Building Engineering

Building engineering is the discipline that integrates technical knowledge for the design, execution and control of construction projects. It covers structural aspects, installations, safety, energy efficiency and sustainability, with the aim of ensuring that buildings are safe, functional and technically viable throughout their life cycle.

Building engineering is involved in all phases of the life cycle of any engineering project : preliminary studies and preliminary design, basic and executive project, construction management and control, commissioning and maintenance. This comprehensive approach applies both to new construction and to the rehabilitation and refurbishment of existing buildings.

Building engineering incorporates sustainability and circular economy  criteria from the design phase, prioritising energy efficiency, the reduction of CO₂ emissions and the optimisation of resources. This makes it possible to minimise the environmental impact of the building, improve its energy performance and ensure its adaptation to current and future regulations.

SOCOTEC directly integrates the main technical disciplines necessary in a building project:

1. Structures, including structural design and calculation.
2. Installations, such as electrical, mechanical, and plumbing (MEP) systems.
3. Technical and executive architecture, aimed at functional and constructive optimization.
4. Sustainability , with a focus on energy efficiency, emission reduction, and environmental strategies.

This integration allows all technical areas to be coordinated under a multidisciplinary approach.

SOCOTEC directly integrates the main technical disciplines necessary in a building project:

1. Structures, including structural design and calculation.
2. Installations, such as electrical, mechanical, and plumbing (MEP) systems.
3. Technical and executive architecture, aimed at functional and constructive optimization.
4. Sustainability , with a focus on energy efficiency, emission reduction, and environmental strategies.

This integration allows all technical areas to be coordinated under a multidisciplinary approach.

In the field of building engineering, advanced technical consulting services are developed, such as:

1. Technical Due Diligence in real estate acquisition or investment processes.
2. Pathology studies and structural diagnosis.
3. Constructability and industrialization analysis.
4. Value engineering and peer review of projects.
5. Advanced structural studies and geotechnics applied to building.

These services allow you to optimize the design, reduce technical risks and improve the profitability of the real estate asset.

360º Engineering represents a comprehensive approach to the development of building projects, integrating all technical disciplines and all phases of the asset life cycle. This approach allows structures, installations, architecture and sustainability to be coordinated in a transversal way, guaranteeing coherent, efficient technical solutions aligned with the functional and environmental objectives of the building.

The BIM (Building Information Modeling) methodology is a collaborative work system based on digital models that integrate all the technical information of the building. It allows you to create, manage and share up-to-date data between the different project agents, engineering, architecture, construction management and property, during all phases of design, execution and maintenance.

SOCOTEC has a team specialized in multiple software in the BIM environment that collaborates with project teams, both in civil works and in building, ensuring the efficient integration of all technical disciplines.

Yes. Building engineering participates in both new construction projects  and rehabilitation and refurbishment, covering all design phases: preliminary studies, preliminary project, basic project and executive project. This comprehensive approach ensures technical coherence from the initial approach to the construction definition.

A feasibility study is a preliminary analysis that evaluates the technical, economic and regulatory feasibility of a construction or rehabilitation project. It is carried out in the initial phases to identify urban, structural and financial constraints, allowing strategic decisions to be made before moving forward with the design.

Technical Due Diligence is a thorough audit of the condition of a real estate asset. It analyses the structural situation, the state of conservation, regulatory compliance, possible pathologies and the necessary investments, providing key information in purchase, sale or investment processes.

Value engineering is a systematic process aimed at optimising costs and technical solutions without compromising the quality or functionality of the building. Peer review is an independent technical review of the project that allows us to validate calculations and design decisions, identify risks and improve the overall efficiency of the project.

Constructability analyzes the ease and efficiency with which a design can be executed on site. Industrialisation, on the other hand, incorporates prefabricated or modular systems that reduce deadlines, improve quality and optimise costs, increasing the productivity of the construction process.

Yes. Technical support is provided in bidding processes, including preparation of technical documentation, comparative analysis of bids, risk assessment and advice on decision-making, with the aim of optimizing the investment and guaranteeing the viability of the project.

The Building Project Management service covers the integral management of the project, coordinating phases, disciplines and agents involved. It includes deadline control, cost management, technical supervision, design coordination and work monitoring, guaranteeing compliance with quality, budget and planning objectives from conception to final delivery.

A Master Plan is a strategic document that defines the overall planning of a real estate development or building complex. It establishes design criteria, execution phases, investment forecasts and medium- and long-term schedules, allowing the project's growth to be structured in an orderly and sustainable manner.

To receive technical advice on building projects, it is possible to contact the team specialized in engineering, sustainability and project management. The team analyzes the needs of the asset and proposes technical solutions adapted to each phase of the project.

A multidisciplinary team integrates specialists in structures, facilities, technical architecture and sustainability who work in coordination. This collaboration allows optimizing solutions, reducing interference between disciplines and improving the technical and economic efficiency of the project.