In September 1983 Stevens Institute of Technology (SIT) began a program requiring every incoming student to own a Digital Equipment Corporation PC-350 microcomputer. Past computing experiences at SIT, impact of the program, software and hardware considerations, and computing experiences in chemistry are reviewed. (JN)

Highlights current activities of the NSF-funded Project SERAPHIM, including a report on the August 1982 Biennial Conference, development of procedures/criteria for evaluating microcomputer software, software evaluation, and preparation of a list of available software. A list of materials available from the project and SERAPHIM Program Contest…

Describes computer grading system providing/storing scores and giving feedback to instructors on how students are performing on a day-to-day basis and how they are handling course concepts. Focuses on the hardware and software of this efficient computerized grading package, which can be used with classes of 250 students (or larger). (Author/JN)

Funded by the National Science Foundation, Dartmouth College's Project COEXIST (Computer Oriented Experiment in Science Teaching) had the main goal of development of a new introductory sequence of calculus courses accompanied by a carefully coordinated new elementary physics sequence and a new introductory engineering course, relying heavily on…

Describes a system to improve the efficiency and understanding of the educational programs students pursue. Offers a complete summary report on status of students in the program and future course requirements. The system decreases counseling time. (Author/TS)

An interactive computer assisted testing program has been developed at California State University. Program options include test retrieval/printing, item bank editing, utilities, and test scoring. A bank of chemistry items (available from the University) is included in the program. (Author/JN)

Describes the STAF (Science Teacher's Authoring Facility) computer-assisted instruction system developed at Leeds University (England), focusing on STAF language and major program features. Although programs for the system emphasize physical chemistry and organic spectroscopy, the system and language are general purpose and can be used in any…

Describes integration of Commodore PET microcomputers into the chemical engineering curriculum at the University of Rochester. Includes advantages of using microcomputers in laboratories to analyze data and control processes. (SK)

Describes the main components of the Sloan Foundation's New Liberal Arts Program (NLAP) at Union College: development of a quantitative freshmen preceptorial; course development in mathematics and technology; and a computer-oriented humanities project. Also describes the components of a technology studies program (under the NLAP) at Grinnell…

Describes computer assisted simulation model for studying problems of an ecosystem. Example used is algae-Daphnia-predator system. Problems for students to solve in this ecosystem are described. (PS)

The greatest challenge for information processing technology is the application of technology in improving the human condition. The need for university-industry cooperation to meet this challenge is addressed, focusing on International Business Machine's (IBM) Departmental Grant Program and other IBM programs. (JN)

Presents the aims of the University of Amsterdam's Center for Research into Higher Education and describes two projects: (1) PLATO Pilot Project Amsterdam, a university-wide program in computer-assisted instruction; and (2) "Exercise in Chemical Problem-Solving," computer simulations designed to aid students in developing problem-solving…

Describes a project designed to develop 50 tutorial lessons for students having difficulty with specific types of physics problems. Because the intent was to tutor problem solving rather than teach physics concepts, lessons were designed for use after classroom instruction had occurred. Includes project goals, development, implementation, results,…

The nine Reactor Statics Modules are designed to introduce students to the use of numerical methods and digital computers for calculation of neutron flux distributions in space and energy which are needed to calculate criticality, power distribution, and fuel burn-up for both slow neutron and fast neutron fission reactors. The diffusion…