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Co-curricular Immersion as a Public-Private Capacity Building Activity
Anish Reddy1, Jennifer Sieg1, Emily Ristevski1
1Case Western Reserve University, Cleveland, OH USA.
This study presents a public-private partnership model for engineering education, enhancing co-curricular learning and capacity-building for non-profits. The approach aligns student volunteerism with organizational needs, creating mutually beneficial outcomes.
Area of Science:
- Engineering Education
- Biomedical Engineering
- Non-profit Capacity Building
Background:
- The COVID-19 pandemic intensified challenges in providing immersive co-curricular activities for engineering students, especially in biomedical fields.
- Non-profits face difficulties in building capacity for consistent service delivery due to the short volunteer lifecycle of university students.
- Aligning student volunteerism with non-profit needs presents a significant challenge for sustainable program development.
Purpose of the Study:
- To outline a strategy for co-curricular learning using a public-private partnership model.
- To demonstrate how capacity-building methods can yield mutually beneficial outcomes for educational institutions and non-profit organizations.
- To address the misalignment between student volunteer lifecycles and non-profit service needs.
Main Methods:
- Leveraging a private-public partnership to structure co-curricular learning experiences.
- Implementing capacity-building strategies tailored to the needs of non-profit organizations.
- Utilizing case studies to illustrate the practical application and outcomes of the partnership model.
Main Results:
- The public-private partnership effectively addresses the service motivation of students and the operational needs of host organizations.
- Mutually beneficial outcomes were achieved for both the educational institution and the non-profit partners.
- The proposed strategy facilitates consistent service delivery by non-profits through structured student engagement.
Conclusions:
- Public-private partnerships offer a viable solution for enhancing co-curricular engineering education, particularly in biomedical fields.
- This model successfully bridges the gap between student volunteer availability and non-profit organizational requirements.
- The capacity-building approach fosters sustainable collaborations, benefiting students, universities, and the community.
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