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Physical Sciences and Mathematics Commons™
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Full-Text Articles in Physical Sciences and Mathematics
Monitoring Student Engagement And Improving Performance, Brian Keegan, Bianca Schoen-Phelan
Monitoring Student Engagement And Improving Performance, Brian Keegan, Bianca Schoen-Phelan
Conference papers
No abstract provided.
Computer-Aided Assessment For Computer Science Students, Bianca Schoen-Phelan, Brian Keegan
Computer-Aided Assessment For Computer Science Students, Bianca Schoen-Phelan, Brian Keegan
Other resources
No abstract provided.
A Matlab Primer In Four Hours With Practical Examples, Jerome Casey
A Matlab Primer In Four Hours With Practical Examples, Jerome Casey
Instructional Guides
No abstract provided.
A Phenomenographic Study Of Introductory Physics Students: Approaches To Their Learning And Perceptions Of Their Learning Environment In A Physics Problem-Based Learning Environment, Paul Irving
Doctoral
This phenomenographic study describes students’ approaches to learning and their perceptions of the learning environment in an introductory physics course which is taught using a problem-based learning approach. This research builds on previous studies which showed that these students develop a greater conceptual knowledge than their counterparts in a more traditional learning environment while others showed very little development even though they engaged fully with the pedagogy. This study aimed to examine and describe the students’ approaches to learning. The definitions of surface, strategic and deep approaches to learning are not appropriate in this context and could not be applied …
A Phenomenographic Study Of Introductory Physics Students: Approaches To Problem Solving And Conceptualisation Of Knowledge., Laura Walsh
Doctoral
This phenomenographic study presents a description of the approaches to problem solving and conceptualisation of physics knowledge of introductory physics students, specifically in the context of the Irish higher education system. Much research has been carried out that has shown that physics students are not developing the conceptual knowledge necessary to become adept problem-solvers. This may be due to the traditional physics education assumption that students will develop an understanding of the conceptual nature of physics by repetitively solving quantitative problems. However, research has shown that this is not the case and that education and the curriculum needs to explicitly …