Filho’s research while affiliated with Federal University of Rio de Janeiro and other places

What is this page?


This page lists works of an author who doesn't have a ResearchGate profile or hasn't added the works to their profile yet. It is automatically generated from public (personal) data to further our legitimate goal of comprehensive and accurate scientific recordkeeping. If you are this author and want this page removed, please let us know.

Publications (1)


Table 1. Classification of videos according to place of production (PP)—school laboratory (SL) and/or home laboratory (HL)—, theoretical (TC) and experimental (EC) components. 
Figure 1. Video production flowchart.  
Table 2. Frequency (N) of resources used. 
Table 3. Audiovisual reports on Youtube. 
Audiovisual physics reports: Students' video production as a strategy for the didactic laboratory
  • Article
  • Full-text available

December 2011

·

2,448 Reads

·

16 Citations

·

Susana de Souza Barros

·

Filho

·

Hermeto de A Fauth

Constant technological advancement has facilitated access to digital cameras and cell phones. Involving students in a video production project can work as a motivating aspect to make them active and reflective in their learning, intellectually engaged in a recursive process. This project was implemented in high school level physics laboratory classes resulting in 22 videos which are considered as audiovisual reports and analysed under two components: theoretical and experimental. This kind of project allows the students to spontaneously use features such as music, pictures, dramatization, animations, etc, even when the didactic laboratory may not be the place where aesthetic and cultural dimensions are generally developed. This could be due to the fact that digital media are more legitimately used as cultural tools than as teaching strategies.

Download

Citations (1)


... The use of video making by K-18 science students and STEM teaching students to learn science content has been reported since video cameras became available but have become widespread with the advent of YouTube and the proliferation of video recording smartphones (Abbott et al. 2019;Kearney 2009;Hechter and Guy 2010;Hoban et al. 2011;Pereira et al. 2012;Prud'homme-Genereux A 2016;Muller 2008;Coates et al. 2018 Cologne's use of video in K-12 STEM teacher preparation is well-articulated in two semesters of media seminar courses that require explicitly analysis of science phenomena via well-established media techniques including slideshows, computer animation, stop motion, high-speed and slow-motion video, and possibly more advanced techniques like programming interactive simulations, creating iBooks, multimedia games and using lighting to create learning resources as project-based learning assignments. Some of these projects are extended to Baccalaureate or Masters projects and theses. ...

Reference:

Fostering Physics Content and Pedagogy Learning in Future Physics Teachers via Student-Authored YouTube-Style Video Projects
Audiovisual physics reports: Students' video production as a strategy for the didactic laboratory