Student-Designed Net-Zero Home Integrates Standing Seam Roof and Rail-Less Solar System

Originally Published as: Residence: S-5! n Kansas

The 1040 New York Street House isn’t just another solar project—it’s the embodiment of the next generation of architects taking sustainability and innovation into their own hands. Designed and built entirely by students from the University of Kansas School of Architecture & Design in just nine months, this project represents a unique, immersive experience through a program that challenges students to design, source materials for, and construct a fully realized building during their final year of their Master of Architecture program—providing a practical foundation for architectural practice.

Otherwise known as Studio 804, this hands-on design-build program has just completed its 18th consecutive LEED Platinum certified project, underscoring the program’s ongoing commitment to sustainable design and construction.

Located in the historic East Lawrence neighborhood, the project includes a 2,000-square-foot primary residence and a 1,000-square-foot accessory dwelling unit (ADU), which houses a garage and additional living space.

The exterior is clad in white composite metal with a dynamic sheen, paired with a sleek 20-gauge matte black standing seam metal roof.

To meet their sustainability goals, the students installed an 8.8 kW solar array using the S-5! PVKIT® rail-less solar mounting system. This innovative solution uses just three lightweight components, reducing installation complexity, material weight and visual clutter—perfect for the steep, architecturally distinct standing seam roof. Its direct-attachment method allowed for quick and efficient installation, critical for staying on schedule under a tight timeline.

With the roof’s eave reaching 17 feet above ground, students faced the very real challenge of safely transporting the materials up to the roof and securing the array at height. Logistical challenges were further exacerbated by supply chain disruptions and extended periods of freezing temperatures.

Energy & Financial Impact

The rooftop solar array offsets up to 80% of the home’s total energy use.

Expected return on investment: 5 to 7 years, offering long-term savings and energy independence.

These savings make high-performance architecture accessible and replicable for infill lots like this one and sustainable urban development.

The project resulted in a beautiful rooftop solar array and a student experience that combines high-level design, hands-on learning, and real-world sustainability, which the students can bring with them into their careers, knowing how to build smarter and better.

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