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Bancho Digital Twin: 2026 Tokyo Smart City Studio
The 2026 Tokyo Smart City Studio was a selective, six-credit international studio bringing together Georgia Tech city-planning and architecture students with collaborators in Japan to develop data-driven strategies for Bancho, a historic neighborhood in central Tokyo. I served as a GIS contributor across the studio and as a member of the Bancho's Active Spine development team, producing spatial datasets and analysis, translating Japanese-source information, and preparing geospatial inputs that supported architecture and Rhino-based design workflows.
During the final week of the studio, Professor Perry Yang independently tasked me with developing an integrated digital-twin prototype for the project. Because ArcGIS Urban did not provide the same ready-made data infrastructure available for U.S. locations, I built the Bancho environment through custom GIS data preparation and integration, bringing together terrain and elevation, existing building and land-use conditions, planning analysis, team design proposals, performance indicators, and the studio's community-engagement tools into a shared ArcGIS Urban environment and dashboard. The core model and dashboard were assembled independently in approximately five days.
GIS Lead • Digital Twin Developer • ArcGIS Urban • Data Integration • Spatial Analysis • GIS-to-Rhino Support
Project type
GIS, Digital Twin & Urban Design, 3D Modeling
Date
Spring 2026
Location
Bancho, Chiyoda, Tokyo, Japan
Interactive Dashboard:
2026 Tokyo Smart City Studio Final Report
Skills & Tools
GIS · Digital Twin · ArcGIS Urban · Urban Design · 3D Planning · Smart Cities · Spatial Analysis · Tokyo

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Bancho Digital Twin: 2026 Tokyo Smart City Studio
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Bancho, Tokyo Interactive Dashboard
A first-of-its-kind integrated digital-twin prototype developed for the 2026 Tokyo Smart City Studio.
Final studio visualization demonstrating the Bancho digital twin, dashboard, GIS analysis, and integration of development proposals across block, district, and city scales.
Final Review — April 24, 2026
Final studio visualization demonstrating the Bancho digital twin, dashboard, GIS analysis, and integration of development proposals across block, district, and city scales.
Final Review — April 24, 2026

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2026 Tokyo Smart City Studio Report Cover
Bancho, Chiyoda-ku, Tokyo: an international urban-design collaboration between Georgia Tech and Japanese academic and community partners at the University of Tokyo. The report describes the broader studio as a data-driven smart-city collaboration focused on resilient and sustainable communities.
Publication Forthcoming — 2026
2026 Tokyo Smart City Studio Final Report
Georgia Tech School of City & Regional Planning + Georgia Tech Library Digital Repository
Publication Forthcoming — 2026
2026 Tokyo Smart City Studio Final Report
Georgia Tech School of City & Regional Planning + Georgia Tech Library Digital Repository

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Bancho Master Plan & Digital Twin Framework
Integrated Bancho master plan and digital-twin framework. I contributed studio-wide GIS analysis and data integration while working with the Active Spine development team; the board connects block-level interventions to district- and city-scale systems. The sheet explicitly incorporates digital-twin visualization and systems-of-systems thinking.

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Bancho's "Active Spine" Development
Bancho's Active Spine — collaborative development proposal integrating site analysis, generative design, environmental performance, mixed-use programming, transit access, and streetscape design. My role centered on GIS data, spatial analysis, data translation, and geospatial support for the architecture team's Rhino workflows.

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"Active Spine" Proposal
Ecological Blocks — collaborative Active Spine proposal translating parcel conditions, development capacity, public-space needs, and ecological strategies into a more walkable and connected urban block.

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GIS Circulation Mapping & Analysis
Selected GIS analysis mapping circulation, transit access, street hierarchy, alleys, and pedestrian connections to identify the movement structure supporting the Active Spine.

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Digital Twin Workflow
Digital-twin workflow: Rhino design models → georeferenced and integrated in ArcGIS Pro → visualized and tested in ArcGIS Urban. This is one of the most important pages because it shows that your contribution involved actual cross-platform integration, not simply 3D visualization.

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Digital Twin Framework
Multi-scale digital-twin framework connecting individual interventions to Bancho district performance and the larger Chiyoda urban system through spatial data, 3D visualization, and performance metrics.

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Report & Studio Acknowledgments
The final studio report formally credits my individual role in Digital Twin Development through GIS analysis, ArcGIS Urban modeling, and custom data integration used to create an interactive 3D decision-making platform.
This work became a major basis for my faculty nomination for Georgia Tech's Outstanding Student Award, which I received in Spring 2026.
This work became a major basis for my faculty nomination for Georgia Tech's Outstanding Student Award, which I received in Spring 2026.
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