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Kosmoski, Georgia J.; Vockell, Edward L. – Elementary School Journal, 1978
Investigates effects of children's learning center experience on academic achievement, self-concept, attitudes toward peers, educational institutions, and authority. Results indicate that elementary school pupils who had used the centers scored better on post-tests than those who had not used the centers. Discusses positive effects of learning…
Descriptors: Academic Achievement, Elementary Education, Elementary School Students, Learning Laboratories
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Ward, L. – Physics Education, 1978
Describes a modular degree course in sciences. States the modules taken in physics in each of the three years program. (GA)
Descriptors: College Science, Course Descriptions, Curriculum, Elective Courses
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Hammond, R. A.; Roach, D. K. – Journal of Biological Education, 1978
Describes a first-year zoology course at University College Cardiff based on a self-instructional system using printed texts, audiovisual programs, and integrated practical work. (Author/BB)
Descriptors: Biology, College Science, Course Content, Course Descriptions
Husband, David D. – NSPI Journal, 1978
Describes a unique approach for teaching biology to non-majors. The system used is an adaptation of the audio-tutorial approach and the use of teaching modules called "concept-paks." (VT)
Descriptors: Biology, Course Descriptions, Higher Education, Individualized Instruction
Taylor, Virginia – NSPI Journal, 1978
Discusses the rationale for and results of an undergraduate course in calculus using modularized mastery level instruction. The salient features of the present program are instructor controlled learning with modularized materials, immediate results on quizzes, and lecture-recitation sessions. (VT)
Descriptors: Adult Education, Calculus, Higher Education, Individualized Instruction
Goodman, Gay – Improving College and University Teaching, 1977
The development of a course curriculum for generic competencies in teacher education is reported with focus on a sequence of learning laboratories or modules consisting of both a pre- and post-test and a statement of the specific content objectives for that lab. Implementation at the University of Houston is described. (LBH)
Descriptors: Cognitive Objectives, Competency Based Teacher Education, Curriculum Design, Higher Education
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Okey, James R. – Journal of Teacher Education, 1977
Described is a project designed to produce materials fostering favorable teacher attitudes and acquisition of skills needed in using mastery learning in the classroom; in addition, effects on pupil attitudes and achievement are determined when teachers use mastery learning skills acquired during the training phase of the project. (MJB)
Descriptors: Achievement Gains, Affective Objectives, Learning Modules, Mastery Learning
Stubing, Roger H. – Florida Vocational Journal, 1977
The IDECC system of competency-based instruction in distributive education, a curriculum ready for use by teachers, is described with regard to its advantages, its basic component--the Learning Activity Package (LAP), and its development by an eleven-state consortium--Interstate Distributive Education Curriculum Consortium (IDECC). (JT)
Descriptors: Competency Based Education, Consortia, Distributive Education, Individualized Instruction
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Bostick, Mary Jane; Van Meter, Mary Jane S. – Family Coordinator, 1977
Preparation of a college credit course as it was taught on television is described. The course concerned the legal aspects of consumerism and family life. The format of the course, content, and participants are discussed. Suggestions are made for any future similar projects. (Author)
Descriptors: Consumer Education, Family Life, Instructional Programs, Laws
Dick, Walter; And Others – Educational Technology, 1987
A training program for instructional materials selection has been implemented by the Florida Department of Education. Nine instructional modules and a trainer's guide have been developed and are used for training members of state and district level instructional materials councils. Reactions to the program have been positive. (MES)
Descriptors: Elementary Secondary Education, Inservice Education, Instructional Development, Instructional Material Evaluation
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Chitnis, Bernice; And Others – British Journal of Language Teaching, 1988
Describes a college-level French course which uses video film, sound cassettes, and authentic written texts focusing on life in Lyon, France, to teach the necessary language skills. (CB)
Descriptors: Audiovisual Aids, College Students, Cultural Awareness, French
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Giddings, Louise R. – Community Review, 1987
Describes the components of instructional modules (i.e., statement of purpose, prerequisites, objectives, pretest, materials and resources, activities or program, and posttest). Lists the advantages of their use in college teaching. Offers a sample module on teaching writing in the elementary school. (DMM)
Descriptors: College Instruction, Instructional Development, Instructional Effectiveness, Learning Modules
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Rusk, Mike – Community & Junior College Libraries, 1986
Contends that the interactive authoring of microcomputer software is an appropriate service for community college libraries. Lists steps in the development of such a program. Provides a sample program authored in BASIC for a learning module on the use of figurative language. (DMM)
Descriptors: Authoring Aids (Programing), College Libraries, Community Colleges, Computer Software
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Bork, Alfred – Contemporary Educational Psychology, 1987
This paper describes three interactive computer programs used with personal computers to present science learning modules for all ages. Developed by groups of teachers at the Educational Technology Center at the University of California, Irvine, these instructional materials do not use the techniques of contemporary artificial intelligence. (GDC)
Descriptors: Computer Assisted Instruction, Courseware, Difficulty Level, Interaction
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Technology Teacher, 1986
This instructional module examines a key function of science and technology: problem solving. It studies the meaning of problem solving, looks at techniques for problem solving, examines case studies that exemplify the problem-solving approach, presents problems for the reader to solve, and provides a student self-quiz. (Author/CT)
Descriptors: Artificial Intelligence, Case Studies, Engineering, Learning Activities
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