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Peer reviewedJeris, Laurel – Lifelong Learning in Europe, 2003
Two organizational problem situations were worked on by 61 teams in 4 conditions: (1) controls, (2) traditional process (goal clarity, commitment, decision making), (3) team learning (assumption surfacing, dialog, reflection), and (4) combined 2 and 3. Team learning produced significantly more double-loop learning. Controls achieved more…
Descriptors: Cognitive Processes, Decision Making, Group Dynamics, Problem Solving
Thiagarajan, Sivasailam – Training and Development Journal, 1991
Describes "Take Five," a group brainstorming activity that can be adapted to different time constraints, numbers of participants, and types of participants. Gives examples of uses to which the technique can be put. (SK)
Descriptors: Adult Education, Brainstorming, Nominal Group Technique, Problem Solving
Zemke, Ron – Training, 1993
Work teams can be highly motivating and can reduce overhead costs. Teams with clear, limited objectives and the right skills, feedback, and incentives will perform well. Personality difficulties, resistance to change, and lack of training can short circuit their effectiveness. (SK)
Descriptors: Administrative Organization, Group Dynamics, Organizational Effectiveness, Problem Solving
Peer reviewedWorkman, Michael – Journal of Vocational Behavior, 2001
Ethnographic interviews with 3 teams of 26 computer programmers revealed how levels of collectivism or individualism differed as groups solved problems. Cultural cohesion was identified as a separate construct from collectivism. (Contains 53 references.) (SK)
Descriptors: Individualism, Job Performance, Problem Solving, Programmers
Esquivel, Shelley L.; Ryan, Carey S.; Bonner, Mike – Journal of Educational & Psychological Consultation, 2008
We explored parents' perceptions of their positive and negative experiences in school-based team meetings as a first step toward identifying the characteristics that may promote meaningful parent participation. Parent members of a Midwestern suburban school district's special education advisory group provided open-ended descriptions of their…
Descriptors: Suburban Schools, Parent Participation, Teamwork, Parent Attitudes
Williamson, Jacob – Tech Directions, 2007
Each year, students in Kittanning Senior High School's Principles of Technology (POT) classes have a design challenge, usually beginning with CO2-powered or Maglev-powered vehicles and progressing to such challenges as soap-box cars or radio-controlled airplanes. The author's recent POT class challenged them with the most exciting challenge yet:…
Descriptors: Technology Education, Tech Prep, High School Students, Cooperative Learning
McFarland, William P. – Vocational Education Journal, 1992
When faced with conflict, people respond in one of three styles: dominating, appeasing, or cooperating. Teaching students to recognize styles and choose appropriate responses can help them deal with conflict in the workplace. (SK)
Descriptors: Classroom Techniques, Conflict Resolution, Cooperation, Interpersonal Communication
Willis, Jerry; Wright, Kristen Egeland – Educational Technology, 2000
Describes the R2D2 (Reflective, Recursive Design and Development) model of constructivist instructional design. Highlights include participatory teams; progressive problem solution; phronesis, or contextual understanding; dissemination, including summative evaluation; and a new paradigm that shifts from the industrial age to the information age.…
Descriptors: Constructivism (Learning), Instructional Design, Models, Problem Solving
Kay, Ken – Middle School Journal (J3), 2009
In this article, the author describes how middle schools can prepare young people for the challenges and opportunities of the 21st century. Integrating 21st century skills deliberately and systematically into middle school education will empower educators to accomplish many of the elusive goals they have tried to reach for years. Twenty-first…
Descriptors: Middle Schools, Teamwork, Leadership, Global Approach
Mathisen, Gro Ellen; Martinsen, Oyvind; Einarsen, Stale – Journal of Creative Behavior, 2008
This study investigates the relationship between creative personality composition, innovative team climate, and team innovation based on an input-process-output model. We measured personality with the Creative Person Profile, team climate with the Team Climate Inventory, and team innovation through team-member and supervisor reports of team…
Descriptors: Creativity, Innovation, Personality, Teamwork
Arterberry, Martha E.; Cain, Kathleen M.; Chopko, Stephanie A. – Educational Psychology, 2007
Children's problem solving while working by themselves or with a partner was investigated to explore whether young children are susceptible to social facilitation and social loafing. Five-year-olds were asked to complete easy or hard puzzles, either alone or with a partner. Half of the children were given instructions indicating that their…
Descriptors: Racial Differences, Problem Solving, Cooperative Learning, Young Children
Ayala, Donna – Online Submission, 2008
This study investigated the effects of cognitive readiness in a Navy simulated environment, the simulation being the Multi-Mission Team Trainer. The research question that drove this study was: will simulations increase cognitive readiness? One of the tasks of Navy sailors is to deal with unpredictable events. Unpredictability in the military is…
Descriptors: Simulation, War, Military Training, Armed Forces
Peer reviewedBradley, William – Studies in Art Education, 1975
Author discussed a plan he used in Birmingham for advanced graduate team research. (Editor/RK)
Descriptors: Art Education, Educational Research, Problem Solving, Research Methodology
Likert, Rensis; Fisher, M. Scott – Personnel, 1977
Descriptors: Group Dynamics, Management by Objectives, Management Systems, Participation
Peer reviewedLoBue, Robert – Journal of Workplace Learning, 2002
Describes team self-assessment, a task force approach involving frontline workers/supervisors in solving problems or improving performance. Provides examples and discusses its theoretical bases: control self-assessment, Belbin's team roles research, and the team climate inventory. (Contains 23 references.) (SK)
Descriptors: Innovation, Job Performance, Organizational Climate, Problem Solving

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