Program Overview
Degree abbreviation
A.A. in Faith-Based Robotics
Total program length
60 semester credit hours
Normal completion time
Two academic years
General education
18 credit hours
Faith-Based Robotics core
30 credit hours
Professional application courses
9 credit hours
Capstone requirement
3 credit hours
The Associate of Arts in Faith-Based Robotics program is designed to provide students with a foundational understanding of mechanical engineering, computational logic, and ethical innovation within the context of community development. Students engage with the technical rigors of robotics while exploring the societal impact of automation, ensuring that their work is guided by principles of stewardship and service to the common good. Through a blend of theoretical study and practical application, the curriculum emphasizes the design, development, and implementation of robotics solutions tailored to address challenges in diverse community settings. The program fosters a commitment to excellence, encouraging students to view technological progress as a vehicle for positive social transformation and humanitarian aid. By integrating technical expertise with an ethical framework, graduates are prepared to contribute meaningfully to organizations that prioritize the welfare of their communities. The program ensures that all technical endeavors are rooted in a culture of accountability, integrity, and servant leadership, preparing students to be mindful practitioners in the rapidly evolving field of autonomous systems.
The Associate of Arts in Faith-Based Robotics provides foundational study in mechanical engineering, algorithmic logic, and computational theory, integrated with a comprehensive understanding of human development, effective communication, and ethical decision-making. Students examine the intersections of technological advancement and community impact, developing competencies in the stewardship of digital and physical resources to support service-oriented initiatives. By blending technical proficiency with a disciplined ethical framework, the program prepares individuals to engage in the design and implementation of robotics solutions that address contemporary societal needs.