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Brodie, L. M.; Porter, M. – European Journal of Engineering Education, 2008
The University of Southern Queensland in Australia offers multiple entry pathways to a suite of integrated programs delivered to on-campus and distance-education students. The programs cover 2-5 years in nine majors. A specially designed strand of four integrated courses using problem-based learning (PBL) was incorporated into programs and…
Descriptors: Feedback (Response), Majors (Students), On Campus Students, Problem Based Learning
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Lam, Cici; Yuen, Mantak – Pastoral Care in Education, 2008
It is a reality of schools today that most teachers are overwhelmed by daily demands on their time and energy. In particular, they find it difficult to allocate enough extra time for purposes of counselling individual pupils with problems. Any arrangement that enables them to fulfil this counselling role quickly and effectively--and with positive…
Descriptors: Foreign Countries, Teaching Methods, Elementary School Students, Questioning Techniques
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El-Gebeily, M.; Yushau, B. – International Journal of Mathematical Education in Science and Technology, 2008
In this note, we demonstrate with illustrations two different ways that MS Excel can be used to solve Linear Systems of Equation, Linear Programming Problems, and Matrix Inversion Problems. The advantage of using MS Excel is its availability and transparency (the user is responsible for most of the details of how a problem is solved). Further, we…
Descriptors: Mathematical Applications, Matrices, Spreadsheets, Computer Uses in Education
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Lampe, Kristen A.; Uselmann, Linda – Mathematics Teaching in the Middle School, 2008
This article describes a semester-long pen-pal project in which preservice teachers composed mathematical problems and the middle school students worked for solutions. The college students assessed the solution and the middle school students provided feedback regarding the problem itself. (Contains 6 figures.)
Descriptors: Feedback (Response), Middle School Students, Preservice Teachers, Problem Solving
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Kridler, Patricia G.; Moyer-Packenham, Patricia S. – Mathematics Teaching in the Middle School, 2008
To guide problem-solving activities in the classroom, this article presents a strategy similar to the reading model found in literature circles. The goal of mathematics circles is to provide guidance and structure to problem-solving activities so that students can internalize the strategies needed for them to develop into mathematicians. (Contains…
Descriptors: Problem Solving, Student Participation, Group Activities, Learning Activities
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Parhami, Behrooz – Computer Science Education, 2008
We observe that recruitment efforts aimed at alleviating the shortage of skilled workforce in computer engineering must be augmented with strategies for retaining and motivating the students after they have enrolled in our educational programmes. At the University of California, Santa Barbara, we have taken a first step in this direction by…
Descriptors: First Year Seminars, College Freshmen, Internet, Academic Persistence
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Goral, Mary Barr; Gilderbloom, Patty – Australian Primary Mathematics Classroom, 2008
Measurement is a mathematics skill students encounter often in their daily lives. The act of measuring involves the use of concrete, hands-on materials that students find engaging and appealing. According to Martinie (2004), the best way to teach measurement "is to find or create situations in which students need to measure and let them…
Descriptors: Mathematics Skills, Grade 5, Foreign Countries, Primary Education
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Silverman, H. – Canadian Journal of Special Education, 1985
The Learning Potential Assessment Device (LPAD), a cognitive assessment model designed to measure cognitive processes during problem solving, emphasizes determination of specific types of thinking abilities used in mastering cognitive tasks rather than just on the solution. The LPAD is seen as an important advance in evaluating individual…
Descriptors: Cognitive Processes, Disabilities, Problem Solving, Test Use
Smith, Vicki Bigham – School Planning and Management, 1997
Examines the potential impact of computer system shutdowns as a result of the millennium date change and explores one school district's solution. Suggestions are offered to help districts deal with the "millennium bug" including a Web resource site to receive updates. (GR)
Descriptors: Computer Software, Problem Solving, School Districts, Troubleshooting
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Tetenbaum, Toby J.; Tetenbaum, Hilary – Performance Improvement, 2003
Describes push-back leadership, a model of leadership based on the work of Ronald Heifetz and Martin Linksky. Argues that the two key roles of the leader are to give the work back to people and to keep them within a healthy range of disequilibrium that generates creativity and innovation to solve organizational problems. (Author/LRW)
Descriptors: Creativity, Innovation, Leadership Styles, Models
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Watkins, Ryan; Leigh, Doug – Performance Improvement, 2001
Suggests that the scope of return on investment (ROI) for organizations includes measurable indicators of both the internal and external value added by the organization rather than just short-term profit and customer satisfaction. Topics include demonstrating progression toward required performance; and justifying problems to be solved in terms of…
Descriptors: Costs, Organizational Development, Performance Technology, Problem Solving
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Fernald, Lloyd W., Jr. – Journal of Creative Behavior, 1989
The paper presents examples of corporations (Intel Corporation, 3M, and the Saturn Corporation) which are making their environments more creative and innovative in order to compete in the global marketplace. Such workplace innovation requires development of an idea-nurturing environment, acceptance of failure, and emphasis on creative problem…
Descriptors: Business, Creativity, Innovation, Organizational Climate
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Looi, Chee-Kit – Journal of Educational Technology Systems, 1999
Discusses inquiry-oriented learning and the role of technology in interactive learning environments. Highlights include instructive environments; constructive environments, for constructing knowledge; communicative environments; situating environments, for problem-solving authentic tasks; and three examples of interactive learning environments.…
Descriptors: Educational Environment, Inquiry, Learning Processes, Problem Solving
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Ginat, David – Journal of Computers in Mathematics and Science Teaching, 2005
Sometimes, if you do not begin at the end, you end at the beginning. This problem-solving phenomenon, in the realm of computer science (CS), is the subject of this paper. Beginning at the end yields a "working backwards" approach, opposite to that of "working forwards." One might expect 3rd year CS students to be aware of and effectively utilize…
Descriptors: Computer Science, Problem Solving, Heuristics, Preservice Teachers
Krapp, JoAnn Vergona – School Library Media Activities Monthly, 2005
Mystery and Adventure travel the same path. Within every mystery is an adventure, be it a struggle for survival, network of suspense, or matching of wits. A mystery is a secret jigsaw puzzle. Its popularity lies in the author's skillful engagement of the reader in putting together the pieces by using such elements as clues, foreshadowing, and…
Descriptors: Childrens Literature, Fiction, Problem Solving, Intermediate Grades
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