Describes how Suffern (New York) High School creates its master class schedule using a computer-generated "conflict matrix" that shows the enrollment for each course and the number of students who would experience scheduling conflicts if any two courses were offered at the same time. (Author/RW)

Discusses the various problems encountered when scheduling examination timetables and a means for overcoming them using a computer-based examination management system to provide the registrar with an analysis and feedback to eliminate conflicts. The system uses color-coding to produce blocks of nonconflicting examinations. (EAO)

The desirability of using computer scheduling to allocate students into the activities (lectures, tutorials, practical classes) for courses requested and the possibility of integrating the scheduling into the enrollment process is explored. Although computer scheduling is now widely used in American universities, at Australian universities the…

Describes the following aspects of the State University of New York-Brockport's preventive maintenance computerization project: (1) software selection, (2) project implementation; and (3) problems and benefits of the system. (MCG)

Purchasing an inhouse computer system does not have to be a nightmare if you are aware of the obstacles and know how to overcome them. (Author/JM)

Outlines functions of a computer program designed to schedule assigned student usage of available microcomputers. Input and output format, editing, and use of the program to teach programing techniques are discussed. (EJS)

Describes the use of a microcomputer to schedule students into a series of small group career exploration sessions. Use of the computer greatly simplified the process, and all students were able to obtain their first or second choice options. (JAC)

This paper describes an approach to faculty timetabling and course scheduling that uses computerized linear programming. After reviewing the literature on linear programming, the paper discusses the process whereby a timetable was created for a department at the University of New Brunswick. Faculty were surveyed with respect to course offerings…

Explains how a microcomputer scheduling program works and discusses specific features that should be considered in selecting a program. A chart detailing capabilities of 17 scheduling programs is included. (MBR)

Describes an improved method for solving typical timetabling problems which was developed for the American University in Cairo. The article outlines the 26-step algorithm, indicates computer storage requirements, shows how the algorithm copes with conflicts, and explains how to obtain the final output in convenient format. (EAO)

Discussion of the scheduling procedures of librarians' hours at the reference desk at the Rutherford Humanities and Social Sciences Library, University of Alberta, highlights services provided, the preference table system, and manual scheduling versus computer scheduling. (EJS)

Microcomputer-managed examination scheduling at the University of Calgary (Canada) has two stages. The first uses mathematical methods to create a timetable that is conflict-free, uses a minimum number of periods, and minimizes the number of students with multiple exams in one day. An interactive stage allows the examination officer to accommodate…

An economical computerized system, developed for producing the annual schedule of monthly assignments for medical house officers, is described. This program can generate schedules that conform to the individual preferences of the house officers while meeting the requirements of the residency program. (Author/MLW)

A computerized system used in an Australian university school of education to allocate faculty teaching loads equitably and flexibly is described. It features reconciliation of workloads based on (1) course design and enrollment and (2) formulas relating to administration, research, and development responsibilities negotiated within the faculty.…

A computerized multicampus, multi-term, continuous scheduling system implemented by Mississippi State University is described, focusing on its major features, implementation time-frame, and technical components. (MSE)