New Maternity Hospital - Kuwait
New Maternity Hospital - Kuwait
Building Information Modeling for the architectural design of the new Maternity Hospital in Kuwait City in collaboration with Studio Altieri
Project data
Sabah Medical District | Kuwait
29°19’43.9″N 47°53’40.6″E
2017 | work in progress
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: Impresa Pizzarotti & C. SpA | Parma; design by Pace – Architecture Engineering + Planning | Kuwait in collaboration with Studio Altieri SpA | Italy and SSH International | Kuwait; commissioned by the Ministry of Public Works of Kuwait
Development of the BIM architectural design of the New Maternity Hospital in the Al Sabah Health Region of Kuwait City, provided with a main building, an annex building, pedestrian bridge connections and a multi-storey car park
Project overview
On the site adjacent to the already existing Maternity Hospital in Kuwait City, the Ministry of Public Works of Kuwait commissioned the design, build, furnishing and medical equipment and furnishings for a new health facility specialized in obstetrics and neonatal care. The project includes
- the Main Building with 3 towers, of which the highest reaches 18 floors
- an Annex Building, which hosts ambulatory services, administrative offices and an Auditorium
- one Multi-Storey Car Park with 1300 parking places
- three air-conditioned pedestrian bridges connecting the current hospital to the new buildings
The gross area involved is 18,000 m2, for a built-up area of 351,000 m2 including services and parking. The facility accomodates 780 beds and 27 operating theatres among obstetric, gynecologic and IVF ones.
Being located close to the bay area, the New Maternity Hospital, will be equipped with a sea wall along the 320 m shore line. There is also a landscaping plan for the external areas and the rooftops.
The commissioned construction company is Pizzarotti & C. SpA, which is also responsible for the supply of all medical equipment and interior furnishing, as well as for the future Operational Maintenance. The design is by Pace | Architecture Engineering + Planning with the collaboration of Studio Altieri SpA and SSH International, respectively international and local consultants.
Our service
In continuity with and as a result of our several collaborations during the last years, Studio Altieri SpA commissioned STEAV Srl to develop the BIM architectural design of the New Maternity Hospital in Kuwait City using Autodesk Revit. The modeling and executive drawings we are entrusted for concern the following sectors:
- Annex Building
- Multi-storey Car Park
- Landscaping planning
- Central Unity Plant (CUP)
Project data
Sabah Medical District | Kuwait
29°19’43.9″N 47°53’40.6″E
2017 | work in progress
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: Impresa Pizzarotti & C. SpA | Parma; design by Pace – Architecture Engineering + Planning | Kuwait in collaboration with Studio Altieri SpA | Italy and SSH International | Kuwait; commissioned by the Ministry of Public Works of Kuwait
Development of the BIM architectural design of the New Maternity Hospital in the Al Sabah Health Region of Kuwait City, provided with a main building, an annex building, pedestrian bridge connections and a multi-storey car park
Project overview
On the site adjacent to the already existing Maternity Hospital in Kuwait City, the Ministry of Public Works of Kuwait commissioned the design, build, furnishing and medical equipment and furnishings for a new health facility specialized in obstetrics and neonatal care. The project includes
- the Main Building with 3 towers, of which the highest reaches 18 floors
- an Annex Building, which hosts ambulatory services, administrative offices and an Auditorium
- one Multi-Storey Car Park with 1300 parking places
- three air-conditioned pedestrian bridges connecting the current hospital to the new buildings
The gross area involved in the project is 18,000 m2, for a built-up area of 351,000 m2 including services and parking. The facility accomodates 780 beds and 27 operating theatres among obstetric, gynecologic and IVF ones.
Being located close to the bay area, the New Maternity Hospital will be equipped with a sea wall along the 320 m shore line. There is also a landscaping plan for the external areas and the rooftops.
The commissioned construction company is Pizzarotti & C. SpA, which is also responsible for the supply of all medical equipment and interior furnishing, as well as for the future Operational Maintenance. The design is by Pace | Architecture Engineering + Planning with the collaboration of Studio Altieri SpA and SSH International, respectively international and local consultants.
Our service
In continuity with and as a result of our several collaborations during the last years, Studio Altieri SpA commissioned STEAV Srl to develop the BIM architectural design of the New Maternity Hospital in Kuwait City using Autodesk Revit. The modeling and executive drawings we are entrusted for concern the following sectors:
- Annex Building
- Multi-storey Car Park
- Landscaping planning
- Central Unity Plant (CUP)
BIM outsourcing
BIM outsourcing
Our collaborations with Studio Altieri in designing projects with BIM processes
STEAV joins international main design projects, in collaboration with prominent design studios using innovative methods such as Building Information Modeling.
Since 2014 we have been cooperating with Studio Altieri in managing several integrated projects of health facilities, exhibition complexes and accommodation structures. Here is an overview.
AMC – Academic Medical Centre | Dubai
Dubai Silicon Oasis | United Arab Emirates
25°07’14.8″N 55°23’15.7″E
2014
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: The Academic Medical Center FZCO (Free Zone Company) | Dubai Silicon Oasis (UAE)
The Fakeeh Academic Medical Center is the new health facility which will be built in the Dubai Silicon Oasis free zone and will include the region’s first ever smart hospital as well as a medical university project.
Studio Altieri is in charge of its design and construction supervision following an international tender.
The center is based on Saudi Arabia’s Dr Soliman Fakeeh Hospital (DSFH) and will cover 150.000 m2 for an investment of $272 million.
The project includes 2 phases: phase one began in 2015 and will provide a 150-bed hospital within 2017; phase two will be completed by 2019 and will implement the facility with an additional 150-bed tower building as well as a research-focused university campus.
STEAV Srl provided Revit model-based shop drawings creating Schedules for elevators and stairs.
Expansion of Al-Amiri Hospital | Kuwait City
Kuwait City | Kuwait
29°23’16.7″N 47°59’13.6″E
2015
Client: Studio Altieri SpA | Thiene (Vicenza, Italy) in joint venture with the local partner Dawood Al Qattan Engineering Consultants
General Contractor: TGC of Associated Construction Company WLL, Pizzarotti & C. SpA and Al Essa Medical & Scientific Equipment Co WLL, commissioned by the Ministry of Health of Kuwait
The project of expansion of the Al-Amiri Hospital, located in the Sharq area of Kuwait City, includes a 416-bed building on a 101.000 m2 gross area, connected to the existing complex by a tunnel and by a fully enclosed air-conditioned suspended footbridge at 2nd floor level.
The new hospital has 3 underground floors and 13 upper floors, on a surface area of approximately 13.710 m2, and will contain 65 specialty clinics.
Studio Altieri was commissioned for the project development, while Pizzarotti & C. is in charge for the construction, supply of medical equipment and ordinary maintenance.
STEAV Srl contributed in several phases to the development of the executive design, firstly for modelling horizontal structures (beams and slabs) using Autodesk Revit, then for the interior design of the rooms and lastly carrying out detailed thematic tables of the finishes.
As-Salam International Hospital | Cairo
Cairo | Egypt
29°59’05.3″N 31°13’48.2″E
2015
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: Alameda Financial Limited – International Business Company (LLC)
As-Salam International Hospital is a multi-specialty healthcare center on the right of the Nile River, one of the leading private hospitals in the region.
It was founded in 1982 and is undergoing a large renovation to increase its size and reach international state-of-the-art standards.
Cooperating with Studio Altieri, STEAV Srl managed the development of the interior design for the hall and hospital stay area, private and public restrooms and several typical rooms.
Expo 2017 – Congress Hall & Hotel | Astana
Astana | Kazakhstan
51°05’21.8″N 71°24’57.2″E
2015
Client: Studio Altieri SpA, Thiene (Vicenza, Italy)
General Contractor: JSC National Company “ASTANA EXPO-2017” (Kazakhstan)
Expo 2017 will take place between June 10th and September 10th in Astana, Kazakhstan. The theme of the International Exhibition is Future Energy and precisely focuses on the newest, safest sustainable energy resources and the most innovative solutions as a social, economic and environmental challenge for humankind.
The inevitably many-sided project includes a central Sphere, which hosts the Kazakhstan Pavilion on the first floor and is surrounded by Thematic and National Pavilions, Public Areas and several multi-purpose buildings.
One of the central events of Expo 2017 is the Future Energy Forum and it will be held in the Congress Hall, a 12.000 m2 area building, which will be given to the Kazakh capital city once the event is closed.
STEAV Srl participated in the development of the executive design providing shop drawings of the Congress Hall as well as of a Hotel that will host the Expo 2017 visitors.
Clinical Center | Belgrade
Belgrade | Serbia
44°47’53.3″N 20°27’26.3″E
2015
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: Ministry of Health (MOH) of the Republic of Serbia – Project Implementation Unit, with the financing of the European Investment Bank (EIB)
The Clinical Center in Belgrade includes around 3.500 beds and is divided into several pavilions for a total of 280.000 m2 covering an area of 34 hectares in the city center.
Studio Altieri has won the international tender promoted by the Ministry of Health of the Republic of Serbia, with the support from the European Investment Bank (EIB), for the architectural planning and first-phase on-site work supervision. It aimed to resolve issues related with the incorporation of the medical functions into interconnected buildings, to complete and renovate the main building and to achieve the overall modernization of the largest and strategic healthcare center of Serbia.
STEAV Srl was responsible for the development of the executive design of the plant room and of the typical rooms complete with furnishing, providing plans, elevations and sections.
New General Hospital | Oman
Khasab, Al Najat, Sumail, Al Falah, Al Suwaiq | Sultanate of Oman
20°34’48.9″N 56°06’34.1″E
2015
Client: Studio Altieri SpA, Thiene (Vicenza, Italy)
General Contractor: Ministry of Health (MOH) of the Sultanate of Oman
The Sultanate of Oman promoted the construction of 5 hospitals in 5 cities based on a single project named New General Hospital. The health centers, designed by the Omani ME Studio in collaboration with Studio Altieri, are located in Khasab, Al Najat, Sumail, Al Falah and Al Suwaiq.
The project is part of an extensive multi-year investment plan set up by the Omani government in order to equip the health system in the Sultanate of multiple state-of-the-art hospitals that meet the needs of a growing population, otherwise obliged to travel many kilometers in order to receive medical care.
STEAV Srl has been entrusted with the drawing of the fire plants for the different hospitals.
Integrated Health Center | Gaziantep
Şahinbey District, Gaziantep | Turkey
20°34’48.9″N 56°06’34.1″E
2015
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: TGC “SKS Consortium” established by Samsung C&T Corporation, Kayı İnşaat Sanayi ve Ticaret A.Ş. and Salini SpA, commissioned by the Ministry of Health of Turkey
The project aimes to supply for a hospital building situated in the southwest of Gaziantep in southern Turkey, which will occupy an area of 330.091 m2 for an indoor area of nearly 580.000 m2 and will have a capacity of 1.875 beds. Planned to be concluded by July 2018, it will become the largest healthcare campus in the southeast of Turkey and the 4th at national level.
Besides the main structure, which includes 4 tower buildings with more than 1600 beds, the hospital will be equipped with a 100-bed high-security forensic psychiatric hospital and a 150-bed physical medicine and rehabilitation center. It also includes administrative buildings, parking areas, a helipad and a tri-generation plant.
Several international companies are cooperating in the facility construction and management; among them, the Italian Salini Impregilo and Studio Altieri.
STEAV Srl dealt with the development of the preliminary design, collecting data and organizing their CAD management, and the subsequent executive design of the towers.
Etlik Integrated Health Campus | Ankara
Etlik, Ankara | Turkey
39°57’54.0″N 32°49’55.3″E
2015-2016
Client: Studio Altieri SpA | Thiene (Vicenza, Italy)
General Contractor: Ankara Etlik Hastane A.S., joint venture established by Astaldi SpA Türkiye Şubei and Türkeler A.Ş., commisioned by the Ministry of Health of Turkey
The realization of the Etlik Integrated Health Campus with the formula of Public Private Partnership (PPP Project) has been commissioned by the Turkish Ministry of Health as part of the global reorganization of the entire national healthcare network. The hospital is located in the city center of the capital Ankara and extended over an area of about 1.080.000 m2: that means it is the largest hospital complex in the world, for a total investment of € 940 million.
Studio Altieri managed the design of the great complex, with its 3.600 beds, more than 600.000 m2 in the medical area, 120 operating rooms, an emergency department that will be able to serve 3.000 patients per day, the clinics that will have the capacity to handle 30.000 patients every day, underground parking areas with approximately 8.000 parking spaces and a hotel. The architecture of the campus consists of a central structure (the Core) surrounded by 6 towers, dedicated to the different clinical specialties.
STEAV Srl handled the development of the BIM design of 3 towers (T1, T4 and T5), providing shop drawings, plans of the false ceilings, sections, elevations, thematic tables, schedules of stairways and elevators.
Cable-stayed bridge A31 Highway
Cable-stayed bridge A31 Highway - South Valdastico
Topographic monitoring service of the new viaduct over the river Bacchiglione
Project data
Longare – Montegalda | Vicenza (Italy)
45°27’42.2″N 11°37’54.2″E
2010-2011
Client: CIMOLAI Ltd | Pordenone (Italy)
General Contractor: Serenissima Costruzioni Ltd | Verona (Italy)
Lot 3 Construction Site – A31 Highway
Topographic monitoring service for the implementation control and verification of the correct positioning during all phases of assembly and fixing of the structural steel elements constituting the main warping of the new cable-stayed bridge over the river Bacchiglione on the A31 Highway
Project overview
One of the most important infrastructures of the new A31 Highway, known as South Valdastico, is the viaduct over the river Bacchiglione between the municipalities of Longare and Montegalda (within the province of Vicenza).
The design for the crossing of the river Bacchiglione and the ditch Canaletto involved the construction of a nine-span viaduct, three of these spans constituting a 532 meter long cable-stayed bridge with a single 35,5 meter wide deck, including the anchoring side bands, supported by two 40 meters high pillars, 140 meters far from each other.
The main structure, made of steel and concrete, was made in its structural steel elements by CIMOLAI Ltd, based in Pordenone, that commissioned us the topographic monitoring service for the implementation control and verification of the correct positioning during all phases of assembly and fixing of the bridge.
The total costs for the construction of the viaduct, begun by Serenissima Costructions Ltd in February 2009 with the opening of the construction site Lot 3 of South Valdastico, were approximately € 49 million. The completion of the work and the debut of this new South Valdastico section, extending from the interconnection between A4 and A31 at the East side of Vicenza to the exit at Montegaldella – Longare was inaugurated on September 22, 2012.
Our service
Our work developed through the initial drawing of a precision closed polygon for the surveying of the reference cornerstones in order to determine the local absolute coordinate system. The latter, also called bridge system, combined with the reference system of the executive design, identified by the theoretical coordinates, would then allow us to control the deviations in X, Y and Z of each structural element in the assembly phase, with respect to its corresponding position within the project.
After this first phase, we proceeded with marking reference targets in correspondence to pre-known points, directly in the structural elements related to the main girders of the bridge. Comparing the surveyed coordinates with the project ones, we checked and correctly positioned each segment constituting the main warping of the bridge deck. Once the guys of the pillars were connected, we checked the correct values of tensioning of the entire structure.
Project data
Longare – Montegalda | Vicenza (Italy)
45°27’42.2″N 11°37’54.2″E
2010-2011
Client: CIMOLAI Ltd | Pordenone (Italy)
General Contractor: Serenissima Costruzioni Ltd | Verona (Italy)
Lot 3 Construction Site – A31 Highway
Topographic monitoring service for the implementation control and verification of the correct positioning during all phases of assembly and fixing of the structural steel elements constituting the main warping of the new cable-stayed bridge over the river Bacchiglione on the A31 Highway
Project overview
One of the most important infrastructures of the new A31 Highway, known as South Valdastico, is the viaduct over the river Bacchiglione between the municipalities of Longare and Montegalda (within the province of Vicenza).
The design for the crossing of the river Bacchiglione and the ditch Canaletto involved the construction of a nine-span viaduct, three of these spans constituting a 532 meter long cable-stayed bridge with a single 35,5 meter wide deck, including the anchoring side bands, supported by two 40 meters high pillars, 140 meters far from each other.
The main structure, made of steel and concrete, was made in its structural steel elements by CIMOLAI Ltd, based in Pordenone, that commissioned us the topographic monitoring service for the implementation control and verification of the correct positioning during all phases of assembly and fixing of the bridge.
The total costs for the construction of the viaduct, begun by Serenissima Costructions Ltd in February 2009 with the opening of the construction site Lot 3 of South Valdastico, were approximately € 49 million. The completion of the work and the debut of this new South Valdastico section, extending from the interconnection between A4 and A31 at the East side of Vicenza to the exit at Montegaldella – Longare was inaugurated on September 22, 2012.
Our service
Our work developed through the initial drawing of a precision closed polygon for the surveying of the reference cornerstones in order to determine the local absolute coordinate system. The latter, also called bridge system, combined with the reference system of the executive design, identified by the theoretical coordinates, would then allow us to control the deviations in X, Y and Z of each structural element in the assembly phase, with respect to its corresponding position within the project.
After this first phase, we proceeded with marking reference targets in correspondence to pre-known points, directly in the structural elements related to the main girders of the bridge. Comparing the surveyed coordinates with the project ones, we checked and correctly positioned each segment constituting the main warping of the bridge deck. Once the guys of the pillars were connected, we checked the correct values of tensioning of the entire structure.
Sandrigo Hospital - ULSS 6 Vicenza
Sandrigo Hospital – ULSS 6 VICENZA
Surveying and modeling of the Multipurpose Service Centre at “Maraschin Zannini” Civil Hospital in Sandrigo
Project data
Sandrigo | Vicenza, Italy
45°39’24.8″N 11°36’09.5″E
2009-2010
Client: ULSS 6 – Technical and Asset Service for Plants and Logistics of the Local Social and Healthcare Unit | Vicenza, Italy
Architectural survey and inventory service of the hospital building, aiming at carrying out a census of the interior and exterior finishing with particular regard to the dimensional, technological and material characteristics of the structure and of the single units of the complex
Project overview
In September 2009 we won the public procurement contract for the surveying and inventory of the Multipurpose Service Centre at the Civil Hospital in Sandrigo, assigned by the Technical and Asset Service for Plants and Logistics of the Local Social and Healthcare Unit (ULSS) of Vicenza. The aim was to take an inventory of the hospital building, through the geometric and construction survey of the structure and the adjacent lot. The service also included the surveying of the interior and exterior finishing with particular regard to the dimensional, technological and material characteristics of the complex and of its single units.
Our service
The surveying of an elaborate building such as the Sandrigo Hospital has pushed us to test and experiment the potentialities of the integration between different kinds of information (graphic, geometric, descriptive and alphanumeric), thus allowing a strongly computerized management, with the use of CAD software and external DB (relational databases) joined together.
Thus we consider this one our “pilot project” for the implementation of BIM in our company, starting from the surveying activity.
The topographical and architectural surveying and the inventory of the hospital building concerned in particular:
| Total Internal Area of the Building | 10,330 mq |
| Total Surveyed Area | 6,38 ha |
| Surveyed Openings | 686 |
| Exterior Doors and Windows | 753 |
| Exterior Doors and Windows Types | 102 |
| Interior Doors and Windows | 721 |
| Interior Doors and Windows Types | 115 |
The work was completed successfully, inspiring new initiatives by our client, who wants to continue this survey and inventory activities in order to increase the knowledge of the real estate managed by the Local Social and Healthcare Unit (ULSS) of Vicenza.
Project data
Sandrigo | Vicenza, Italy
45°39’24.8″N 11°36’09.5″E
2009-2010
Client: ULSS 6 – Technical and Asset Service for Plants and Logistics of the Local Social and Healthcare Unit | Vicenza, Italy
Architectural survey and inventory service of the hospital building, aiming at carrying out a census of the interior and exterior finishing with particular regard to the dimensional, technological and material characteristics of the structure and of the single units of the complex
Project overview
In September 2009 we won the public procurement contract for the surveying and inventory of the Multipurpose Service Centre at the Civil Hospital in Sandrigo, assigned by the Technical and Asset Service for Plants and Logistics of the Local Social and Healthcare Unit (ULSS) of Vicenza. The aim was to take an inventory of the hospital building, through the geometric and construction survey of the structure and the adjacent lot. The service also included the surveying of the interior and exterior finishing with particular regard to the dimensional, technological and material characteristics of the complex and of its single units.
Our service
The surveying of an elaborate building such as the Sandrigo Hospital has pushed us to test and experiment the potentialities of the integration between different kinds of information (graphic, geometric, descriptive and alphanumeric), thus allowing a strongly computerized management, with the use of CAD software and external DB (relational databases) joined together.
Thus we consider this one our “pilot project” for the implementation of BIM in our company, starting from the surveying activity.
The topographical and architectural surveying and the inventory of the hospital building concerned in particular:
| Total Internal Area of the Building | 10,330 mq |
| Total Surveyed Area | 6,38 ha |
| Surveyed Openings | 686 |
| Exterior Doors and Windows | 753 |
| Exterior Doors and Windows Types | 102 |
| Interior Doors and Windows | 721 |
| Interior Doors and Windows Types | 115 |
The work was completed successfully, inspiring new initiatives by our client, who wants to continue this survey and inventory activities in order to increase the knowledge of the real estate managed by the Local Social and Healthcare Unit (ULSS) of Vicenza.
Nelson Mandela Road – Tanzania
Rehabilitation of Nelson Mandela Road – Tanzania
Field survey for the rehabilitation of Nelson Mandela Road in Dar Es Salaam
Project data
Dar Es Salaam | Republic of Tanzania
6°49’56.9″S 39°14’23.2″E
2007-2009
Client: G. MALTAURO Constructions | Vicenza (Italy)
General Contractor: Tanzania National Roads Agency (TANROADS)
Execution Plan: Carl Bro AS / Consulting Engineers and Planners | Glostrup (Denmark)
Executive Company: MALTAURO-SPENCON-STIRLING JV Ltd
Development of a topographic survey of the road alignment between the town of Ubungo and Marine Port for a total length of about 16 km.
Sequence of major surveying operations we carried out:
- Network densification of benchmarks
- Implementation of a closed levelling line on set benchmarks
- Setting of the centre line and surveying of the roadway in sections, including intersections and civil works
- Design and development of the execution plan
Project overview
Our field survey in Dar Es Salaam (Republic of Tanzania) concerned the urban road section of Mandela Road, one of the main arterial thoroughfares between the urban area of Ubungo and the commercial area of Marine Port, for a total length of about 16 km.
The main project involved rehabilitation works on the existing thoroughfare, that can be summed up in 2 steps:
- Rebuilding of the main road in its 2 two-lane carriageways, including the restoration of all central and lateral curbs along the entire street; reconstruction of the road junctions at crossroads and side roads; vertical realignment of the road near railway crossings and causeways; reconstruction and recovery of the stormwater draining ditch between the main road and the side roads
- Building of a coplanar road for each of the ways for a total length of the project and construction of a new stormwater draining ditch between the existing road and the new service roads
Our service
The sequence of the surveying operations was the following:
- Monitoring and verification of the existing benchmarks; densification of the network with new benchmarks
- Determination and calculation of the closed levelling line on the set benchmarks
- Setting of the centre line and consequent surveying of ground and roadway in sections, including bridges, railway crossings and other civil works
- Drawing of plans, longitudinal profiles and sections for the subsequent estimate of earth moving needs and the control of the execution plan
Project data
Dar Es Salaam | Republic of Tanzania
6°49’56.9″S 39°14’23.2″E
2007-2009
Client: G. MALTAURO Constructions | Vicenza (Italy)
General Contractor: Tanzania National Roads Agency (TANROADS)
Execution Plan: Carl Bro AS / Consulting Engineers and Planners | Glostrup (Denmark)
Executive Company: MALTAURO-SPENCON-STIRLING JV Ltd
Development of a topographic survey of the road alignment between the town of Ubungo and Marine Port for a total length of about 16 km.
Sequence of major surveying operations we carried out:
- Network densification of benchmarks
- Implementation of a closed levelling line on set benchmarks
- Setting of the centre line and surveying of the roadway in sections, including intersections and civil works
- Design and development of the execution plan
Project overview
Our field survey in Dar Es Salaam (Republic of Tanzania) concerned the urban road section of Mandela Road, one of the main arterial thoroughfares between the urban area of Ubungo and the commercial area of Marine Port, for a total length of about 16 km.
The main project involved rehabilitation works on the existing thoroughfare, that can be summed up in 2 steps:
- Rebuilding of the main road in its 2 two-lane carriageways, including the restoration of all central and lateral curbs along the entire street; reconstruction of the road junctions at crossroads and side roads; vertical realignment of the road near railway crossings and causeways; reconstruction and recovery of the stormwater draining ditch between the main road and the side roads
- Building of a coplanar road for each of the ways for a total length of the project and construction of a new stormwater draining ditch between the existing road and the new service roads
Our service
The sequence of the surveying operations was the following:
- Monitoring and verification of the existing benchmarks; densification of the network with new benchmarks
- Determination and calculation of the closed levelling line on the set benchmarks
- Setting of the centre line and consequent surveying of ground and roadway in sections, including bridges, railway crossings and other civil works
- Drawing of plans, longitudinal profiles and sections for the subsequent estimate of earth moving needs and the control of the execution plan
