It is late June 1980 and the campus is busy with excitement for the arrival of UNCG’s first dedicated academic computer. The new computer system, the VAX 11/780, is the first high capacity computer on campus and is “considered the top of the line” as noted by the Director of the Academic Computer Center, Dr. Theodore Hildebrandt. The new computer cost a fortune -- well close enough at $319,980. The VAX was purchased from the Digital Equipment Corporation in Maynard, Massachusetts, and was installed in the new Business and Economics building in early July by the Digital Field Service Engineers. The VAX had all of the latest features, including:
- Internal memory for over one million characters
- Magnetic disk storage with a capacity of over 250 million characters
- Card reader
- Two magnetic tape drives
- Capacity to serve over thirty simultaneous interactive terminal users
|Roscoe Allen, first director of the Administrative Computer Center|
Due to an increased workload and growing demands on the facility, the Administrative Computer Center was reorganized in 1973 and split into two units -- the Academic Computer Center and the Administrative Computer Center. Campus administrators continued to use the existing campus computer, while faculty and students connected to the Triangle Universities Computation Center (TUCC) in Raleigh through a medium speed batch terminal connection.
|Joseph Denk, founding director of the Academic Computer Center, |
with student Donna Newman, 1974-1975
During the mid-1980s, Dr. Cheng designed a University Management Information System which significantly improved the computing capabilities of UNCG. It allowed campus administrative offices to access the main computer through their personal terminals and no longer required staff to go to the Forney Building, the center’s current location, to use it. By 1987, the center consisted of a staff of twenty-nine including the director.
After the split in 1973, the newly-formed Academic Computer Center opened its doors on October 1 with its main office in the Graham Building and an additional two locations in the Petty Science Center. The center was placed under the direction of Dr. Joseph R. Denk, along with five permanent staff positions and eight student assistants. The primary function of the center was to support instructional computing. The center held workshops to help faculty and staff become acquainted with the computer and what it could offer. These workshops provided introductions about the facility on services, policies, file and data management, and basics of computing.
After a year, Dr. Joseph R. Denk resigned to become director of the New Jersey Educational Computer Network. The center was place under an Acting Director, Dr. Terry G. Seaks of the Economic Department. On August 1, 1976, Dr. Theodore Hildebrandt was named director of the center. Along with its full time staff, the center also hired student workers. The students were divided into two types: Student Consultants and Student Attendants. The Student Consultants were hired to provide help with programming and debugging for the student and faculty users. The Student Attendants dealt with the operation of the medium-speed HETRA terminal, providing courier service, and other housekeeping duties.
|Student making punch cards, 1978|
After ten years of leading the center, Dr. Hildebrandt resigned in 1986 and returned to teaching and research in the Department of Mathematics. Dr. Gary Grandon became the new director and saw great expansion. By 1988, the center was responsible for maintaining and providing user service for twelve student labs on campus, five faculty self-service labs on campus, and training for faculty and staff in the McNutt Building. Workshops and seminars were given on such topics as introduction to word processing and spreadsheets, hard disk organization and maintenance, desktop publishing, and presentation graphics for faculty.
|Student computer lab, 1989|
It is amazing to think how far technology has come in the last thirty years. The cell phones that we carry in our pockets are capable of doing ten times what the VAX 11/780 offered and cost just a tiny a fraction.