Architecture Webinars

The rise of Artificial Intelligence marks one of the most profound and transformative shifts in human history, ushering in a new epoch for the built world. In our industry, AI is not just a tool—it's the catalyst for a new era that will forever change how buildings are conceived, constructed, and managed. In this session, we will explore how AI is radically challenging long-held beliefs about the role of the architect, reshaping the very definition of architectural practice. This session is tailored for design professionals looking to upgrade their mental framework about AI, harness the potential of AI in their daily work and stay competitive in the future of AECO.Speakers: Julian Geiger - VP Head of AI Product and Transformation, Nemetschek SE; Márton Kiss - Chief Product Officer, Graphisoft; Pierre Saunal - Architect & Managing Director, airc.digital.

Find out how sustainable design can inform unique approaches, tailored to context, that illustrate a new paradigm for industrial architecture.

TestFit started to help architects save time on counting and drafting parking stalls manually. After building a full-featured real estate feasibility platform, we’re going back to our roots to democratize access to planning with a free version of our software.Speakers:Clifton Harness - CEO & Co-founder at TestFitTyler Suomala - Founder at Growthitect

To meet the demands of modern applications, relational databases need a radically new architecture — one designed from the ground up to handle voluminous data and transaction loads, resist different types of failure and function seamlessly during times of peak demand without manual intervention or patchwork scaling strategies. TiDB is a prime example of this new style of database architecture. As an open-source distributed SQL database, it’s designed for the most demanding applications, scaling out to handle data volumes up to a petabyte in size. Join Alex Feinberg, Software Engineer at PingCAP, as he provides expert insights into the architectural features that give TiDB its scalability and reliability, including: TiDB’s design fundamentals, How the Raft consensus algorithm serves as an essential cornerstone for replication, How distributed transactions maintain ACID properties, How TiDB’s native support for high availability minimizes downtime for critical applications and services, TiDB’s wide range of tools and features for disaster recovery