Blogs
Scott West highlights bestsellers, award winners and diverse perspectives available to borrow from Roesch Library's leisure reading collection.
See how students, faculty and staff at the University of Dayton School of Law and others on campus and in the community joined together to care for an unexpected visitor.
We’re busy building a bigger tent at UD, creating space for every member of our campus community.
For Tom Tappel ’18, ’21, the best way to learn, lead and serve within the Dayton community was to look to the future — of energy. Tappel graduated from the University of Dayton in 2018, then spent some time working as an engineer. But it wasn’t until a graduate assistantship with the ETHOS Center a few years later that Tappel dove into learning everything he could about the household energy burdens disproportionately impacting low-income families around America. He found many of those families live in buildings that were not at all energy-efficient.
NASA’s CubeSat Launch Initiative allows universities to build small, 10 centimeter cube satellites that will be sent up to space via a larger NASA mission. Although CubeSats are fairly simple technology, the harsh space environment provides many challenges. As the CubeSats go in and out of the sun’s view, they heat and cool very rapidly and can cause the technology to break quickly. Because of this, many fail and never complete recording data.
Thanks to a grant from NASA, UD School of Engineering assistant professor Rydge Mulford is trying to solve this problem.
For Tom Tappel ’18, ’21, the best way to learn, lead and serve within the Dayton community was to look to the future — of energy. Tappel graduated from the University of Dayton in 2018, then spent some time working as an engineer. But it wasn’t until a graduate assistantship with the ETHOS Center a few years later that Tappel dove into learning everything he could about the household energy burdens disproportionately impacting low-income families around America. He found many of those families live in buildings that were not at all energy-efficient.
