Enhancing Learning in Biology for Engineers: A Problem Based Case Study

Abstract

Abstract— Problem-Based Learning (PBL) is acknowledged as an effective pedagogical approach that facilitates a deeper understanding of concepts, surpassing a 90% comprehension rate. Renowned as a dynamic and student-centered activity, PBL fosters out-of-the-box thinking, thereby supporting the enhancement of students' skills and creativity. This paper specifically delves into the application of problem-based learning in the context of the third-year undergraduate Biology for Engineers course. PBL activities tailored for the Biology for Engineers curriculum are meticulously crafted to provide students with a progressive and comprehensive grasp of biological concepts, coupled with their practical applications in the realm of engineering. By adopting a creative, applied, and design thinking approach, PBL enables students to traverse the intricacies of the biology course effectively. In the Biology for Engineers course, PBL activities are strategically designed to facilitate a step-by-step acquisition of in-depth knowledge and a nuanced understanding of the real-life applications of biology in engineering contexts.This deliberate approach not only augments students' experiential learning of biology but also nurtures their creativity. Significantly, the PBL methodology empowers students by instilling a sense of ownership over the course, thereby contributing to their overall academic and professional development. Keywords—Learning, Course, Problem based Learning, Activity, Biology.