Answers criticisms of self-paced instruction (SPI) by citing advantages of SPI over lecture methods. Concludes that criticisms of SPI are useful since they indicate in which areas further research should be conducted to improve this method of instruction. (MLH)

Discusses typical problems in self-paced courses and suggests ways to approach these problems: grading, student procrastination, and adequately introducing the students to the course. (MLH)

Discusses self-paced learning techniques for teaching a senior elective course in compressible flow, involving informing the course objectives, the material to be covered, the minimum achievement standards, and the grading system. Included are tables of cumulative test averages and a chart illustrating the approach to self-paced study. (CC)

Reports some reactions and opinions of the students to a course in nuclear and radiation chemistry using programmed instructional aids. Concludes that the findings were very favorable to the course. (GA)

Examines some of the objections of secondary school teachers to the application of the Personalized System of Instruction (PSI) or Keller Plan and provides reasons why these objections are not valid. (PEB)

Presents a description of the development and use of a revised two-semester introductory organic chemistry course. (EB)

Describes a Keller Plan program for teaching thermodynamics to college students. The outcome is improvement in study habits, and a more positive attitude towards examinations, but less performance in problem solving ability than via traditional approach. (Author/GA)

Describes the Elastically Structured Teaching (EST) method of instruction employed at West Virginia University which gives students more freedom than does traditional lecture, but which is not totally self paced. (SL)

Discusses the design principles and operations of a new program with emphases upon integrated curriculum planning, individually paced instruction, and mastery learning. Indicates that students succeed better both in pre-professional courses and in follow-up engineering courses than do those in conventional courses. (CC)

This is a report of the development of four self-study units in physics for college nonscience majors. The topics of the units are Waves and Sound, The Radiant Energy of Sunlight, Infrared Radiation, and Acceleration. Each unit includes an inexpensive, portable kit; a student manual containing all requisite background information, self-test,…