Designing and evaluating an instructional exercise as a supplement to the Fluids & Electrolytes lecture

First year nursing students repeatedly have difficulty recalling, understanding, and applying knowledge from the Fluids & Electrolytes (F&E) class. Although the traditional teaching method of lecturing is appropriate in a situation of knowledge acquisition, this situation refers to a broader context. An alternate teaching method is needed to increase students' understanding of the previously acquired knowledge and its application. This research concerns gaming as a tool for teaching with the focus on process as well as product. An instructional exercise, in the Jeopardy format, is designed to incorporate understanding (through problem-solving), group collaboration, and metacognition. Constructivist philosophy is combined with Instructional Design to construct an exercise that focuses not only on knowledge recall, but also emphasizes thinking, understanding, and the reflective nature of the exercise. The focus of this research is to design and evaluate an exercise as a supplemental teaching method to the lecture presentation of the F&E class.

Developing Web Design Skills Through Group Critiquing and Feedback.

The aim of this quasi-experimental research study was to investigate whether guided small-group discussions that involved explaining, analysing or justifying design and followed a modeling session from the teacher could improve students' creativity in web design. The convenience sample comprised of 37 third year students of the ""Publication Design and Hypermedi Technology"" program at John Abbott College in Sainte-Anne-de-Bellvue, Quebec who had enrolled in the Web Design course offered in the Fall semester of 2011. The primary instrument of this study was a set of two assigments for the course. A traditional teaching method was used during the first assignment and a small-group teaching strategy was implemented during the second one. Another instrument used in this research was a questionnaire on willingness to participate in teamwork. The last instrument of this study was a questionnaire on the type of intelligences that students possessed. It is hoped that the knowledge gathered from the study will add to the information about group-work activities and critiquing in particular.

Student attitudes towards cooperative learning in education

Abstract: Active or participatory learning by the student within a classroom environment has been fairly recently recognized as an effective, efficient, and superior instructional technique yet few teachers in higher education have adopted this pedagogical strategy. This is especially true in Science where teachers primarily lecture to passively seated students while using static visual aids or multimedia projections. Teachers generally teach as they were taught and lecture formats have been the norm. Although student-learning theories as well as student learning styles, abilities, and understanding strategies have changed, traditional teaching techniques have not evolved past the “chalk and talk” instructional strategy. This research looked into student’s perceptions of cooperative learning or team-based active learning in order to gain insight and some understanding as to how students felt about this learning technique. Student’s attitudes were then compared to student grades to detennine whether cooperative learning impeded or ameliorated academic performance. The results revealed significant differences measured in all the survey questions pertaining to perception or attitudes. As a result of the cooperative learning activities, respondents indicated more agreement to the survey questions pertaining to the benefits of cooperative learning. The experimental group exposed to cooperative learning thus experienced more positive attitudes and perceptions than the groups exposed only to a lecture-based teaching and learning format. Each of the hypotheses tested demonstrated that students had more positive attitudes towards cooperative learning strategies. Recommendations as to future work were presented in order to gain a greater understanding into both student and teacher attitudes towards the cooperative learning model.||Résumé: Lapprentissage actif ou préparatoire par létudiant au sein d’une classe a été reconnu assez récemment comme une technique d’enseignement plus efficace. Cependant, peu d’enseignants ont adopté cette stratégie pedagogique pour l'éducation post-secondaire. Ceci est particulièrement le cas dans le domaine des sciences où les enseignants font surtout usage de cours magistraux avec des étudiants passifs tout en utilisant des aides visuelles statiques ou des projections multimédias. Les professeurs enseignent generalement comme on leur a eux-même enseigné et les cours magistraux ont été la norme par le passé. Les techniques traditionnelles d'enseignernent n'ont pas évolué au-delà de la craie et du tableau noir et ce même si les théories sur l’apprentissage par les étudiants ont changé, tout comme les styles, les habiletés et les stratégies de compréhension d’apprentissage des étudiants. Cette recherche se penche sur les perceptions des étudiants au sujet de l'apprentissage coopératif ou de l'apprentissage actif par équipe de telle sorte qu'on puisse avoir un aperçu et une certaine compréhension de comment les étudiants se sentent par rapport à ces techniques d'apprentissage. Les attitudes des étudiants ont par la suite été comparées aux notes de ceux-ci pour déterminer si l'apprentissage coopératif avait nui ou au contraire amélioré leurs performances académiques. Les résultats obtenus dans l'étude d'ensemble révèlent des différences significatives dans toutes les questions ayant trait à la perception et aux attitudes.

Clickers in the nursing classroom.

Traditional teaching methods in the classroom also limit opportunities for student engagement due to large class sizes and the desire to ensure students receive all of the material required in a particular session. It has been documented that the use of Information Technolgy (IT); in particular «clickers», can increase student participation, improve knowledge retention and assist in stimulating critical thinking in a classroom setting. However, the introduction of IT, on top of normal teaching demands, can be probelmatic as it requires changes to course planners, IT training, support staff and additional funding, all of wich have been documented in research. Wolski and Jackson (1999) have postulated that success is a function of the usefulness and the ease of use of a particular technology for faculty members. Research has shown that classroom technology is simply a tool to be used by educators as one of many. Those who tend to use it well are already innovative and technically adept (Zhao, Pugh, Sheldon & Bryers, 2002).||Résumé : Les méthodes d'enseignement traditionnelles en cour magistral ont aussi tendance à limiter l'engagement et la participation des étudiants dû à la taille souvent excessive des classes, mais aussi à cause du désire de l'enseignant de vouloir s'assurer de la transmission du contenu pédagogique complet. Il est bien documenté que l'usage des nouvelles technologies, en particulier les télévoteurs («clickers», peut accroître la participation des étudiants, améliorer la rétention de l'information mais aussi de stimuler, dans le contexte académique, la pensée critique. Malheureusement, tel que démontré par la recherche, l'introduction de ces nouvelles technologies pose problème lorsqu'additionné aux contraintes normales d'enseignement puisque qu'elle nécessite des changements à la planification des cours, requiert une formation spécifique, un support additionnel ainsi que le financement nécessaire. Wolski and Jackson (1999) ont postulé de plus que le succès de l'implantation d'une nouvelle technologie était en fonction de son utilité et de sa facilité d'utilisation par les membres de la faculté. Il a aussi été démontré que la technologie de l'enseignement en classe n'était en fait qu'un outil de plus à la disposition des enseignants, et que ceux qui avaient tendance à bien l'utiliser étaient de fait inoovateurs, possédant des capacités techniques (Zhao, Pugh, Sheldon et Bryers, 2002).