- COI - A building based on environment resources A building design for and from its surrounding A multipurpose building Clear and differentiated circulation Rainwater harvesting Every year, it rains 290 mm of water on the site. Thereby, it is possible to collect, retain and reuse 870,000 liters of water per annum. That corres- ponds to the wash of 24 scooters every day. To take advantage of this, the water is piped to a cistern that supplies toilets, the scooter wash and the watering system. A calm and quiet courtyard garden The interior garden, by its numerous seating and plants, provides a free space for rest and relaxation particularly for travelers who are waiting for their train. Existing parking area access (no change) Rubble and ballast management on site. The construction of the basement leads to 4500 m3 of rubble. They are completely reused on site, allowing the creation of hills in the courtyard and a green roof. The site presents a plant heritage that must be preserved. For this, the building footprint blends into the trees in order to minimally affect the vegetation. This area allows to create the basic volume of the project The Nicola Enrico street is widened, the building is placed in the background yielding to a generous plantation. To preserve that, a part of the building slides in the basement. Thus, the inner courtyard garden opens on the street and establish a link with the di Diocleziano Terme gardens. The Mura Serviane, through its meaningful history, is a representative ele- ment of the piazza dei cinquecento landscape. As it is important to preserve views of the Mura from the neighboring streets, the north corner is lowered, thus allowing to walk on the building roof. The site is located in front of one of the four pedestrian crossing of the Nicola Enrico street, between the north of Rome and the multimodal Termini station. The building is adapted to ﬁt the required accessibility and to maintain a wide esplanade along the street. The esplanade, an adaptive space Public events such as markets or spectacles can be organized on this place. The cantilever, formed by the parking, can be used to protect the stage from rain and to hang spotlights. Scooter parking access and circulation Use of solar power The installation of solar cells on the roof of 250 m2 provides a production of 40,000 kWh, which covers the energy requirements of the building. A living roof The creation of a large meadow on the roof opens up various possibi- lities, such as a garden-based learning activity, or a place to practice sports or simply a picnic area. Pedestrian area access A - Scooters parking B - Rainwater cistern G - Existing parking area F F H I A A A A G B J K P M M Rome Motorino Check Point Level 1 Level 0 Level -1 Level 2 C C C D E A - Scooters parking C - Workshop classrooms D - Washing service E - Repair shop F - Public restrooms H - Reception I - Bicycles parking A - Scooters parking J - Administration K - Storehouse A - Scooters parking View from the Nicola Enrico street

Rome Motorino CP

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- COI -

A building based on environment resources

A building design for and from its surrounding

A multipurpose building

Clear and differentiated circulation

Rainwater harvestingEvery year, it rains 290 mm of water on the site. Thereby, it is possible to collect, retain and reuse 870,000 liters of water per annum. That corres-ponds to the wash of 24 scooters every day. To take advantage of this, the water is piped to a cistern that supplies toilets, the scooter wash and the watering system.

A calm and quiet courtyard gardenThe interior garden, by its numerous seating and plants, provides a free space for rest and relaxation particularly for travelers who are waiting for their train.

Existing parking area access (no change)

Rubble and ballast management on site.The construction of the basement leads to 4500 m3 of rubble. They are completely reused on site, allowing the creation of hills in the courtyard and a green roof.

The site presents a plant heritage that must be preserved. For this, the building footprint blends into the trees in order to minimally affect the vegetation.

This area allows to create the basic volume of the project

The Nicola Enrico street is widened, the building is placed in the background yielding to a generous plantation. To preserve that, a part of the building slides in the basement. Thus, the inner courtyard garden opens on the street and establish a link with the di Diocleziano Terme gardens.

The Mura Serviane, through its meaningful history, is a representative ele-ment of the piazza dei cinquecento landscape. As it is important to preserve views of the Mura from the neighboring streets, the north corner is lowered, thus allowing to walk on the building roof.

The site is located in front of one of the four pedestrian crossing of the Nicola Enrico street, between the north of Rome and the multimodal Termini station. The building is adapted to fit the required accessibility and to maintain a wide esplanade along the street.

The esplanade, an adaptive spacePublic events such as markets or spectacles can be organized on this place. The cantilever, formed by the parking, can be used to protect the stage from rain and to hang spotlights.

Scooter parking access and circulation

Use of solar powerThe installation of solar cells on the roof of 250 m2 provides a production of 40,000 kWh, which covers the energy requirements of the building.

A living roofThe creation of a large meadow on the roof opens up various possibi-lities, such as a garden-based learning activity, or a place to practice sports or simply a picnic area.

Pedestrian area access

A - Scooters parkingB - Rainwater cisternG - Existing parking area