The Temple University Tiny Home
Last Updated: Apr 9, 2025In 2015, Temple University’s Office of Sustainability hosted a one-day design charette that included 35 students from 18 disciplines. The charrette’s goal was to develop conceptual designs for a tiny home and its site. From its inception, the project has involved student groups, faculty members, departments, and organizations from multiple disciplines, one of the project’s primary intents. Another goal? To design and build an educational showpiece for the university that encourages interaction with and the demonstration of sustainable design.
Table of Contents
- Tiny Home Packed with Sustainability
- A Teaching Tool
- Takeaways for Homeowners
Tiny Home Packed with Sustainability
The Temple Tiny House, which students designed and built, packs a lot of sustainable design into its 175 square feet. The sustainability aspects of the net-zero home include a 1.9 KW solar array with salt-water battery storage, a high-performance thermal envelope, a passive solar closet for heating and cooling the building, Aquion Aspen 48S batteries, and an Outback FlexPower Inverter. Four rain barrels collect rainwater, while a 50-square-foot living roof provides storm-water management via native plants that require little maintenance while attracting beneficial pollinators.
Natural daylight and ventilation, LED lighting, and finishes with zero-percent VOCs add to the project’s sustainability. The students chose to keep the home disconnected from city water and installed a compost toilet. The students recycled 80 percent of the construction debris. The exterior includes cork siding, a rapidly renewable resource. Inside, the students reused roof slate as a flooring material.
Temple’s project was the first Living Building Challenge-certified home in Philadelphia. While working toward the Petal Certification, the students and the Office of Sustainability were also assembling a Climate Action Plan for Temple University. The Petal Certification was a symbolic way to push the envelope and think beyond sustainability to focus on regenerative methods. The team also wanted to lead the region and harvest the incredible energy of students by challenging them with the highest possible standard of excellence.
The team advises homeowners to embrace the natural beauty and aesthetic of native plants—whether by incorporating them into a green or live roof or landscaping. Native plants help and support pollinators and biodiversity while providing homeowners with reduced maintenance, water, and fertilizer. Add a rain barrel to collect rainwater for watering native plants during prolonged drought, or to water other organic perennial or vegetable gardens. In Philadelphia, programs are available to help with the costs of this equipment.
Let’s add one more thing: Think about going tiny. Tiny homes are becoming more popular as homeowners downsize for financial, maintenance, or environmental reasons. As this series on student-designed and –constructed small homes shows, these houses are easy to design and build. Moreover, they’re easy to pack with passive solar and other sustainable design strategies. At the very least, there’s so much we can learn from tiny homes, including learning to live abundantly with less.
Do you love this series on tiny homes designed and built by students? We certainly do, especially when you consider how these projects allow students to put their theories and ideas about sustainability into practice while learning construction skills. So far, we’ve explored tiny home projects at Appalachian State University, Auburn University, and Western Washington University. These articles show how people can design and construct small, sustainable homes with little to no previous experience--and reap tremendous rewards.
Maria Saxton
Located in Roanoke, Virginia, Maria Saxton holds a Ph.D. in Environmental Design and Planning from Virginia Tech. She works as an Environmental Planner and Housing Researcher for a local firm specializing in Community Planning, Architecture, Landscape Architecture, and Historic Preservation. Her dissertation explored the environmental impacts of small-scale homes. She serves as a volunteer board member for the Tiny Home Industry Association.