer Hof on October 12, 2021. The winners will receive a comprehensive package of media formats for corporate communications. These include the award trophy, award winner seal, rights of use for text and image material from the award ceremony and a dedicated microsite on the new online portal. In addition, the winners can look forward to an online and print publication with our media partners, a high-quality print publication in the “Residential Building of the Year 2021” yearbook and an exhibition at Expo real or in an architecture museum. 10 copies of the yearbook worth 980 euros (plus a 30% discount on repeat orders) and short clips for online communication round off the package.

Registration is free of charge. In the event of an award, the winners pay 4,900 euros for the comprehensive Winner Package (private building groups/building communities are exempt from paying the fee on application).

The jury

– Claudia Boymanns, Exibition Director Expo Real
– Benita Braun-Feldweg, Dipl.-Ing. M.Arch., Architect BDA, Partner bfstudio Partnerschaft von Architekten mbB (Winner 2020)
– Reiner Nagel, Chairman of the Board of the Federal Foundation of Baukultur
– Ulrich Nolting, Managing Director of InformationsZentrum Beton
– Dr. Fabian Peters, Editor-in-Chief of the architecture magazine Baumeister
– Josef Schmid, Member of the Committee for Housing, Construction and Transport in the Bavarian State Parliament
– Inga Stein-Barthelmes, Head of Policy, Communications and Press at the Federation of the German Construction Industry

For the first time, the expert jury will also select the “Solutions of the Year”. Manufacturing companies from German-speaking countries are eligible to take part. Winners will be selected in the following categories:

– Exterior wall & façade
– Energy Concept: Heating, Ventilation Etc.
– Windows
– Lighting systems
– Building technology
– Stairs / lifts / elevator systems
– Gates, exterior doors & interior doors
– Sun protection / privacy screens
– Best It technology For planning
– Green spaces & garden equipment
– Entrance area / entrance control
– Ceiling, wall & floor
– Roof
– Fire protection & security technology
– Best Innovation 2021

In addition to the Baumeister, there are other award partners: Expo Real, Hauptverband der Deutschen Bauindustrie, Immobilienverband Deutschland IVD, InformationsZentrum Beton, architektur.aktuell

The closing date for entries for the “Residential Building of the Year 2021” award is February 7.

You can enter here.