The project is located on the western outskirts of Tirana, an area which has seen major development in recent years due to its prime location close to the main entrance corridor to Albania's capital. With a total of approx. 400.000 m2 built floor area the new district will house approximately 7.000 inhabitants. It stretches between two large parks, whose conceptual design also formed part of the competition brief. Runway Park is a 1,1 km long former landing strip and Lana Park is an extension of the city's main green axis. The design proposes an urban layout that forms a hinge between these two parks, making them accessible, as well as connecting them, whilst strengthening the distinctively different character of both. The urban structure reflects a combination of three typologies: 4 storey stripes, 12 storey towers and 8 storey 'urban rocks'. The aim is to offer a broad variation of lifestyles, as opposed to the prevalent development paradigm of 9 storey broken perimeter blocks in Tirana.

The TVET Campus Balkh consists of three different technical and vocational schools (an Agriculture and Veterinarian Institute, a Technical Teacher Training & an Engineering College) as well as student housing. The master plan for the campus extension aims to connect these three schools through common indoor and outdoor areas, to facilitate students' interaction and communication.

The local climate was one of the main drivers behind the design. Both the placement of the buildings, the design of the facades, the implementation of shading and cooling elements and the water management of the campus have been customized to the local climate conditions to create pleasant indoor and outdoor spaces.

A central square and the addition of trees link all main functions of the campus and create high quality outside areas. A multi-purpose hall provides the students with a facility for sports, social activities and events, while the kindergarten in the centre of the campus offers a safe environment for children to learn and play. For this kindergarten, the existing buildings of a historical caravanserai were converted. These new functions, together with the re-designed outside areas, contribute to the inclusiveness of the campus for different users.

DARE TO INNOVATE!

As a part of a workshop procedure, Cityförster, together with Openfabric Landscape Architecture and Mijn WaterFabriek Systemen voor duurzam water, proposed an integral strategy for the Business & Science Park of the Kennispark in Enschede that tackles not only the challenges of extreme weather conditions but also the energy transition towards a CO2-free built environment by 2050. The concept is based on the construction of a blue buffer around the location that creates more space for rainwater, recreation and reinforces the identity of the location. Together with a network of smart rain barrels and 'The Hub' arises an inclusive system that celebrates conscious water and energy consumption within a green-blue-minded environment.

CHALLENGES AROUND WATER MANAGEMENT
The capacity of our current sewerage system is not designed for extreme downpours. If there is an overload, in a mixed system, the untreated wastewater is dumped into the surface water together with rainwater. That is why it is better to retain the rainwater locally. By temporarily retaining rainwater locally, damage can be limited. The peak of the discharge of rainwater towards the sewer is shifted in this way: the rainwater only flows slowly towards the sewer pipe when it is empty again. Rainwater can be retained by constructing wadis, ditches, above-ground water buffers, green roofs, rainwater ponds, underground storage facilities, water squares, or rainwater use installations. Where soil conditions allow, the rainwater can also be infiltrated directly by softening and greening as much as possible. However, to limit damage during heavy cloudbursts, this must always be combined with other water-retaining facilities, especially in places where infiltration is not possible due to high groundwater levels.

On average, we use almost 135 liters of drinking water per day. Most of the drinking water is used for showering, flushing the toilet, and washing machines. Drinking is really just a little bit. A family pays an average of almost € 750 for the water supply: 30% of this is for the supply of drinking water, 26% for the sewage charge, and 44% for the purification and water system charges. Instead of disposing of clean rainwater with the sewer, you can also store and use it. Rainwater that falls on roofs is relatively clean. You can use it for the washing machine or the toilet, but also to water the garden. This way, it does not immediately disappear into the sewage system and it also saves drinking water. Furthermore, the consumption of water could be reduced by raised awareness among the citizens and businesses. It is also important to improve the efficiency use by e.g. installing water-saving showers and toilets. Greywater treated in wetland or through filters could also be reused.

You can find a link to a reader (Dutch) with all the results of the workshop here.

CITYFÖRSTER and KCAP design a new cultural district for Bratislava, Slovakia. Trnavské mýto will house a state-of-the-art concert and congress venue and the area will be transformed into a modern open neighbourhood including a series of green and public areas.

Immocap, the owner of Istropolis, has presented its vision of New Istropolis, developed in cooperation with the international architectural studios KCAP and CITYFÖRSTER. The project aims to bring Bratislava a world-class multifunctional cultural and social centre with top-level architecture, creating a long deserved cultural landmark for the Slovakian capital.

The new multifunctional hall enables Istropolis to meet Bratislava's real needs and leverage the potential of Trnavské mýto, and will foster cultural and congress tourism. New Istropolis offers the capacity to host various events simultaneously, such as acoustic, rock, jazz, pop concerts, numerous events and cultural events, and conferences and congresses of all sizes. The hall will be able to hold three different events simultaneously and have a maximum capacity of 3000 seats and 5000 combined seats for sitting and standing. The unique in-the-round seating configuration brings the audience close to the stage, creating a sense of intimacy and connection with the performers.

Trnavské mýto is a key location in Bratislava in terms of pedestrian movement, traffic, and potential contribution to urban development. The project aims to bring new life to this important part of the city that has been neglected too long. Besides the world-class cultural venue, there will be a park with promenade, fountains, and cycle paths. Public areas will be accessible to visitors throughout the day, while the square will support and develop community activities such as seasonal markets.

Park City

TVET campus extension Mazar

Kenniseiland

New Istropolis