International Journal of Continuing Engineering Education and Life-Long Learning · 2005 · 22 citations · 7 references
EducationEducational TechnologyScience EducationComputer-assisted InstructionDistance EducationScience InstructionDistance LearningDistributed LearningOnline CollaborationOnline InstructionOnline LearningRemote Laboratory InstructionCollaborative Laboratory LearningEquipment AccessPedagogical UsesRemote LaboratoriesRemote Laboratory AccessRemote Laboratory Experiences
A majority of the pedagogical uses of computers fall somewhere within the five headings of drill, number crunching, laboratory applications, simulations, and self-paced courses (Arons, 1984). In this paper, we discuss a sixth use for computerised instruction, dispersed laboratories over the internet, one which was probably unanticipated years ago when the internet and laboratory technologies were less accessible and less friendly than now. The pervasive interconnectivity of the internet provides the means for entirely new kinds of laboratory experiences for the science student. For example, students can remotely access laboratory equipment that previously would have been too expensive or too dangerous for a typical student laboratory. Large-scale collaborative experiments between students separated geographically are also possible. This paper presents an overview of the technology for science laboratories over the internet, example laboratory experiments, and potential applications.
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Teaching physicists’ thinking skills in the laboratory
F. Reif, Mark St. John · American Journal of Physics · 1979 · 83 citations
Goals of the Introductory Physics Laboratory
American Journal of Physics · 1998 · 77 citations
P. Quittner, J.K. Kliwer · Physics Today · 1974 · 53 citations
Goals of the introductory physics laboratory
The Physics Teacher · 1997 · 36 citations