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Routhe, Henrik Worm; Holgaard, Jette Egelund; Kolmos, Anette – IEEE Transactions on Education, 2023
Contribution: This research paper contributes to engineering education research with a framework for interdisciplinary learning outcomes based on students' experiences from participation in an interdisciplinary project for engineering students. A theoretical frame of reference is developed to analyze students' experience with interdisciplinary…
Descriptors: Outcomes of Education, Student Projects, Interdisciplinary Approach, Case Studies
Cotton, Samuel E.; Calkins, Celeste M. – Tech Directions, 2011
Problem-solving activities let students use knowledge gained in various areas of their academic education. They bring together skills and knowledge from such areas as science, math, art, and English by simulating activities and projects students will encounter later in career and life experiences. A very important feature of most problem-solving…
Descriptors: Academic Education, Hands on Science, Problem Solving, Student Projects
Sumrall, William; Mott, Michael – Science Scope, 2010
While some disasters involving engineered structures are due to events in nature (e.g., tornadoes, hurricanes, earthquakes), others may be caused by inadequate materials, design flaws, and poor maintenance. These catastrophes result in the loss of human lives and cost billions of dollars. In the set of lessons described here, students design a…
Descriptors: Construction (Process), Engineering, Cost Effectiveness, Safety
Bisogno, Janet; JeanPierre, Bobby – Science Scope, 2008
The West Point Bridge Design (WPBD) building project engages students in project-based learning by giving them a real-life problem to solve. By using technology, students are able to become involved in solving problems that they normally would not encounter. Involvement with interactive websites, such as WPBD, assists students in using…
Descriptors: Active Learning, Thinking Skills, Student Projects, Web Sites
Kaufman, Allan; Flowers, Jim – 1996
This book presents 20 projects for technology education students. The emphasis is on problem solving and hands-on learning through projects dealing with a wide variety of technologies/industries, including the following: robotics, information storage and retrieval, communications, transportation, electronics, manufacturing, construction, materials…
Descriptors: Classroom Techniques, Communications, Construction (Process), Design Crafts
Martin, Jenni – Zip Lines: The Voice for Adventure Education, 1997
Describes the group dynamics, science discovery processes, and activities involved in building a raft at camp. The project used recycled products and required group cooperation; critical thinking about density, buoyancy, and balance; use of familiar resources in creative ways; and application of previously learned facts. (SAS)
Descriptors: Camping, Construction (Process), Cooperative Learning, Elementary Secondary Education

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