Assisted Discovery Based Learning of the Electric Force with Scaffolding for Novice Students

Despite being one of the pillars of physics and a well-known subject, the electric force is sometimes not immediately evident to students. Discovery-based learning has proven to be very effective in science education; nevertheless, it can become stressful for students if they don’t have the necessary scaffolding and training to construct knowledge by themselves. In this work, examples of obstacles to students were the absence of the necessary background knowledge, distractions in multimedia environments, and that some students prefer regular instruction in order not to be left alone in the face of active learning dynamics. Therefore, we designed and implemented an assisted active learning sequence that includes moderated intervention from two different lecturers on an Electricity and Magnetism course at a private university in Mexico to compare the normalized learning changes with a standard directed lecture. The primary objective of the active learning sequence was to introduce students to the discovery of the electric force via a simulated experiment using a web-based physics simulation, Newtondreams. By comparing normalized learning changes between four groups, two control, and two experimental groups, we show that students in the experimental groups performed significantly better than the control groups (⟨c⟩ = 0.469 and 0.435 for the experimental groups, and ⟨c⟩ = 0.08 and 0.077 for the control groups). We performed a Wilcoxon Rank-Sum Test to examine the normalized gains between the groups. Observed p-values show that there is significant difference between experimental and control groups: CG1 vs. EG1 (p = 0.00109), CG2 vs. EG2 (p = 0.00079). On the contrary there are no observed significance on the effect of the instructor CG1 vs. CG2 (p = 1), EG1 vs. EG2 (p = 1). Then, that active learning is more effective than regular instruction. Studying the concentration factors we also found that active learning develop better comprehension that regular instruction lecture. At the end of the experiments, we performed student interviews that also showed they felt less stressed and more involved when using the assisted active learning sequence, making the learning experience more amenable when the instructor changes their role from presenter to a guide

Curriculum · Discovery Learning · Mathematics education · Pedagogy · Wilcoxon signed-rank test · Computer Science · Experimental Learning in Engineering · Innovative Teaching Methods · Psychology · Science Education and Pedagogy · Artificial Intelligence

• Students’ Technology Preference and Computer Technology Applications in the Teaching and Learning of Physics Modules at the University Undergraduate Level in South Africa during the Covid-19 Pandemic

  Open Access•Patrick Mukumba, Ngwarai Shambira•Education Sciences•2022

  Incluir item

• Transfer of responsibility from scaffolding to preservice early childhood teachers learning to debug

  Open Access•Brian R Belland, ChanMin Kim et al.•Educational Technology Research…•2024

  Incluir item

• Cognitive control in media multitaskers

  Open Access•Eyal Ophir, Clifford Nass et al.•Proceedings of the National…•2009

  Incluir item

• Toward an Epistemology of Physics

  Andrea A Disessa•Cognition and Instruction•1993

  Incluir item

• Activity theory as a framework for designing constructivist learning environments

  Open Access•David H Jonassen, Lucia Rohrer-Murphy•Educational Technology Research…•1999

  Incluir item

• Measuring actual learning versus feeling of learning in response to being actively engaged in the classroom

  Open Access•Louis Deslauriers, Logan S McCarty et al.•Proceedings of the National…•2019

  Incluir item

• Peer Instruction

  Catherine H Crouch, Eric Mazur•American Journal of Physics•2001

  Incluir item

• Does discovery-based instruction enhance learning?

  Louis Alfieri, Patricia J Brooks et al.•Journal of Educational Psychology•2011

  Incluir item

• Executive Functions

  Adele Diamond•Annual Review of Psychology•2013

  Incluir item

• Peer Learning as a Key Component of an Integrated Teaching Method

  Open Access•Matteo Bozzi, Juliana Elisa Raffaghelli et al.•Education Sciences•2021

  Incluir item

• Understanding disruptive situations in physical education

  Open Access•Dag Ove G Hovdal, Inger Beate Larsen et al.•European Physical Education Review•2020

  Incluir item

• The myths of the digital native and the multitasker

  Open Access•Paul A Kirschner, Pedro De Bruyckere•Teaching and Teacher Education•2017

  Incluir item