From left, Michael Bukowski from New York-based game development studio Vicarious Visions talks with fourth-year game design and development students Matthew Schweigardt, from Queensbury, N.Y., and Jeannette Forbes, from Loudoun, Va., after the Game Dev Challenge kick-off on Jan. 19.
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RIT’s 2013 Innovation Hall of Fame induction is Friday
Panel discussion planned Saturday at Imagine RIT festival
Six men and women will be inducted into the 2013 RIT Innovation Hall of Fame on Friday, joining 18 other visionaries such as George Eastman and Chester Carlson who have previously been inducted.
This is the fourth year innovators connected with RIT will receive the honor of being inducted into RIT’s Innovation Hall of Fame. Their photos and description of their work will be displayed in the Albert J. Simone Center for Student Innovation and Entrepreneurship.
The one-hour induction ceremony begins at 5:30 p.m. Friday in Webb Auditorium in the James E. Booth Hall with RIT President Bill Destler and Provost Jeremy Haefner.
On Saturday, the inductees will hold a panel discussion as part of the Imagine RIT: Innovation and Creativity Festival. The discussion will be held from 11 a.m. to 12:30 p.m. in Webb Auditorium.
Both events are free and open to everyone. Sign language interpreters will be provided.
This year’s inductees are:
Robert Fabbio ’85 (MS, computer science), serial entrepreneur and CEO of WhiteGlove Health in Austin, Texas. His company has proven to lower healthcare costs, improve access to healthcare and provide a better experience. Fabbio founded Tivoli Systems, DAZEL Corp. and Ventix Systems. Among his honors, Fabbio was awarded the Ernst & Young Entrepreneur of the Year Award in 1997 and named in 2002 to Forbes magazine’s Midas List of the “Top 100 Technology Venture Investors” (technology’s top 100 dealmakers.)
Lynn Fuller ’70 (electrical engineering), RIT professor and founder of RIT’s microelectronic engineering program. He has designed, fabricated and tested hundreds of different microchips. These chips range from totally microelectromechanical systems (MEMS) devices for drug delivery, MEMS pressure sensors, accelerometers, optical-pyrometers, CMOS integrated circuits for hearing aids and sophisticated CID imagers with more than 35,000 transistors per chip.
Jackie Pancari, world-renowned artist and pioneer of creative glassblowing techniques. Pancari has been a visiting artist including at the Museum of Glass in Tacoma, Wash., Seto City Museum in Japan, and RIT. Her work has been exhibited at galleries and museums around the world. Pancari’s innovative body of work combines physical prowess and technological mastery.
John Schott, the Frederick and Anna Wiedman Professor in RIT’s Center for Imaging Science and one of the founders of the imaging science program. His research has focused on solving problems related to imaging science and remote sensing. Schott is part of the Landsat Science Team that provides scientific support to the Landsat 8 satellite. The U.S. Geological Survey in cooperation with NASA appointed Schott. His history with the program goes back to 1981.
Bruce Smith, director of RIT’s microsystems engineering program and professor of electrical engineering and an alumnus of RIT’s imaging science program. He earned his BS, MS and Ph.D. in Imaging Science from RIT. Smith is a respected leader in the field of nanolithography through invention, innovation and the dissemination of enabling technological advances. He holds 27 patents in the fields of optics, microelectronics and nanolithography.
Paul Taylor, retired faculty member from RIT’s National Technical Institute for the Deaf. Taylor is a deaf pioneer who was instrumental in not only developing the TTY but, more importantly, in helping to create the first TTY network in the world in St. Louis during the mid- to late-1960s. He also helped to develop the first telephone relay service, which connected deaf people by telephone not only to other deaf people, but also to the hearing world at large. While at RIT/NTID, Taylor developed and marketed a device called C-Phone, which replaced the old Western Union teletypes with CRT units and was the forerunner of portable electronic TTYs.