Enhancing Biomedical Engineering Education: The Impact of Integrated Professional Internships Shaped by Academia and Industry Partnerships
Academic Article in Scopus
The Biomedical Engineering field is rapidly evolving according to technological needs in healthcare and requires professionals with outstanding knowledge, abilities, and competencies. Integrating Professional Internships into undergraduate Biomedical Engineering programs is strongly believed to significantly impact students' skills and competency development, thereby enhancing their professional perspectives, opportunities, and growth. This paper aims to test the impact of professional internships on students' skill and competency development, career prospects, and industry readiness from the perspectives of employers, stakeholders, and students. By analyzing data from surveys on competency levels of Biomedical Engineering students (n=100 out of 180) who participated in professional internships, this longitudinal study explores how these experiences, planned and executed by academia and industry partners, enhance technical skills, problem-solving abilities, and real world application understanding. The analysis included both descriptive statistics and advanced statistical analyses such as ANOVA and chi-square tests. The findings revealed that students who participated in Professional Internships were significantly more likely to receive job offers (p-value =0.0011) compared to their peers who had other experiences. Additionally, ANOVA results indicated that Professional Internships contributed significantly to the development of specific competencies (SBI0300, p=0.0012 and SBI0500, p=0.0001), which are critical for diagnosing problems and managing medical technology. Experience satisfaction and academic performance (GPA) showed no significant differences, suggesting internships did not negatively impact academic achievements. These results underscore the importance of industry-academia collaborations in providing meaningful and practical experiences that prepare Biomedical Engineering students for professional challenges. When these internships are embedded within the curriculum, students demonstrate better preparedness for their careers compared to peers who opted for other experiential learning opportunities. This study provides robust evidence that professional internships substantially enhance employability and competency development in the rapidly evolving field of Biomedical Engineering.
