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Amy M. Leman; Rebecca Mott – Journal of Human Sciences & Extension, 2023
Societal changes brought about by the COVID-19 pandemic have shown the importance of both intrapersonal and interpersonal skills in virtual environments. Two midwestern university instructors joint-taught their spring 2021 agricultural education and training program development courses, bringing students together in virtual teams during the…
Descriptors: Outcomes of Education, Program Development, Higher Education, Online Courses
Mueller, Jenna L.; Dotson, Mary Elizabeth; Dietzel, Jennifer; Peters, Jenna; Asturias, Gabriela; Cheatham, Amelia; Krieger, Marlee; Taylor, Baishakhi; Broverman, Sherryl; Ramanujam, Nirmala – Advances in Engineering Education, 2020
Background: Engineering design is widely recognized as a field that can generate key innovations for complex problems, such as those elucidated in the Sustainable Development Goals (SDGs). However, engineering design training is not widely accessible to the global community, particularly to people experiencing the challenges that the SDGs are…
Descriptors: Design, Human Factors Engineering, Engineering Education, Sustainable Development
Reddy, Gudur Raghavendra; McDonagh, Deana; Harris, Maurita T.; Rogers, Wendy A. – Design and Technology Education, 2021
There is an increasing interest in design and creative thinking processes in the Sciences, Technology, Engineering, and Mathematics (STEM) and health education disciplines. Many new degree programs are integrating design thinking into their syllabi, with the intention of bringing creative problem-solving methods to these disciplines. In reality,…
Descriptors: Design, Thinking Skills, Creative Thinking, Problem Solving
Gibson, Michael R. – Design and Technology Education, 2016
"Designing backwards" is presented here as a means to utilize human-centered processes in diverse educational settings to help teachers and students learn to formulate and operate design processes to achieve three sequential and interrelated goals. The first entails teaching them to effectively and empathetically identify, frame and…
Descriptors: Design, Teaching Methods, Social Problems, Problem Solving
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
Marra, Rose M.; Steege, Linsey; Tsai, Chia-Lin; Tang, Nai-En – International Journal of STEM Education, 2016
Background: Working effectively in a collaborative team is not only an outcome required by ABET but also one that scholars and practitioners recognize as necessary for being a successful professional engineer. Technology-based solutions hold promise for supporting collaboration; however, research has shown that technology alone is not sufficient…
Descriptors: Engineering Education, Teamwork, Cooperative Learning, Problem Solving
Dierkes, Sunda V. – Performance Improvement, 2012
The current debate over whether to choose just one universal human performance technology (HPT) model, in particular Langdon's language of work (LOW) model, promises a shared understanding among HPT professionals, credibility for the HPT profession, and a return on investment of time and effort in developing performance models over more than 70…
Descriptors: Performance Technology, Models, Convergent Thinking, Problem Solving
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
Cetin, Aydin; Guler, Inan – Journal of Educational Technology Systems, 2011
Web3D presents many opportunities for learners in a virtual world or virtual environment over the web. This is a great opportunity for open-distance education institutions to benefit from web3d technologies to create courses with interactive 3d materials. There are many open source and commercial products offering 3d technologies over the web…
Descriptors: Distance Education, Decision Making, Virtual Classrooms, Internet
Greene, Ronald L. – Physics Teacher, 2006
Recent years have seen widespread adoption of automatic grading of physics homework problems. Although first-generation homework management systems provide feedback and assign scores based only on the answers, problem-solving performance on exams seems to be no worse for students using these systems than for those who receive detailed comments…
Descriptors: Grading, Physics, Homework, Feedback (Response)
Bedny, Gregory Z.; Harris, Steven Robert – Mind, Culture, and Activity, 2005
This article offers an introduction to the central concepts and principles of the Systemic-Structural Theory of Activity (SSTA), an activity-theoretical approach specifically tailored to the analysis and design of human work. In activity theory, cognition is understood both as a process and as a structured system of actions. Building on the…
Descriptors: Human Factors Engineering, Design, Problem Solving, Man Machine Systems