Solar current is an increasingly important aspect of modern life and will be even more so crucial in the students' future. Encouraging students to be the "toolmakers" allows students to take ownership of scientific investigations, as well as forcing them to refine their research questions and hypothesis, including the design and…

As part of an evolutionary approach to extending and enhancing the online learning experience for adult students in the LMS-based online college courses that I teach, I have been introducing learning activities that use social media and mobile devices. However, realizing that student adoption of mobile devices with data plans such as smartphones…

Due to its complex and microscopic nature, genetics is a difficult subject for many learners to conceptually grasp. Graphics, animation and video material can be extremely helpful to their understanding. A wealth of educational online content about genetics has been created over the past decade in the wake of the human genome being sequenced.…

Teachers often have difficulty finding the time to develop or find quality software for classroom use. One solution to this problem is to have advanced microcomputer students produce software. Suggestions for teachers to use in implementing microcomputers into the classroom are offered. (DF)

Computer simulations are one promising tool for supporting learning at all levels--from elementary school to workplace learning. Learning through simulations, either by creating simulations or by exploring existing ones, helps learners develop a deeper understanding of the concepts being simulated. Learning about simulations is also important…

Describes a seminar at Brown University where undergraduate students design and develop software for K-12 schools based on proposals of teachers in and around Providence (Rhode Island). Discusses seminar goals, working with schools, division of labor between teachers and seminar students, creating the software, student benefits, and using…

Analyzes the construction of mathematical concepts and techniques developed by high school algebra students in computer-assisted instruction; examines learning styles of the most inventive students; and discusses the use of student-generated mathematical techniques in the development of new software intended to cultivate mathematical inventiveness…

Describes the development of multimedia instructional technology in the Department of Social and Behavioral Sciences at Medgar Evers College of the City University of New York. Grants that allowed the college to develop a multifaceted academic computing environment are discussed, and five programs that were developed by faculty and students are…

An effective learning environment must ensure that students are motivated to access whatever information is available, that they have an authentic context in which to situate that knowledge, and that they face challenges that allow them to put that knowledge to use. In an attempt to address these issues, a computer program was developed, called…

Describes a project that taught groups of fourth graders how to develop instructional software for second and third graders in the areas of mathematics and science. Topics include project goals for students and the teacher; integrating technology; documentation and packaging; community involvement; and benefits to students. (LRW)

Advances in multimedia and video technology have made more sophistication in educational software almost necessary, requiring complex team authorship and production considerations. Colleges and schools can be active in software development and perhaps keep software production down to earth. The transition will be expensive and require many and…

Describes KID DESIGNER, a project that emphasizes play as a lifelong learning process by teaching elementary school students how to design their own educational computer games that embed content from subjects studied in the classroom. Topics include constructivism; cooperative learning; project-based activities; prior learning; group dynamics; and…

A software development collaboration project designed to maximize the skill sets and interests of school children and teachers, educational software technologists and researchers, and college undergraduates is presented. The work brings elementary school children with college seniors and technology consultants to implement a problem-solving…