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Scott, Glen; Winiecki, Donald J. – Performance Improvement Quarterly, 2012
Human performance technology (HPT), like other concepts, models, and frameworks that we use to describe the world in which we live and the way we organize ourselves to accomplish valuable activities, is built from paradigms that were fresh and relevant at the time it was conceived and from the fields of study from which it grew. However, when the…
Descriptors: Performance Technology, Human Factors Engineering, Performance Factors, Classification
Farrington, Jeanne – Performance Improvement Quarterly, 2012
Human performance technology (HPT) provides an evidence-based approach to improving the performance of individuals, teams, and organizations. As a complex approach that requires many pages to define and years of experience to master, the future of HPT depends on the discipline of future practitioners as well as their willingness to approach…
Descriptors: Evidence, Performance Technology, Problem Solving, Observation
Langdon, Danny G. – Performance Improvement Quarterly, 2012
Many, if not most, of my colleagues believe that human performance technology (HPT) can never become a science; they do not even believe that it should be. I cannot come to that conclusion. If not a full-fledged science, then we should strive for at least a soft science that is more consistent and accepted in business than is certainly the case…
Descriptors: Performance Technology, Problem Solving, Improvement Programs, Access to Information
Brethower, Dale M. – Performance Improvement Quarterly, 2012
The future of human performance technology (HPT) will be bright or dismal depending on how well HPT practitioners focus on careful and practical answers to three pivotal questions: What is good practice in human performance technology? What are the differences between good practice and bad? What are the connections between good research and…
Descriptors: Performance Technology, Models, Problem Solving, Systems Approach
Wittkuhn, Klaus D. – Performance Improvement Quarterly, 2012
Disciplines and professions each have their own methods of inquiry. This article outlines the commonalities as well as the differences and describes the relationship between the disciplines and the professions. The emphasis is on consulting because this is the profession with which we are concerned. There are three different approaches in…
Descriptors: Performance Technology, Inquiry, Research Methodology, Consultation Programs
Pearlstein, Richard B. – Performance Improvement Quarterly, 2012
Most executives have not heard of human performance technology (HPT), but a recent Google search showed 25 times more Google hits for "lean six sigma" than for "human performance technology." This article describes five factors that make HPT a hard sell: (1) HPT is not part of standard business jargon, (2) organizational executives associate…
Descriptors: Expertise, Problem Solving, Performance Technology, Performance Factors
Yelon, Stephen L.; Ford, J. Kevin – Performance Improvement Quarterly, 1999
Presents a multidimensional perspective to training transfer for performance professionals that concerns both task adaptability and worker autonomy. Offers principles for effective transfer as well as specific problems which must be solved to achieve the best results. Provides suggestions for evaluating training success. (AEF)
Descriptors: Performance Factors, Performance Technology, Postsecondary Education, Problem Solving