Crafting the Backbone of Architecture: Insights into MEP and Computational Design
Interview with Gabriel Garcia of Royal HaskoningDHV
Gabriel Garcia is a Senior Computational Designer at Royal HaskoningDHV who will be presenting on Computational Design and Machine Learning in MEP Systems for Large-Scale Architecture at CDFAM in Berlin, May 7-8.
I recently conducted an interview with Gabriel, setting the stage for his discussion at CDFAM and to learn a little more about his work that merges computational design with the core tenets of architectural engineering, integrating the process in large-scale projects, Including his role is critical in improving project outcomes for RHDHV subsidiary NACO, along with clients such as Foster + Partners, and the Bjarke Ingels Group.
He and his team develop bespoke software solutions, enhancing the efficacy of structural and installation design, and ensuring architectural concepts are realized with engineering precision.
Nowadays, data plays a crucial role in building design. Every aspect of a modern building is shaped by a combination of human expertise and design rules.
While individual human knowledge can be challenging to replicate computationally, design rules can be translated into computer algorithms.
Gabriel Garcia, Senior Computational Designer at Royal HaskoningDHV
This interview with Gabriel discusses the application of computational design in major projects, particularly airports, highlighting his method of incorporating computational approaches and techniques to refine designs and address complex, and often competing challenges.
He provides concrete examples, such as optimizing data cabling systems in airports and analyzing the impact of solar reflections on architectural structures, to demonstrate the application and impact of his work.
Further discussion on Gabriel’s computational design strategy extends beyond the structure of buildings, drawing parallels between architectural projects and the elaborate networks within cities and the human brain.
Emphasizing computational design's expansive potential, suggesting its principles could influence not just architectural endeavors but also the complex, interwoven systems that structure our environment and society.
For a comprehensive exploration of Garcia's work and further discussions on computational design, read the full interview and register for the CDFAM Berlin Symposium for two days of presentations and networking with experts across all scales, from materials to architecture.
The knowledge gained during the CDFAM becomes a versatile toolkit that can be used effectively in any context. Whether we’re designing buildings, shaping objects or unraveling the complexities of biological systems, this adaptable mindset empowers us to create meaningful solutions.
Gabriel Garcia, Senior Computational Designer at Royal HaskoningDHV
