Devising New CLA Methodology in Teaching Programming Using Flipped Learning with Counterpart Learner Assistant - CLA

7 Pages Posted: 20 Nov 2018

See all articles by Majlinda Fetaji

Majlinda Fetaji

South East European University (SEEU) - Computer Sciences

Abdulmelih Gylcan

South East European University (SEEU) - Computer Sciences

Bekim Fetaji

Faculty of Informatics, University Mother Teresa, Skopje, Macedonia

Mirlinda Ebibi

Faculty of Informatics, University Mother Teresa, Skopje, Macedonia

Date Written: September 7, 2017

Abstract

The focus of the research study is to devise a new CLA methodology in teaching programming using flipped learning using a counterpart learner assistant -CLA from the learner side. Investigated the benefits of the flipped learning pedagogy focusing on assessment of learners on their attitudes, motivation, and effectiveness when using flipped learning compared with traditional classroom learning has been realized. There is a difference between a Flipped Classroom and Flipped Learning. These terms are not interchangeable. Flipping a class can, but does not necessarily, lead to Flipped Learning. Four broad categories of instructional approaches for use in an flipped learning have been identified: (a) individual activities, (b) paired activities, (c) informal small groups, and (d) cooperative student projects. The research study is based on the theory of Bloom's revised taxonomy of cognitive domain. This taxonomy provides six levels of learning discussed in the research methodology section. In order to analyse all this, a case study experiment was realized and insights as well as recommendations are presented.

Keywords: flipped classroom, programming robotics, effectiveness of learning, flipped learning paradigm

JEL Classification: A23

Suggested Citation

Fetaji, Majlinda and Gylcan, Abdulmelih and Fetaji, Bekim and Ebibi, Mirlinda, Devising New CLA Methodology in Teaching Programming Using Flipped Learning with Counterpart Learner Assistant - CLA (September 7, 2017). 2017 ENTRENOVA Conference Proceedings, Available at SSRN: https://ssrn.com/abstract=3282513

Majlinda Fetaji (Contact Author)

South East European University (SEEU) - Computer Sciences ( email )

Totovo
Macedonia

Abdulmelih Gylcan

South East European University (SEEU) - Computer Sciences ( email )

Tetovo
Macedonia

Bekim Fetaji

Faculty of Informatics, University Mother Teresa, Skopje, Macedonia ( email )

Mirlinda Ebibi

Faculty of Informatics, University Mother Teresa, Skopje, Macedonia ( email )

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