Hi-DARS lab __ Hybrid Intelligence Design & Architectural Robotic Systems的动态

Check out this walkthrough of our informed variation exhibition! Featuring six projects by dedicated groups at Hi-DARS lab __ Hybrid Intelligence Design & Architectural Robotic Systems Texas Tech University Huckabee College of Architecture as part of Data-Driven Design-to-Production of Informed Building Systems. PROJECT EXHIBITION TTU HCOA Robotic Lab Participants: Group 01: Jonathan Perez Corinne Tendorf Group 02: Bernardo Lopez , Enrique Espinoza, Garrett Whitehead Group 03: Kevin Carreon, Caleb Scott , Brandon Paleo Group 04: Hugo Gonzalez, Morgan Hennigan Hennigan, Jylian Hanson Group 05: John Dittrich, Gabriel Herrera , Brian Ramirez Group 06: Jesus Astorga, Amanda Gomez, Aaron Malavolta Research & Teaching Assistants: ? Bahar Bagheri (PhD Student | GRA), Edgar Montejano (PhD Student | GRA), Brodey Myers (TA) Instructor: ? Associate Professor Sina Mostafavi, Ph.D. ARCH 5354 Advanced Architectural Technology II – Fall 2024 | Thanks to our external reviewers Erin Linsey Hunt & Skylar Perez for their valuable feedback. #InformedVariation #DataDrivenDesign #DesignResearchBuild #HybridIntelligence #ArchitecturalRobotics #AdvancedFabrication #TimberArchitecture #DesignToProduction #RoboticsInArchitecture #AugmentedFabrication #InterdisciplinaryResearch #ArchitecturalComputations #Materialization #EmergingDesignBuild #SustainableBuildingSystems #TTUHCOA #hidarslab

Exploring the origins and evolution of parametric design – where mathematics meets creativity to transform architecture and design. From its early days in geometry to today's digital advancements, parametric design continues to reshape the boundaries of innovation. #ParametricDesign #DigitalArchitecture #DesignEvolution #CreativeGeometry #ArchitecturalInnovation #ParametricArchitecture #DesignTech #FutureOfDesign #AlgorithmicDesign #ModernArchitecture

I’m happy to share that my research, "Spiral Contours of Memory" (pp. 291–302), is now published in the ICGG 2024 Conference Proceedings! The chapter explores how geometry intersects with trauma, memory, and architecture.

#GPMResearch | At GPM’s Design Research Lab, we have been exploring the limitless potential of computational design. Using advanced algorithms and parametric tools, we have been generating experimental shapes and forms that redefine architectural elements. These explorations enable us to optimise performance for real-world applications. From organic curves to futuristic parametric structures, each visual is a step closer to functional architectural forms! Follow for more on our R&D process! #ParametricDesign #GPMDRL #DesignResearchLab #AIRenders #Grasshopper #Rhino #Research #ComputationalDesign #FacadeDesign #DigitalDesign #AIArchitecture #AIInnovation #GPM #GPMArchitects

Check out this video showcasing the creation of a non-standard lightweight pavilion inspired by diatoms. By Integrating #BiomimeticDesign, #computationalDesign, and #RoboticFabrication complex, high-performance structures that are both aesthetically pleasing and functionally superior were developed. Interested in learning more or exploring potential collaborations? Feel free to reach out! #LightweightStructures #Diatoms #RISF #DIATOMA

The best thing about the Design School is our members. Tomorrow we have a special member-led offering by Chris Diehl, Ph.D. about how technology supports can help us weave regeneration to the scale of entire landscape systems. Here is how he describes the session: "How do our visions of the future change when complex, exploratory questions can be answered instantaneously? We are living through a profound acceleration of computational intelligence and now more than ever, it's imperative to harness these capabilities for planetary regeneration. In this session, I'll make the case for the need to advance the state of the art in sense-making and decision-making tools tailored to surface and pursue high-value opportunities for regeneration. I'll share the story of my own exploration in the context of landscape-scale rehydration and bring you up to the leading edge of the questions I'm holding as this work progresses. This is the first time I've publicly spoken about this work I've been pursuing over the last few years. I will demonstrate a prototype sense-making tool I built to explore U.S. public rangelands data, with a particular emphasis on the social layer within this context." Become a member of the Design School today and join us! https://lnkd.in/guvJkrgm

Our Architecture industry sector has been at the forefront of addressing societal, environmental, and technical challenges through sustainable design. Bec Mac interviewed one of our brilliant researchers, Professor Glenda Caldwell. Glenda integrates human-centred innovation with advanced technologies in architecture and design. Her expertise spans?architectural robotics, human robot collaboration, and media architecture,?contributing to projects that address societal and environmental challenges through creativity and collaboration. Her work bridges the physical and digital, shaping the future of design and architecture. QUT School of Architecture and the Built Environment is the school for influential city-makers with real world impact. Get in contact to hear more about our practical and investment-ready industry focused programs here: https://lnkd.in/g69x2PSB You can listen to Glenda’s full conversation with Bec on YouTube: https://lnkd.in/gZ7ynWVr #QUTArchitecture #QUTBuiltEnvironment #CityMakers #architecture #design Australian Cobotics Centre QUT Design Lab ARM Hub (Advanced Robotics for Manufacturing) Patrick Silvey

https://cdfam.com/24-nyc/ Madeleine Eggers of KPF will be presenting on the Anatomy of Computational Building Geometry: Unveiling the Foundational Methods Beneath Complex Architectural Design AT CDFAM - Computational Design Symposium in NYC Oct 2-3, 2024 KPF's computational geometry processes are built on five core methods: data branching, point sorting, plane-based calculation, cross-referencing, and surface rebuilding. These methods are the foundation of almost every computational task in their projects, regardless of complexity. While these methods may seem simple, they become crucial in large projects due to the many conditions and edge cases that arise. In their work, these core methods are standardized and scalable, forming the bulk of the computational effort before applying specific bespoke logic. Their presentation will define these foundational methods and demonstrate their application through case studies of large-scale architectural projects. #ComputationalDesign #GeometryOptimization #ArchitecturalInnovation #ParametricDesign #DigitalFabrication #BuildingTechnology #GeometricComputation #ScalableDesign #ArchitecturalEngineering #KPFArchitecture #CDFAM #NYC

The future of city of making is here & it could be robots? QUT (Queensland University of Technology) School of Architecture & the Built Environment Professor Glenda Caldwell research integrates human-centred innovation with advanced technologies in architecture and design. Have a listen to find out more....

Introducing our Panels: Telling Stories in Synchronicity #Presence?#Fabulation?#Characters Moderated by?Agostino Nickl Day 2 - 13.06 - 14:00 CEST Everything communicates, storing, sending and receiving information; Distinctions between what’s on- and off-screen seem superseded, and categories as actual or virtual feel strangely out of time. What forms of contemporary storytelling can emerge from such an interconnected condition? Behind the ever more impressive graphics and sounds our computers process, there are tropes, imaginaries, fabulations and imaginaries at play that are integral to the human experience. The discussion will focus on innovative approaches to storytelling that leverage this digital synchronicity, examining the possibilities for new narrative forms, immersions, characters and architectures that emerge from our hyper-connected reality. Talks by: - You+Pea (https://lnkd.in/ewC5Fq94) / The Bartlett School of Architecture, UCL - Lee-Su Huang + Jimmy Wei-Chun Cheng / University of Florida College of Design, Construction and Planning - Karla Salda?a Ochoa / University of Florida College of Design, Construction and Planning + Zoe Ryan / NVIDIA