The project is designed following the patio typology, consisting of a square with a central pivot, on the sides of which are the service rooms, offices and children's sections.
The greenhouse will be a space with a dual function, in summer it will help expel hot air and in winter it will contribute to heating the building.
The building will be completely insulated from the ground thanks to a basement room, accessible and ventilated, with access from outside via stairs adjacent to the service area. The load-bearing structure will consist of a reinforced concrete frame cage, while the roof will have a glued laminated timber structure, consisting of eight large rafters that will start from the centre and, in a radial pattern, will reach the supports placed at the corners of the building.
The external glazing will provide a significant source of light and, at the same time, provide a visual link with the landscape, creating continuity between indoor and outdoor spaces. Protection from direct sunlight will be provided by a sunshade pergola made of laminated wood and keller-type gratings.
The following spaces will be present:

• 3 sections, each organised into separate areas for resting, living and cleaning;
• multi-purpose indoor space for communal activities (canteen);
• greenhouse distribution node;
• disabled toilet;
• kitchen group, pantry and staff services;
• rooms for the assistant, secretariat and management;
• room with service for the doctor;
• atrium and connective spaces;
• changing rooms and staff facilities.

All outdoor spaces will be paved and equipped with a rainwater collection system. Hot water will be supplied by means of solar panels placed on the south-side aquifer. The gas heating system will be provided with a heat pump. The meters (water, gas and electricity) will be placed in a wall niche near the main entrance. The nursery will be positioned so that outdoor activities will not be interfered with in any way from outside, thanks to a hedge that will run along the entire border fence.
The design proposal envisages the use of artificial flooring materials with low reflectivity, and solar absorption (to avoid overheating) preferably with anti-shock character (for safety). The planting of holm oaks and maples will be planned, to fulfil aesthetic, landscaping, shading, air pollution filtering and traffic noise abatement functions.

The project involves the construction of a building, consisting of a series of bodies for specific functions, connected together to form a paved semi-court partially covered and equipped with seating and games. The structure will rise to a single storey, covered by four roofs. The space in front of the main entrance will be sheltered by a flat roof.
The central semi-courtyard will allow direct light in and ventilation of the canteen, laundry and distribution spaces to the classrooms. The inner side of the special activity room will be used as a gathering space for the children.
The complex will have three teaching units set up to accommodate the ordered and special activities. A storage room will be provided for work, teaching and play materials, as well as a changing room for children and staff. A toilet, designed for disabled persons, will be provided, accessible directly from the corridor, adjacent to the guest toilet. The canteen will be organised as a single room with large windows, in direct communication with the kitchen group. Internal partitions will be constructed according to the sound insulation requirements of the individual functions.
Energy saving regulations will be taken into account in the implementation. A mechanical system for the supply and distribution of drinking water and a separate system for dirty and clean water will be installed. In addition, a rainwater collection system, located in the basement of the school, will be included for the irrigation of outdoor spaces.
Classrooms and common rooms will be equipped with radiant floor technology, while service areas will be fitted with cast iron or aluminium radiant elements. The boiler room will be designed in accordance with current regulations. For summer cooling, a multi-split system with heat pump will be used, complete with remote control and room temperature probe.
The project meets all the criteria for environmental protection and energy performance set out in the operational guidelines for compliance with the principle of Do No Significant Harm (DNSH).

The project proposal concerns the construction of a new building, at the district called “Inviolatella Salaria”, within the Urban Convention Integrated Programme ex art, 16 L.179/1992 and RL Lazio 22/1997.
The nursery area is approximately 2,000 square metres, which will accommodate up to 60 children. The building is designed to optimise aspects of energy saving, bio-ecological compatibility and environmental impact.
The new nursery is an integral part of the urban agglomeration and, thanks to the access to the private garden, will offer learners the possibility of outdoor activities.
The structure will be of the load-bearing framework type in reinforced concrete, framed, with inverted foundation beams, pillars in elevation, and concrete and masonry flooring system. The roof will be in simple sloping or horizontal pitch. The external finish will see the use of plaster, with brick block plugging.
The building will be equipped with the following systems: heating, air conditioning, sanitary water, electricity, telephony and data, fire detection and protection, burglar alarm, photovoltaics and solar thermal.
The project fulfils all environmental protection, energy performance criteria of the Do No Significant Harm (DNSH) standard.

This innovative building will stand out thanks to its modern and sustainable architecture, combining distinctive architectural elements with state-of-the-art energy-saving solutions.
The moderately sloping pitched roofs will give the building a harmonious appearance and allow the use of solar energy for passive heating during the colder months.
A distinctive element of the project will be the inner courtyard, a large open area bordered by glass windows and protected by wooden sunshades. This courtyard will encourage natural lighting of the interior spaces, creating a pleasant visual connection with the outdoors.
Pedestrian and vehicle access will be separated to ensure the safety of children when entering and leaving the building. A large open area, protected by the glued laminated timber roof, will serve as a transition area, offering companions a sheltered space in which to rest.
The three teaching units can accommodate up to 60 children. The interior will be equipped with spaces for educational activities, sleeping areas and toilets. The functional aspect of the building will be emphasised by the choice of colourful, easily washable and aesthetically pleasing natural rubber flooring.
The installations will be in line with energy saving regulations and the use of renewable sources. The use of advanced technologies is planned, including radiant floor heating, solar panels for domestic hot water production and the use of heat pumps for summer cooling. These modern solutions will optimise the building's energy efficiency, reducing consumption and environmental impact.
The exterior of the building will feature native species and shading solutions, creating a pleasant and protected environment for children.
To ensure the safety and integrity of the building, reinforced concrete load-bearing structures and innovative technical solutions will be provided. The accessible and ventilated basement room will house the heating plant, the technical room and the rainwater collection tank.
The surrounding fence, consisting of a 2 m high galvanised iron gate, will ensure the protection and privacy of the children's spaces.

The school building will be constructed with access from Via della Fontana del Finocchio, within an area designated in the current general zoning plan for neighbourhood public service facilities (M3).The area will have a surface area of 4,395 square metres that will include equipped green spaces and a car park.The covered area of the school will be 910.24 square metres and the total above-ground cubage 3,094.80 cubic metres. The pedestrian access to the school building will be located at the side of the car park, with a paved path with a slope of less than 8%. A parking and waiting area will be located in front of the school gate. The project includes a driveway entrance, on Via della Fontana del Finocchio, which will lead to the public car park, where the school's service entrance for suppliers and staff will be located.
In consideration of the constraints posed by the conformation of the area, the planimetric distribution will be articulated in two orthogonal single-storey volumes, destined for the classrooms and services respectively. The atrium and canteen area will serve as a link.
The building includes the following destinations:

• 3 activity classrooms with changing rooms and independent toilets per section, each equipped with glass doors to allow direct access to outdoor green spaces;
• multi-purpose space, located on the side opposite the classrooms, for free activities;
• canteen with the kitchen team and facilities for the kitchen staff;
• room for the assistant;
• doctor's room with dedicated service;
• changing rooms and staff facilities;
• toilet for support of the disabled;
• atrium and connective spaces.

With regard to the elimination of architectural barriers, provision has been made in accordance with Law 13/89 and subsequent amendments:
 

• artificial guide path for the visually impaired from the pavement to the school entrance;
• information point with routes and tactile map in the entrance hall;
• acoustic and luminous fire alarm system for the visually and hearing impaired;
• 2 parking spaces for disabled transport vehicles with a width of 3.75 m and length of 5 m;
• external pedestrian paths with a minimum width of 1.50 m, connected to the driveway and delimited by raised kerbs.

The configuration of the parcel, which is essentially flat, does not envisage the use of pedestrian ramps, but if ramps are necessary, they must have a slope of less than 8%.The entrance doors will be glazed and protected from the elements. The corridors and passageways will be at least 1.50 m wide, without level changes and with non-slip floors. A disabled-accessible bathroom will be connected to the main entrance.
Outside, there will be play areas and green spaces with native trees such as olive and fruit trees. The play areas will have rubber flooring and will be equipped with children's games. Two drinking fountains will be installed in the garden, near the atrium and the play area.

The “Monte Arsiccio” nursery school is located in a peripheral area adjacent to the Insugherata Valley Park, a green oasis in the daily traffic of the neighbourhood.
The subject of the intervention is the construction of a canteen. At present, the school does not have suitable premises for users to eat their meals, forcing them to use the classrooms even during the lunch break. It will be built in the outdoor premises, will have a total area of 150 square metres and will include a kitchen and toilet facilities. The connection between the new premises and the school building will be provided by a protected walkway that is also accessible to disabled users.
The project is in line with all environmental protection and energy performance criteria of the DNSH “Do No Significant Harm” to the environment standard.

The intervention concerns the construction of a canteen to serve the “San Nicola II” preschool and primary school in Via Ceva 244. The building, of fairly recent construction, is designed with a mixed reinforced concrete structure, roofing of the classrooms and common rooms in curved glued laminated timber beams and a wooden roof above.
The school houses classrooms, in addition to the office and service areas, but is not equipped with suitable premises for learners to eat meals, who must also use the classrooms during the lunch break.
The venue will be built in the school's exclusive outdoor location and will have a total area of 150 square metres. The connection between the room and the school building will be provided by a protected walkway, also accessible to disabled users. The typology of the new building will be similar to that of the main building.

The project involves the rebuilding of the nursery school at the Tullia Zevi Institute, in Casal Palocco district of Rome.

Located in an area of approximately 5,000 square metres characterised by extensive green spaces, the current building has serious problems: it consists of three prefabricated blocks that are now obsolete, built using construction techniques that do not allow for further maintenance work. Furthermore, the fragmentation into separate buildings not only causes significant energy loss but also drastically limits the educational services offered, as the lack of adequate space for a kitchen and lunchroom prevents the school from operating on a full-time basis, causing inconvenience for families in the neighbourhood.

The area is characterised by moderate seismic activity and is subject to hydraulic risk constraints due to its proximity to drainage canals. To address these issues, the project proposes the complete demolition of the old buildings and the reconstruction of a single modern and sustainable building. This approach, supported by a favourable cost-benefit analysis, focuses on modular prefabricated construction to ensure rapid completion and high-quality standards.

The new building will be designed as a strategic structure and will meet rigorous criteria for energy efficiency, sound insulation and fire safety. In addition to operational savings, the new project will allow for flexible use of space, promoting inclusion and educational innovation.

The project will finally provide the school building with canteen facilities and laboratories, meeting the local community’s demand for a full-time school service that can reconcile parents’ work commitments with a safe, modern educational environment set amidst greenery.

The intervention has two main objectives: to complete the electronic passage system to monitor access to the Green Belt Limited Traffic Zone (LTZ) and to create a Central Electronic System to manage the Congestion Charge for Roma Capitale. This intervention aligns with the goal of improving air quality and reducing private traffic in and around the city centre. 

The automatic access control system to the LTZ will be part of a technological framework that monitors vehicular access, implements automatic controls, and optimises the use of LTZs according to environmental criteria. In addition, a central system will be developed that monitors the entry of vehicles into the central area of Rome, manages permits and communications with citizens, and initiates the sanction process for non-compliant behaviour. 

The Jubilee funding, amounting to €10,700,000.00, will cover the completion of telematic lanes around the border of the Green Belt, the upgrading of the control centre, and preparations for the Congestion Charge in the VAM-defined area.

Roma Capitale's metro lines A and B-B1 have been upgraded thanks to the purchase of 30 new trains, 23 of which have been added to line B-B1 and 7 of which have been assigned to line A. The new supply aims to renew the existing fleet and increase train availability.

The new Jubilee loan will facilitate the purchase of 6 additional trains, enabling the co-financing of the full 36-train purchase through an extension of the existing Framework Agreement. The first train will be delivered by the supplier in the first quarter of 2025 and, from October 2025, the supply will settle at a frequency of 2 trains per month. The entire supply of 36 trains will be completed in Q2 2027.