• Health infrastructures

Building a Children's Treatment Centre in Canada

We delivered a children's treatment centre for children and youth with communication, physical and developmental needs in Ajax (Ontario, Canada) through the Children First Consortium (Sacyr Engineering and Infrastructure and Amico Design Build)

Paediatric center in Ontario (Canada)

This new contract, Sacyr’s third in Canada, included the design, build, and financing of Grandview Children’s Centre (the New Grandview Kids) in Ajax (Ontario, Canada).

 

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The New Grandview Kids, awarded by Infrastructure Ontario and managed by Grandview Kids, is a paediatric facility that will integrate rehabilitation, medical and clinical services, as well as education and research activities for children and youth with physical, communication, and developmental needs, and their relatives in the Durham Region.

 

 

 

Building community capacity

The new Grandview Kids will be built on 5.06 acres of land. This expansion will better serve this community,  including services such as occupational therapy, physiotherapy, speech-language pathology, therapeutic recreation, audiology, infant hearing, blind low vision, and social work.

Work to be undertaken by the Consortium will include the construction of the building on a 5.06-acre plot, a swimming pool, a gymnasium, playgrounds, and a path through a forest adjacent to the building.

  • Hospitals
  • Infraestructures
  • Canada

Desalination plant in Bir Mogrein (Tyris Zemmour, Mauritania)

Challenges and key factors for infrastructure maintenance in developing countries

Social cohesion, low levels of corruption, communication and energy networks, and adaptation to the local culture are essential factors for supporting the maintenance of basic services and structures in a country.

The implementation of infrastructure and services in developing countries is often not particularly easy for companies or institutions from outside the country. And maintaining them isn’t easy either.

There are several important factors to consider when working toward economic, social, and health development in each region.
The first is the existence of a social cohesion structure. “There must be at least a basic social and political structure with a hierarchy and codes of conduct. The political structure must organize resources, distribute them, and promote a development strategy, stability, and future vision,” explains Ignacio Calatayud, president of HumanCoop, an NGO that works in development cooperation in Africa. Their working philosophy approaches community health through a One Health strategy, which aims to sustainably balance and optimize the health of people, animals, and ecosystems through training local personnel and building infrastructure.

“Political instability, corruption, and insecurity create obstacles that make it difficult to operate in a country,” says Calatayud.

Secondly, there must be a communication and energy infrastructure network around areas with water reserves and certain easily exploitable resources. “Cooperation between states to foster development in this area is important. Collaboration between different institutions—from the smallest local governments to the World Bank—is also key to supporting the maintenance of these structures, which attract investment to their countries,” affirms the president of HumanCoop.

 


 

The third important factor is adaptation to the local culture. NGOs like UPlanet serve as a bridge between technical knowledge—engineering, in this case—and local authorities and funding entities. “We must adapt our knowledge to the local culture. When a Western structure is introduced, there has to be someone with local knowledge to determine whether that technology can be implemented,” explains José Matías Fernández, president of UPlanet.

Volunteers who support organizations like HumanCoop or UPlanet are essential in maintaining water purification plants, self-sustaining agricultural systems, health centers, schools, and more. But without qualified local human capital, those infrastructures or services will fall into decline.
Recently, volunteers from the Sacyr Foundation—mainly engineers—participated in a cooperation project in Bir Mogrein (Mauritania, Africa).

Their goal was to help repair the town’s desalination plant, which is the community’s source of drinking water, improve the electrical installations of health and water infrastructure, develop a sanitation project at one of the schools, and launch a pilot project for drip irrigation using desalinated water—laying the groundwork for the region’s future agricultural project.

 


 

Ithar Association's cancer facility under development in Nouackchott, Mauritania

 

In this regard, a significant obstacle to working toward prosperous infrastructure in developing countries is the lack of human resources capable of managing the technologies, materials, or construction and maintenance techniques. That’s why continuous local human capital training is so important—and why conditions must be created to prevent brain drain.

The lack of cohesion among Western governments often hampers development cooperation in essential areas such as health, food, or industry in underdeveloped countries. “The globalization of Western ideas is declining. Governments are increasingly reluctant to collaborate. Development cooperation and humanitarian aid are two sides of the same coin, but they are not the same,” explains the president of HumanCoop. “We must help these countries, but at the same time, we must sow seeds for future progress. Otherwise, the work you’ve done today won’t be useful for the future, it’ll be just a short-term fix” Calatayud concludes.

We create 3D models of dams using drone imagery

The use of digital twins in dam maintenance allows to take precise measurements, reduces costs, and improves worker safety.

The construction and maintenance of dams require on-site work, which entails additional time and costs. For this reason, Sacyr Maintenance, in collaboration with Sacyr Holding, is working on 3D dam modeling using Pix4D software, which generates digital twins from drone imagery.

"We designate the area for the drone to fly over, and it captures overhead images along the entire path, scanning the dam's entire surface. This enables the creation of digital models with precise distance measurements," explains Gabriel Palacios, Prevention officer and Director of Drone Operations at Sacyr.

 


 

"For example, deteriorated walls with cracks can be dangerous to inspect up close. The drone follows the wall and captures a composite photograph, similar to an orthophoto but aligned with the wall, providing high-definition imagery to identify structural deficiencies. The drone can fly very close to the dam, and the closer it gets, the more detail it captures," Gabriel adds.

The digital model allows for the mapping of terrain topography and structural features, volume calculations, measurements of all visible elements, and comparative studies of different digital models taken at various times.

"Having a digital model provides a 3D-scale representation of the dam, similar to a physical model, where we can visualize, measure, and plan necessary work. This approach offers a wide range of possibilities while reducing time and costs compared to traditional methods," explain José Luis Barragán and Sergio Maestre, Head of dams O&M at Sacyr Maintenance.


Multiple Advantages

 

The key benefits include time savings, cost reduction, and improved safety. Often, small measurements are needed to determine an element's dimensions. Without an accurate digital model, this would require an on-site visit to the dam, which is often located in remote or difficult-to-access areas.

This technique is currently being used for dam modeling, although similar methods have long been employed in topography for land measurement and stockpile assessment.

3D modeling has already been implemented at the Linares del Arroyo (Segovia), Cazalegas (Toledo), and Estremera (Community of Madrid) dams. The goal is to extend this initiative to all dams under our maintenance program.

Personal data protection

We have developed policies and implemented technical and organizational measures in compliance with the General Data Protection Regulation (GDPR) and the current Organic Law 3/2018 on the Protection of Personal Data and Guarantee of Digital Rights. The goal is to minimize the risks associated with the processing of personal data and ensure the protection of the corresponding rights for both employees and third parties with whom we engage in the performance of our activities.

As part of the measures adopted, we have a designated Data Protection Officer (DPO), whose functions include supervising regulatory compliance, reporting and advising on data protection matters, and serving as a point person with the various control Authorities. We have also formed a Security and Privacy Committee to address data security and privacy from an integrated, overall perspective.

Contact the DPO at: dpo@sacyr.com

You may exercise your Data Protection rights at the following address: protecciondedatos@sacyr.com

Personal Data Protection Policy - 177 Kb

Política de Proteção de Dados Pessoais (POR).pdf - 151 Kb

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