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Garces, Sebastian; Vieira, Camilo; Ravai, Guity; Magana, Alejandra J. – Education and Information Technologies, 2023
Worked examples can help novice learners develop early schemata from an expert's solution to a problem. Nonetheless, the worked examples themselves are no guarantee that students will explore these experts' solutions effectively. This study explores two different approaches to supporting engineering technology students' learning in an…
Descriptors: Learner Engagement, Active Learning, Programming, Engineering Education
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Kyle, Aaron M.; Jangraw, David C.; Bouchard, Matthew B.; Downs, Matthew E. – IEEE Transactions on Education, 2016
This paper presents the development, implementation, and assessment of a project-based Bioinstrumentation course. All course lectures and hands-on laboratory activities are related to a central project theme: a cardiac pacemaker. The students create a benchtop cardiac pacemaker by applying instrumentation knowledge acquired in the course to each…
Descriptors: Active Learning, Student Projects, Engineering Education, Biotechnology
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Turner, Mathew J.; Webster, Rustin D. – American Journal of Engineering Education, 2017
This paper describes a student-centered approach to a power engineering technology course using the flipped or inverted classroom as well as active learning in the form of group discussions and team problem solving. The study compares student performance and perceptions of a traditional, teaching-centered classroom to two different flipped…
Descriptors: Comparative Analysis, Student Centered Learning, Engineering Technology, Power Technology
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Cheng, Ping-Han; Yang, Ya-Ting Carolyn; Chang, Shih-Hui Gilbert; Kuo, Fan-Ray Revon – IEEE Transactions on Education, 2016
In recent years, many universities have opened courses to increase students' knowledge in the field of nanotechnology. These have been shown to increase students' knowledge of nanotechnology, but beyond this, advanced and applied nanotechnology courses should also focus on learning motivation and scientific enquiry abilities to equip students to…
Descriptors: Learning Motivation, Scientific Methodology, Handheld Devices, Electronic Learning
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Lee, Mark J. W.; Nikolic, Sasha; Vial, Peter J.; Ritz, Christian H.; Li, Wanqing; Goldfinch, Tom – IEEE Transactions on Education, 2016
Project-based learning is a widely used pedagogical strategy in engineering education shown to be effective in fostering problem-solving, design, and teamwork skills. There are distinct benefits to be gained from giving students autonomy in determining the nature and scope of the projects that they wish to undertake, but a lack of expert guidance…
Descriptors: Active Learning, Student Projects, Engineering Education, Engineering Technology
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Macias, J. A. – IEEE Transactions on Education, 2012
Project-based learning is one of the main successful student-centered pedagogies broadly used in computing science courses. However, this approach can be insufficient when dealing with practical subjects that implicitly require many deliverables and a great deal of feedback and organizational resources. In this paper, a worked e-portfolio is…
Descriptors: Active Learning, Portfolios (Background Materials), Engineering Education, Feedback (Response)
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Bender, Melinda; Fulwider, Miles; Stemkoski, Michael J. – Journal of College Teaching & Learning, 2008
This paper encourages the investigation of real world problems by students and faculty and links recommended student competencies with project based learning. In addition to the traditional course objectives, project-based learning (PBL) uses real world problems for classroom instruction and fieldwork to connect students, instructors, and industry…
Descriptors: Student Projects, Active Learning, Teaching Methods, Teaching Styles
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Wilczynski, Vincent; Dixon, Gregg; Ford, Eric – Journal of STEM Education: Innovations and Research, 2005
The Mechanical Engineering Section at the U.S. Coast Guard Academy has developed a comprehensive activity based course to introduce second year students to mechanical engineering design. The culminating design activity for the course requires students to design, construct and test robotic devices that complete engineering challenges. Teams of…
Descriptors: Engineering Education, Engineering Technology, Robotics, Mechanics (Process)