Bill Schonberg
Schonberg named Fulbright Specialist
The U.S. Department of State’s Bureau of Educational and Cultural Affairs and World Learning has named Dr. William Schonberg of Missouri S&T to the roster of Fulbright Specialists.
Read More »Schonberg named president of Hypervelocity Impact Society
Dr. Bill Schonberg, professor of civil, architectural and environmental engineering, was elected president of the Hypervelocity Impact Society at its 2017 meeting in April in Canterbury, England. Schonberg’s term as president runs until the society’s next conference, which is in 2019.
Read More »Two S&T faculty present at space debris conference in Germany
Missouri S&T was well represented at the Seventh European Conference on Space Debris April 17-21 at the European Space Operations Center in Darmstadt, Germany. The conference attracted attendees from all over the globe, and was featured prominently in media, including the Washington Post, space.com, Space Daily, and The Guardian.
Read More »Schonberg presents in England on hypervelocity
Dr. Bill Schonberg, professor of civil, architectural and environmental engineering, presented two papers at the 2017 Hypervelocity Impact Symposium, held April 23-28 in Canterbury, England. Schonberg’s first presentation was based on work he performed as a faculty fellow at the NASA Jet Propulsion Laboratory during the summer of 2016. He described the development of design equations that would increase the safety of human space travel and space operations in earth orbit and beyond.
Read More »In the news: Boots, McManus, Schonberg, Schramm, Weidner, Short
- Aaron Boots, a junior in electrical engineering and a member of S&T’s Amateur Radio Club, is pictured and mentioned in a magazine published by AARL, the national association for amateur radio.
- Bill Schonberg, professor of civil, architectural and environmental engineering, was recently interviewed by radio station KCBS in San Francisco regarding the planned launching of so-called “mega-constellation satellites” and their possible effect on the orbital debris environment. Read More »
