Instructor: Nick Bruscia
ARC 605
Fall 2022

DESCRIPTION: 

Extended Reality (XR) is an umbrella term incorporating virtual, augmented, and mixed-reality technologies. The use of XR in architecture and construction is rapidly gaining momentum in both academic and professional settings. XR platforms, as an extension of digital modeling proficiency and design thinking, presents a new educational paradigm as this area of expertise becomes more widespread and in demand.

The Fall ‘22 STRG studio will build on recent efforts within the group to experiment with augmented reality (AR) systems as they pertain to architectural workflows and representation. Our Spring ’22 piloting studio was focused on the use of AR in new fabrication and digitally augmented hand-crafting techniques. This semester will focus primarily on AR imaging in real-time; data-driven holograms calibrated that visualize the invisible (but perceptible) in both existing and proposed architectural spaces, with the goal to work as a group to also utilize AR in a holographically assisted fabrication project. For example, we may attempt to reveal atmospheric and/or historical spectres (real-time or past-time), and will then design installations to enhance or mitigate these conditions. Perhaps we may capture what is later deemed to be important, but on first inspection was not.

In-class workshops will provide technical instruction on digital and computational modeling and sensing, 3D LiDAR scanning, and AR visualization with the Microsoft HoloLens 2.

ARC 619: Architectural Geometry and Construction

Instructor: Nick Bruscia | Type: Seminar
This technical seminar introduces computational modeling and simulation in architecture, focusing on geometric principles and digital workflows that connect form-finding, material behavior, and fabrication through algorithmic modeling and physics-based simulation tools.

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ARC 404: Digitizing and Designing Toward Spolia

Instructor: Nick Bruscia | Type: Studio
This studio explores the design and construction of dry-stacked masonry systems using recycled architectural stone, combining digital scanning, computational modeling, and mixed-reality tools to translate irregular salvaged materials into structurally legible assemblies.

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ARC 606: Mediating and Remediating Gowanus

Instructor: Mark Shepard | Type: Studio
This graduate design research studio investigates green infrastructure and environmental sensing systems for multispecies urban environments, focusing on ecological restoration and responsive landscape interventions along Brooklyn’s Gowanus Canal.

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