Program Overview
Degree abbreviation
A.A. in Faith-Based Engineering (Specialization in Infrastructure, Community Development)
Total program length
60 semester credit hours
Normal completion time
Two academic years
General education
18 credit hours
Faith-Based Engineering core
30 credit hours
Professional application courses
9 credit hours
Capstone requirement
3 credit hours
The Associate of Arts in Faith-Based Engineering is an interdisciplinary program designed to equip students with a robust foundation in technical infrastructure development and community-centered engineering principles. By integrating scientific rigor with ethical stewardship and servant leadership, the curriculum explores how infrastructure—ranging from sanitation and water systems to housing and energy—serves as a vital instrument for flourishing in diverse communities. Students engage with the intersection of structural development and social responsibility, ensuring that technical solutions are both sustainable and culturally responsive to the needs of the populations they serve. The program emphasizes a holistic approach that bridges technical design with the moral and ethical dimensions of civic development, encouraging graduates to view engineering as a form of ministry and public service. Through a blend of foundational mathematics, physical sciences, and social engagement, the degree fosters the analytical skills required to address complex, real-world problems in marginalized or developing environments. Graduates emerge prepared to facilitate community growth through sustainable resource management, project coordination, and technical support that aligns with principles of integrity and social equity.
The Associate of Arts in Faith-Based Engineering (Specialization in Infrastructure, Community Development) provides a comprehensive foundational study in engineering principles integrated with moral and ethical frameworks. The program emphasizes human development, effective communication, and the strategic deployment of community resources to address infrastructure challenges. Students engage in supportive service practices that reflect faith-based values, preparing them to contribute meaningfully to engineering solutions that prioritize both technical efficacy and the holistic well-being of the communities they serve.