Rochester Institute of Technology (RIT) is a private higher education institute, with emphasis on career preparation, in Henrietta, located outside Rochester, New York, founded in 1829.
The university consists of eight colleges:
In addition to these colleges, RIT operates three schools in Europe:
The dorms and the academic side of campus are connected with a walkway called the "Quarter Mile." Along the Quarter Mile, between the academic and dorm side are various administration and support buildings. (The Quarter Mile is actually 1/3rd of a mile when measured out. Many myths try to explain the misnomer) On the academic side of the walkway is a courtyard with a sculpture of a Möbius strip (commonly referred to as the infinity sign); on the dorm side is a sundial and a clock. These symbols represent time to infinity. Standing near the Administration Building and the Student Alumni Union lies the Sentinel, a steel structure created by the acclaimed metal sculptor, Albert Paley. Reaching 70 feet (21 m) high and weighing 110 tons, the sculpture is the largest on any American university campus. There are five RIT-owned apartment complexes; Colony Manor, Perkins Green, Racquet Club, Riverknoll and University Commons.
Along the Quarter Mile is the the Gordon Field House, a 160,000 square-foot, two-story athletic center. Opened in 2004 and named in honor of Lucius "Bob" Gordon and his wife Marie, the Field House hosts numerous campus and community activities, including concerts, career fairs, athletic competitions, graduations, and other functions. Other facilities between the dorms and academic buildings include the Hale-Andrews Student Life Center, Student Alumni Union, Ingle Auditorium, Clark Gymnasium, Ritter Ice Arena, and the Schmitt Interfaith Center.
The Center for Microelectronic and Computer Engineering was founded by RIT in 1986. The institute was the first university to offer a Bachelor's degree in Microelectronic Engineering. The Center's facilities include 50,000 square feet (4,600 m²) of building space with 10,000 square feet (930 m²) of clean room space; the building will undergo an expansion later this year. Its research programs include nano-imaging, nano-lithography, nano-power, micro-optical devices, photonics subsystems integration, high-fidelity modeling and heterogenous simulation, microelectronic manufacturing, microsystems integration, and micro-optical networks for computational applications. In 2002, RIT launched its second doctoral program in Microsystems Sciences and Engineering, the first of its kind in the nation, giving a boost to the Center's research activities.
The Center for Advancing the Study of CyberInfrastructure (CASCI) represents the computing research arm of the university. The Departments of Computer Science, Software Engineering, Information Technology, Computer Engineering, Imaging Science, and Bioinformatics collaborate in a variety of research programs at this multidiscliplinary center housed in its College of Computing and Information Sciences. RIT was the first university to launch a Bachelor's program in Information Technology in 1991, the first university to launch a Bachelor's program in Software Engineering in 1996, and was also among the first universities to launch a Computer Science Bachelor's program in 1972. RIT will launch a third doctoral program in Computing and Information Sciences in the 2005-2006 academic year *. Rochester's faculty helped standardize the Forth programming language.
Three new Ph.D. programs in sustainability, color science, and astrophysics are currently under consideration by RIT's administration//cfapps.rit.edu/askthepresident/question.cfm?id=441.
RIT has 24 men's and women's varsity teams. All of RIT's teams are in the NCAA's Division III, with the exception of the men's hockey program, which joined the Division I Atlantic Hockey Conference in 2006. Additionally, RIT has a wide variety of club, intramural, and pick-up sports and teams to provide a less-competitive recreational option to students.
Despite a recent push to enhance clubs, the creation of learning communities, special interest group housing, and the implementation of a new student orientation, RIT continues to suffer from a relatively low six-year graduation rate While RIT's rate of 63% is above the national average, it is well below the rate of other universities with which RIT competes for students and faculty [https://cfapps.rit.edu/askthepresident/question.cfm?id=240. While many students feel those that leave just didn't "make the cut," RIT's student life and retention rate continue to be judged harshly by college review periodicals, accreditation committees, and its peers. Not willing to sit idle in regard to the issue, RIT's administration including President Albert J. Simone, recently appointed Vice President of Student Affairs, Dr. Mary-Beth Cooper, and many members of the faculty, staff, and student body continue to work to improve areas of the campus: everything from selection of Major for new students, academic advising, on-campus housing, and even the design and lighting of the campus grounds have been and continue to be reviewed and improved to help boost student morale and retention.
Additionally, one of RIT's greatest strengths and weaknesses is the presence of deaf and hard of hearing students that make up more than 10% of the student body. While the interaction of students and professors from both cultures provide a great amount of diversity on the campus, many people (both students and professors) are unwilling or unable to spend the time to learn to communicate with their deaf or hearing counterparts beyond what is required by the University. This cultural and communication gap often leads to frustration if not animosity towards the opposite culture.
RIT's Greek system hosts a strong number of chapters(14 Fraternities and 12 Sororities), however makes up a small percentage of the total RIT population, usually ranging between 6% and 8%. RIT has attempted to try to increase this number in the last couple of years by ending a moratorium on expansion in 2004. Since then Sigma Alpha Epsilon has become an active chapter and Kappa Sigma has become a colony. They join other long standing fraternities on campus such as Tau Kappa Epsilon and Phi Delta Theta. In an attempt to try to boost membership, RIT built six large "Greek Mansions" on the academic side of campus next to the Riverknoll apartments. In addition to these six houses, there is also limited space within the dorms for another six chapters, leaving no recognized housing space for a majority of the chapters, as well as no defined "Greek row" or unified Greek area. This is a large issue facing the Greek system at RIT if it wishes to grow.
Two of the Greek system's strengths have been its vastly better retention rate over the campus average and its community service and philanthropy activities. However, these strengths are offset by a higher than average amount of student conduct cases involving individuals affiliated with RIT Greek chapters.
Rochester, New York | Universities and colleges in New York | Association of Independent Technological Universities
Rochester Institute of Technology | Rochester Institute of Technology
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