Usable Web Interface: Technological Tool for Teaching-Learning

Main Article Content

Ricardo Adán Salas Rueda

Abstract

Technological advances are leading to significant changes in the way of planning and organizing activities in educational institutions. Teachers are becoming the key element in the transformation of virtual environments for teaching and learning. Currently, students taking the subject of Algorithms and programming principles in a university located south of Mexico City, Mexico have difficulty understanding the concepts related control structures and programming language C. For this reason, the teacher charge of this matter decided improve Usable Web Interface (IWU) via accessibility giving rise to IWU 2.0 aimed at providing users with diverse audiovisual content in Spanish and English languages, which are appropriate to their characteristics and needs. The design of the IWU 2.0 employs the principles of accessibility called Web Contents Accessibility Guidelines(WCAG 2) related to the use of perceptible, operable, understandable and robust information. This research is based on the quantitative approach through T test with significance level of 0.1 and 0.05 to analyze the behavior of 18 students through the application of two questionnaires related to Control Structures: pretest (unused technology) and posttest where IWU 2.0 is used as a teaching support during the classroom course.

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How to Cite
Salas Rueda, R. A. (2015). Usable Web Interface: Technological Tool for Teaching-Learning. Revista de Comunicación de la SEECI, (36), 148–177. https://doi.org/10.15198/seeci.2015.36.148-177
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Articles

References

LIBROS, CAPÍTULOS DE LIBRO O ENTRADA DE UN LIBRO DE CONSULTA, INFORMES TÉCNICOS, TESIS

Alberich Pascual, J. (2007). Grafismo multimedia. Comunicación diseño, estética. Barcelona, España: UOC

Allsopp, J. (2009). Developing with web standards. Estados Unidos: New Riders

Elizondo López, A. (2002). Metodología de la investigación. Distrito Federal, México: Thomson

Fernández Coca, A. (1998).Producción y diseño gráfico para la World Wide Web. Barcelona, España: Paidos.

Gallego Gil, D. J. (1999). Multimedia en la Web. Madrid, España: Dykinson

Giroux, S. y Tremblay G. (2004). Metodología de las Ciencias Humanas. Distrito Federal, México: Fondo de Cultura Económica

Griol Barres, D., Callejas Carrión, Z. y López Cózar , Ramón (2013). Technologies for inclusive education: Beyond traditional integration approaches. Estados Unidos: IGI Global

Meyer, J. (2010).The essential guide to HTML 5. Using games to learn HTML5 and JavaScript. Nueva York,Estados Unidos: Friendof

Moreno, L. (2008). Accesibilidad a los contenidos audiovisuales en la Web. Madrid, España: Imagen Gráfica

Sharpless Smith, S. (2006).Web-based instruction. A guide for libraries. Estados unidos: McNaughton & Gunn

Sklar, J. (2009). Principles of Web Design. Canadá: Cengage Learning

PUBLICACIONES PERIÓDICAS, REVISTAS, WEBES Y SIMILARES:

Moreno, L., Martínez, P., Ruiz Mezcua, B. (2009). A bridge to web accessibility from the usability heuristics. En A. Holzinger y K. Miesenberger (Eds.), HCI and usability for e-inclusion, pp. 290-300: Springer

Shirogane, J., Mori, T.,Iwata, H. y Fukazawa, Y. (2008). Accesibility : Evaluation for GUI software using source programs. En M. Virvou y T. Nakamura (Eds) , Knowledge-Based Software Engineering, pp. 135-144, IOS Press