LEVERAGING INTERACTIVE METHODS FOR ADVANCING COMPUTER SCIENCE: A PARADIGM SHIFT

Abstract

Computer science is a constantly evolving discipline that demands innovative approaches to enhance teaching and learning. Interactive methods provide a valuable toolset for fostering engagement, collaboration, critical thinking, and problem-solving skills among students. This article explores the utilization of interactive methods in the development of computer science by discussing various techniques, their impacts, and potential future directions. We highlight the benefits of interactive learning, such as increased retention, improved comprehension, and enhanced motivation. Additionally, we investigate the role of interactive methods in tackling the challenges of teaching programming, algorithmic thinking, and system design in computer science education. Ultimately, this article intends to advocate for the widespread adoption of interactive methods to revolutionize computer science education and empower the emergence of a tech-savvy generation.