THE EFFECTIVENESS OF TASK-BASED LEARNING MODULE (TBL) IN ENHANCING MASTERY OF GOOD MANUFACTURING PRACTICE (GMP) IN PHARMACEUTICAL ENGINEERING COURSES FOR CHINESE VOCATIONAL COLLEGES

The issuance of the guidelines for the modernization of vocational education in China by 2025 along with the “Opinions on Promoting the High-quality Development of Modern Vocational Education” highlights the importance of transforming the existing teaching methods and models along with improving the instructional methodologies of vocational education. Despite being a necessary course for pharmaceutical engineering professionals at colleges and universities, the Good Manufacturing Practice (GMP) course struggles to employ an updated teaching technique that is in congruence with contemporary developments. Therefore, this study aims to explore the impact of Task-Based Learning (TBL) on enhancing students' grades, interests, and proficiency in the GMP course. This study has taken into consideration the individual competence and ability of the students along with exploring the challenges faced by teachers in conducting TBL in enhancing mastery of GMP in pharmaceutical engineering courses for Chinese vocational colleges. For an in-depth analysis of this study, a total of 91 students who pursue bachelor degrees in China are selected to conduct the survey. Furthermore, a total of 4 teachers from two classes are selected for the interview, who have minimum 5 years of experience in GMP vocational courses. The results of this study highlight that TBL is significant in enhancing the ability and academic performance of the students. It has been identified that TBL teaching methods can be beneficial for teachers to increase the effectiveness of the instructional methods in vocational courses. However, it has also been identified that the skills of the teachers to stimulate critical thinking among the students are also an important aspect of TBL. The study is conducive to the integration of theoretical perspectives which elaborates on the significance of the study in terms of GMP in pharmaceutical engineering courses in the context of China.