Author(s):
Active learning strategies significantly improve student outcomes, especially for disadvantaged and underrepresented STEM students at HBCUs, where 83% are first-generation and low-income. Implementing effective pedagogical methods is critical to supporting degree attainment, career readiness, and economic mobility. HBCUs face the challenge of equipping STEM majors with necessary skills, underscored by students’ socioeconomic backgrounds, demanding innovative teaching to foster academic excellence and workforce preparedness.
This research investigates the effectiveness of active learning strategies in enhancing STEM students’ learning experiences and career readiness at HBCUs through plant tours, teamwork, subject matter expert workshops, alumni panel engagement, and internship panel engagement. It examines students’ perceptions of how these strategies aid comprehension in the introductory manufacturing processes course and prepare them for careers in underrepresented fields through internships and co-ops.
Preliminary data analysis from the Applied Engineering Technology 191 class revealed overwhelmingly positive responses to the active learning strategies, with 97% of students agreeing they enhanced learning and job preparation. End-of-course evaluations over five years consistently rated the course and instructor highly at 4.660 on a scale of 5, exceeding university, college, and department averages, indicating sustained success in engagement and satisfaction. Further analysis is anticipated to confirm these findings, demonstrating a positive correlation between active learning strategies and student perceptions of learning efficacy and career readiness. Data was collected from 60 HBCU students through quantitative surveys and course evaluation analysis.
The implications of this research extend beyond the immediate classroom settings of HBCUs, suggesting a transformative approach to STEM education that can be tailored to meet the diverse needs of students from disadvantaged backgrounds. The anticipated findings indicate active learning strategies can significantly enhance HBCU STEM students’ learning experiences and career readiness. If students perceive active learning as highly beneficial, this can inform wider adoption of such practices at HBCUs and similar institutions.
By demonstrating the tangible benefits of active learning strategies in fostering a reciprocal learning environment and preparing students for successful careers, this study advocates for broader adoption of such methodologies across academic disciplines. Improving pedagogy to boost engagement and prepare underrepresented minorities in STEM has far-reaching impacts. It can strengthen the STEM workforce pipeline, increase diversity of thought and perspectives, support economic mobility, and drive innovation and competitiveness.
The anticipated results promise to enhance academic performance and career preparedness among HBCU STEM students and contribute significantly to diversifying the STEM workforce, thereby addressing educational equity and industry needs. Ultimately, active learning strategies offer a powerful means of delivering high-quality STEM education tailored to the needs of a significant yet underserved population. This work underscores the critical role of innovative teaching practices in promoting student success and the importance of preparing graduates who are academically competent and ready to tackle the challenges of their respective fields.
