Explore the end of static architecture at SCI-Arc

“Green lasers cut through fog as AI-generated video projections flicker across the walls of Southern California Institute of Architecture (SCI-Arc). Inside the school’s Spring Show 2025 — themed Jungle — students, architects, artists, coders, designers, and critics move through an environment that feels less like a conventional exhibition and more like a living ecosystem. Experimental films pulse beside robotic fabrication prototypes. Digital worlds bleed into physical installations. Music, machine-generated visuals, speculative environments, and architecture collide under a haze of techno and artificial light. Now in its 19 th year, the annual exhibition transformed SCI-Arc into what the school described as “a hypnotic rainforest of raw potential” — a place where “new species of form and thought collide.” The metaphor is quite literal. Across architecture itself, the boundaries that once separated buildings from media, software, interfaces, gaming, robotics, and machine intelligence are dissolving. Designing static structures is out. Designing systems, behaviors, interactions, immersive worlds, and responsive environments is in. At SCI-Arc, that shift is reflected in the name of one of its graduate programs. The Master of Science in Architectural Technologies is now the Master of Science in Architectural Intelligence: AI, Platforms, Automation , which focuses on the application of emerging technologies within design and the built environment. Across three semesters, students work through machine learning systems, robotic fabrication, XR environments, AI-assisted production workflows, hardware sensing technologies, generative modelling, and immersive media. They cover all this ground while developing applied research projects intended for real-world implementation. But according to M. Casey Rehm — Architectural Intelligence Coordinator and partner at Studio MMR — the main focus is on preparing students to navigate our changing world. “The vision is to train a generation of students who are able to operate with agency in this incredibly complex and evolving time, where artificial intelligence and platform thinking are transforming everything from our culture to potential future careers to politics and economics,” he says. Throughout, students interface directly with industry leaders working across architecture, AI, immersive technology, media, fabrication, and computational design. Recent collaborators have included voices from Google, Amazon AWS, Snap, Runway ML, MVRDV, and experimental design studios operating at the intersection of technology and spatial practice. For some, those worlds no longer feel adjacent to architecture after graduating. They become architecture. Astha Kapila arrived at SCI-Arc from New Delhi in 2021 to “move past the passive nature of the physical world.” Today, she works in Los Angeles as an XR UX Engineer at Google. In many ways, her trajectory mirrors the larger shift SCI-Arc’s newly renamed Architectural Intelligence program seeks to capture: the expanding role of architects within increasingly intelligent, interconnected, and technologically mediated environments. Kapila joined when it was still referred to as the Master of Science in Architectural Technologies, yet even then, SCI-Arc’s studios already hinted at the direction architecture itself was moving toward. SCI-Arc, Kapila says, encouraged experimentation at every level. “The atmosphere created an opportunity for both theoretical exploration and practical implementation. It enabled me to ‘fail fast,’ test many different types of technologies –– ranging from game engines like Unity to industrial robotics,” explains the graduate. “It’s a place that views failure as a pathway to innovation.” Several experiments reshaped the way she approached design. One project, Planet Garden , used Unreal Engine and C++ to create a world-building simulation investigating self-sustaining robotic systems. Another, Automation Design Studio , explored automated design workflows through drone LIDAR surveys, neural networks, and script-based generative modelling techniques. Her thesis project, XRealms , investigated the potential for automated aesthetic decision-making through generative AI, eventually evolving into a live VR exhibition. The people Kapila met along the way took her training further. “They were my greatest sources of inspiration,” she says. “The program had a true ‘melting pot’ quality to its participants’ individual interests.” While Kapila intensely researched augmented reality, other students explored the connections between technology and design, ranging from tech-integrated fashion and ceramics to furniture design and AI-driven automation. “This showed me the potential power of technology when it is used across disciplines,” she says. An interdisciplinary mindset would ultimately reshape Kapila’s career trajectory entirely. Her role at Google spans spatial computing, machine vision, intelligent interaction systems, and wearable technology — a trajectory she traces directly back to the technical and conceptual foundations she built at SCI-Arc. “It shifted my focus,” she says. “Studying Architectural Technologies at SCI-Arc completely revamped my career from a traditional architectural designer in India to a future tech leader at the forefront of spatial computing.” Follow SCI-Arc on YouTube , Instagram , Facebook , and X

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