STEAM Education: A Pathway to Enhance Critical Thinking in Dynamic Elementary Classrooms

Developing 21st century skills is crucial for our future leaders. One effective way to foster these skills is through STEAM education, which combines Science, Technology, Engineering, Arts, and Mathematics to promote critical thinking and competency in learners. In this study, we conducted individual-based action research in a school located in Karachi, Pakistan to explore the incorporation of STEAM education in the country's education system. Our goal was to create a constructivist classroom environment that would promote experiential learning. The study involved 20 Grade VII female learners, who were studying Science and Mathematics. Over a period of 4 months, we applied STEAM activities in 2 cycles comprising of 9 lessons. We collected data through the application of the STEAM approach in the classrooms, using various tools including interviews, online quizzes, padlet, jam boards, and concept cartoons. We also used qualitative research methods such as field notes, anecdotal records, and rubrics to analyze the data. Despite facing challenges such as limited resources, lack of previous exposure to STEAM, limitations of the curriculum, and a shortage of professionally qualified teachers, we were able to achieve satisfactory results at the end of both cycles. The learners became more technologically adept, independent, and intrinsically motivated to learn. In conclusion, incorporating STEAM education in the Pakistani education system has the potential to create a more dynamic and engaging classroom environment that promotes critical thinking, creativity, and problem-solving skills in learners