Track: ArtificialIntelligence

This talk will highlight success stories where artificial intelligence has optimized projects in architecture, engineering, and construction, demonstrating its tangible impact on productivity and decision-making. Practical examples will be shown across generative design processes, construction management and execution, and even in real estate investment feasibility analysis.

SOCOTEC is optimizing its engineering services through the implementation of generative AI via its BlueGen platform. This enables safer and more efficient use of project data, as well as the rapid generation of pilot projects.
In this talk, we will address how AI is used to improve inspections, perform predictive risk analyses, and streamline certification processes. We will also present the use cases we are developing at SOCOTEC to support asset management tools and the monitoring of critical infrastructure.
We believe AI is crucial in engineering and architecture, as it optimizes processes, improves accuracy, and reduces costs in the design, production, and maintenance of complex systems. Therefore, we consider AI a necessary commitment to drive innovation in the construction and infrastructure sector.

How Artificial Intelligence (AI) can optimize processes, improve decision-making, and increase competitiveness through practical case studies. The goal of this session is to provide a strategic overview of how AI can bring value to professionals in the construction sector. How a professional can boost their productivity through automation and efficient data analysis, make better decisions using more precise and structured information, gain a competitive edge in a constantly evolving industry, and uncover new opportunities for innovation and efficiency in construction.

The core concept of SNUG is to develop an innovative methodology to support builders and architects during the design and planning phases of renovation works or new construction. It helps select the optimal combination of materials, solutions, and thermal insulation layout to maximize the reduction of GHG emissions over the building’s lifetime. In this sense, the project aims to develop and demonstrate a methodology that assists planners in maximizing energy efficiency and minimizing greenhouse gas emissions.

In this session, we will explore the implementation of artificial intelligence at Alsina and the company's future strategy in this field. We will review the evolution from the first AI agent created five years ago to the current use of digital agents, as well as the challenges and opportunities we face. The session will feature Marc Forte and Pere Olivé, heads of digitalization and processes.

The College of Technical Architecture of Barcelona will organize a roundtable to analyze the evolution of artificial intelligence over the past year and its integration into the construction sector. The session will cover recent advancements, practical day-to-day applications, and real-world experiences in construction projects. It will conclude with a future outlook and recommendations to drive digital transformation and align with the regulatory framework.

Artificial intelligence is transforming the construction industry by optimizing processes, improving decision-making, and enabling its application in various use cases. In this series of talks, industry experts will analyze its impact on budget generation, integration into business processes, and how to implement it across different areas of the sector to maximize its potential.

Topics and speakers:

How AI helps in budget creation – David Santana, Co-Founder of Diip Artificial Intelligence

Successfully integrating AI into business processes – Núria Palahí, CTO of ITeC