One of the most powerful strategies to support next generation science instruction is the use of instructional models. The Biological Sciences Curriculum Study 5E (Engage, Explore, Explain, Elaborate, and Evaluate) instructional model is arguably the most widely used version of a learning cycle in today's classrooms. The use of the 5Es as an…

In the age of standardized testing, science and social studies are not given the same priority as mathematics and reading in the curriculum of United States schools. High stakes testing is viewed as having heavily biased schools toward teaching tested subjects and away from less frequently tested subjects. This paper is premised on the notion that…

In recent years, many researchers have been engaged in the development of educational computer games; however, previous studies have indicated that, without supportive models that take individual students' learning needs or difficulties into consideration, students might only show temporary interest during the learning process, and their learning…

Describes a self-paced geology course utilizing a diversity of instructional techniques, including maps, models, samples, audio-visual materials, and a locally developed laboratory manual. Mechanical features are laboratory exercises, followed by unit quizzes; quizzes are repeated until the desired level of competence is attained. (Author/JN)

Cautions physics instructors to be aware of the "hidden curriculum" or what it is that causes students to study more for a grade than for mastery learning. The problem of the hidden curriculum is also discussed as it applies to the personalized system of instruction. (SA)

A loosely structured high school chemistry course with semester deadlines was modified into a self-paced course with unit deadlines (nine units/semester). Course structure, laboratory work, classroom management, testing/grading, teacher role, and student attitude toward the course are discussed. A sample unit (solubility equilibrium) is included.…

Describes the use of personalized instruction in an introductory biology course for nonmajors at the University of Wisconsin-Superior. (CS)

Describes a rigorous, individualized science curriculum in an alternative program that gives students some choice of what to study and provides them with their own time frame in which to work. Discusses design and implementation, high standards for all, and benefits and bonuses. (JRH)

Describes the chemistry program in a high school which operates on a modular schedule. Each module is 20 minutes long, and there are 21 modules in a school day. Student success in the program is credited to the modular schedule and to use of learning activity packets (which are also described). (JN)

Describes a method used to define major areas in individualizing a high school chemistry course and modules that emphasize competency in investigative process skills, basic concepts, and reading comprehension for each module. Includes flow chart of modules, flow chart of student learning path, and a sample module on electron clouds. (JN)

Selected aspects of a self-paced chemistry program are described. These include student selection, supervision requirements, and grading indicating that student selection is the key to a successful program. Also points out that quality/quantity of learning (determined by testing) is comparable to traditional lecture courses. (Author/JN)

This is the final report of the evaluation of Project CAUSE, a three year project to improve the laboratory portions of undergraduate physics courses at North Texas State University. The report is divided into six sections. Included in the overview are goals and purposes, the instructional format, and the evaluation plan. Demographic profiles…

Techniques and instructional strategies for individualizing a high school chemical program are reviewed. (SK)

Describes a series of computer tutorial programs which are intended to help college students in introductory physics courses. Information about these programs, which are either calculus or algebra-trig based, is presented. (HM)

The article discusses a hands-on, multisensory science curriculum developed from the adaptation and merging of two curricula for handicapped elementary students (ages 9-13): Science Activities for the Visually Impaired (SAVI) and Science Enrichment for Learners with Physical Handicap (SELPH). The nine modules comprising the SAVI/SELPH materials…