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Climate Design
Warming Planet
Public Sediment
Emerji
Climate Kit

Materials
Eco Materials Library
Woven Hybrid

Active Mobility

San José Mobility Hub 
Austin Electric Drive
BART Mobility Hub
Solar Pump

San Fernando Mobility Hub
San José, CA


Design Consulting for:
San José Department of Transportation &
Metropolitan Transportation Commission

The Solar Mobility Hub design for San Fernando Street was commissioned through the City of San José Department of Transportation as part of the Metropolitan Transportation Commission's Regional Mobility Hub Program. Located between 6th and 7th Streets adjacent to San José State University, the project examines how solar-powered mobility infrastructure can support both transportation and everyday public life.

The proposal centers on a compact, off-grid solar structure designed to power essential mobility hub functions within the public right-of-way, including e-bike charging, pedestrian-scale lighting, USB charging, and real-time transit information. The design also incorporates shaded seating, wayfinding, and parklet elements that support multimodal transit users and strengthen connections between different modes of transportation.

Positioned alongside a bus boarding island and connected to bike share and scooter share services, the hub brings together multiple transportation modes within a small urban footprint. Developed as a pilot project, the Solar Mobility Hub investigates how off-grid solar infrastructure can support mobility services and public amenities without requiring new utility connections, reducing both costs and implementation timelines.

The project emerged through a collaborative design process involving public works staff, transit operators, underground utility teams, neighborhood stakeholders, and city agencies whose input informed the hub's location, programming, and integration into the surrounding streetscape.






























Woven Hybrid 


Fab Lab Residency, 2025
Haystack Mountian School of Crafts, Deer Isle, ME 
This process integrates craft with computational design through the fusion of handwoven reed and custom 3D-printed support rings. The forms explore structure and material relationships within fiber vessels, leveraging digital fabrication to expand the possibilities of basketry. Round and flat reed, dyed with cochineal and milk paint, introduces a tactile richness. Over-under and twill weave patterns establish pattern and material integrity. As light passes through the woven structure, it casts shifting shadows that animate the form. 

Cochineal dye bath

         
© Beth Ferguson, 2026