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2026-06-15

Modern Bus Stop “In the Fold” in Columbus, USA

“In the Fold” is a bus stop designed by students. The project was developed using RFEM as part of the “Z602 Design-Build Studio” at Indiana University’s J. Irwin Miller Architecture Program in Columbus, Indiana.

The project was developed in collaboration with Ignition Arts, with structural analysis provided by Rbhu Engineering. It reflects Columbus’s close historical ties to mid-century modernism and local industrial manufacturing. Students in the architecture program spent a significant amount of time in the fabrication workshop learning how to translate digital concepts into material reality. In doing so, they combined traditional steel craftsmanship with precise digital fabrication to create a durable public structure.

A 4.6-meter-high (15 ft) and 4.6-meter-wide (15 ft) bus stop was constructed using steel plates with load-bearing rivet connections. The origami-inspired steel surfaces were precisely planned and fabricated in segments to ensure clean geometries and a stable building envelope. Thanks to the load-bearing plate form, no traditional interior frame is required. Loads are transferred directly into the foundation via the sloped steel surfaces. To secure this steel structure against strong wind suction forces and horizontal displacement, the structure is firmly anchored to a reinforced concrete slab using heavy-duty anchors. These anchors connect the folded steel plates deeply to the subsoil, ensuring long-term stability.

The concept behind the bus stop is: “a place between places, built for everyone.” It serves as an inviting public transit area at NexusPark. The folded geometries of the steel plates form a sheltered interior space with its own microclimate. At the same time, clear glass panels integrated into the steel frame allow natural daylight to enter. This protects passengers while allowing striking geometric shadows to be cast on the floor throughout the day.

Location 2080 25th St. Columbus, 
IN 47201
USA
Investor
Manufacturer
Structural Analysis
Photographer


Project Specifications

Model Data

Number of Nodes 113
Number of Lines 166
Number of Members 16
Number of Surfaces 57
Number of Solids 0
Number of Load Cases 7
Number of Load Combinations 24
Number of Result Combinations 4
Total Weight 0.562 t
Dimensions (Metric) 3.004 x 2.000 x 4.833 m
Dimensions (Imperial) 9.86 x 6.56 x 15.86 feet

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