Clubhouse with a signal effect

Building design

The new clubhouse of a soccer club in Adisaptagram makes one thing clear: sport brings people together. The building combines elements of a community center with those of a clubhouse. It strengthens the community as well as sport, creating a meeting place for everyone.

The new clubhouse of a soccer club in Adisaptagram makes one thing clear: sport brings people together. The building combines elements of a community center with those of a clubhouse. It strengthens the community as well as sport, creating a meeting place for everyone.

The rural community of Adisaptagram in West Bengal, India, has a new center: the Waterfront Clubhouse by Abin Design Studio. Located between the soccer field and a lake, the open structure functions as a viewing platform, a venue for cultural events and a spectator stand for the soccer club.

Soccer clubs have always played a major role here, near the town of Bansberia. Sport brings people together, especially young people with few prospects. Many clubs are active in this poor region. Since 2017, the government of the state of Bengal has been specifically promoting sports clubs. It provides each club with an investment sum of around 200,000 Indian rupees to create spaces for the community. The aim is to strengthen the communities and thus the sense of togetherness.

One of Adisaptagram’s local soccer clubs turned to architecture firm Abin Design Studio to build a clubhouse. With the help of the community, the Kolkata-based firm created a lively meeting place for sports enthusiasts in the neighborhood. The building consists of two stacked, open cubes that are joined together in a slightly twisted manner. The first floor is aligned parallel to the water’s edge, while the upper body opens up towards the playing field.

The building is an east-west type. It receives the morning sun and provides shade at midday. The first floor of the structure houses a multipurpose room that flows seamlessly into the outdoor space. The landscape continues to flow, there are no clear boundaries between inside and outside. A toilet block, including showers, is located at ground level next to the multifunctional space. Before the new clubhouse was built, the members of the soccer club had no access to clean drinking water or sanitary facilities during training.

Visitors reach the second level via stairs or platforms that serve as seating. It serves as a viewing platform and spectator stand for the soccer club. From here, adults and children can watch the soccer matches. But other cultural events outside of sport also take place here.

While the outer skin of the building for the soccer club is black, the interior is a bright red. As a result, the architecture attracts attention from both near and far. The colorful clothing of the visitors and soccer fans forms a bright whole with the red inside. Vertical slats provide sun protection. At the same time, they create an exciting interplay of shadows. Black, recessed lamps illuminate the interior in the evening, turning the architecture into a red luminous body.

The project aims to achieve holistic, sustainable development for the community: due to the low budget, low-cost materials from the region were used, which were then processed by local companies. It was important for the soccer club and planners to keep maintenance and upkeep costs as low as possible. The architects therefore paid attention to low-maintenance materials and surfaces. The use of concrete and cement not only reduces construction costs, but also minimizes the associated maintenance costs.

Want more soccer architecture? Here you can find a portrait of all the stadiums for the 2021 European Championships!

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TU Munich Hyperloop test track opened

Building design
Europe's first test track for Hyperloop has opened in Ottobrunn. Photo: © TUM 2023 Hyperloop

Europe's first test track for Hyperloop has opened in Ottobrunn. Photo: © TUM 2023 Hyperloop

A team at the Technical University of Munich has been researching the Hyperloop for ten years. Europe’s first fully certified test track for passenger operations has now been opened in Ottobrunn.

A team at the Technical University of Munich has been researching the Hyperloop for ten years. Europe’s first fully certified test track for passenger operations has now been opened in Ottobrunn.

Traveling at 900 kilometers per hour in a capsule through a vacuum tube. What sounds like a scenario from a science fiction movie is actually being worked on by a team at the Technical University of Munich. The so-called Hyperloop should make exactly that possible. The project began after Elon Musk launched a competition for students on this technology in 2012. Teams from the Technical University of Munich won first place. In the following years, they continued to shine in competitions in Musk’s circle of influence. His aerospace company SpaceX had a 1.6-kilometre-long test track with a diameter of around 1.8 meters on a site in California until 2022. In 2019, for example, the Munich-based company set a speed record of 463 km/h there. The developers have been working on the Hyperloop project for a good 10 years now. The team now comprises a total of 86 employees from 26 nations.

Those responsible see the test track, which has now been opened in Ottobrunn near the Bavarian capital, as a further milestone in development. It is Europe’s first test track to be fully certified for passenger operation. In Nevada, the US company Hyperloop One successfully drove a capsule with people on board through a test tube back in 2020. A year later, however, it abandoned its research into passenger transportation in order to focus on the more practical freight business. What is now happening in Ottobrunn could therefore also be of international significance. It is no coincidence that the project at the University of Munich has been anchored in its own Hyperloop program for some time. This in turn has been part of the “Hightech Agenda Bayern” since 2020 and is co-financed by the Free State of Bavaria.

Minister President Markus Söder and Science Minister Markus Blume (CSU) were therefore also present at the inauguration ceremony. Söder spoke of “super potential” and Blume emphasized that every great idea starts small. He was alluding to the size – or length – of the test tunnel. It is currently only around 24 meters long. No new speed records are initially expected on this route. The Hyperloop needs ten to twenty kilometers to reach a speed of around 900 kilometers per hour. The capsule with five seats in Ottobrunn, on the other hand, only moves through the tube at walking pace. At the current stage, however, the main focus there is on researching the sealing of the concrete tube on a real scale. There is also a focus on the capsule and the safety of passengers in the vacuum of the tube. In-depth research into the control and drive system is also planned. Finally, the researchers are working on a station concept.

The first test drive of the prototype took place on July 10 of this year. And the international team has already set its sights on the next step: They want to build a one-kilometer test track by 2025. Where and when remains to be seen. However, this should also be available to the public for test drives. The science fiction vision of locomotion could therefore actually be realized in the next few years.

Read more about the Hyperloop in Germany here.

Sopro Bauchemie from Wiesbaden is also offering a comprehensive range of training courses in the second half of the year. In addition to face-to-face events, there is also a wide range of online offerings. The Sopro Profiakademie is also offering various seminars and workshops for the trade and craft sectors in the second half of the year. Due to the current situation, it is now possible to participate in almost all training […]

Sopro Bauchemie from Wiesbaden is also offering a comprehensive range of training courses in the second half of the year. In addition to face-to-face events, there is also a wide range of online offerings.

The Sopro Profiakademie is also offering various seminars and workshops for the trade and craft sectors in the second half of the year. Due to the current situation, it is now possible to take part in almost all training and further education courses online. The face-to-face events that continue to take place are planned with adjusted participant numbers. Attention will be paid to the currently applicable distancing and hygiene rules.

One in-person event is the natural stone expert seminar in Hinterbichl, Austria, from August 26 to 28, 2020, where the natural stones Dorfergrün and Tauerngrün from the quarry in Hinterbichl will be presented and tips on processing and finishing will be discussed. Another natural stone expert seminar will take all participants to Altmühltal in Upper Bavaria in mid-October. Here, the properties, use and processing of the natural stone Jurassic lime will be explained and the leading quarry and processing company Franken-Schotter will be presented. The Profiakademie offers further face-to-face events for the specialist tile trade at various locations.

The events on the Sopro Smart System, jointing technology and barrier-free bathrooms can be booked as face-to-face or online events. The Professional Day will take place exclusively online this year. In a three-hour Sopro O-Live Show, experts and system partners will present three topics, alternating between lectures and live demonstrations. Questions and suggestions can be discussed live thanks to a chat function. Sopro will also be offering interactive web seminars with information on “The 4×4 of construction chemicals”.

The complete program and all information on participation can be found at www.sopro.com and www.sopro-profiakademie.com