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Associate of Arts in Faith-Based Robotics (Specialization in Technological Innovation for Development)

Academic unitCollege of Computer ScienceTotal credits60Estimated duration2 yearsSource documentAssociate_of_Arts_in_Faith_Based_Robotics__Specialization_in_Technological_Innov.docx

Program Overview

Official program overview

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.

Program Facts

Program facts

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
Professional application courses
9 credit hours
Capstone requirement
3 credit hours
Academic unit
College of Computer Science
Total credits
60
Duration
2 years

Program Description

Official program description

Learning Outcomes

Student learning outcomes

  • Analyze the operational principles of robotic systems to assess their functional efficiency and appropriateness for specific community development goals.
  • Design and implement basic autonomous systems using industry-standard programming languages and hardware components.
  • Evaluate the societal and ethical implications of robotics technologies from the perspective of stewardship and servant leadership.
  • Integrate technical innovation with community-based problem-solving strategies to address resource scarcity and logistical challenges.
  • Communicate complex technical concepts to diverse stakeholders using professional, clear, and audience-appropriate language.
  • Apply ethical decision-making frameworks to ensure that technological interventions promote human dignity and social equity.

Admission Requirements

Admission and entry requirements

Prospective students must possess a high school diploma or equivalent, demonstrating a foundational aptitude in mathematics and science. Applicants are expected to submit official transcripts and a personal statement outlining their interest in the intersection of technology and community service, reflecting an alignment with the institutional mission of faith-based engagement. Culminating Project The Capstone Project serves as the final, integrative experience for students, requiring them to design and prototype a robotic solution for a specific community-related challenge. Students must articulate how their project demonstrates responsible stewardship of resources, ethical application of technology, and a commitment to servant leadership. The scope of the project requires an analysis of community needs, the development of a functioning technical model, and a written justification of the project's long-term benefit to the organization's mission. The project is weighted at 4 credit hours and encourages students to synthesize their technical training with their spiritual formation. By engaging in this intensive research and development process, students demonstrate both academic competence in robotics and the character development necessary for faith-informed service. The final deliverable includes a comprehensive technical report and a formal presentation that highlights the project’s capacity to support the organizational goals of community-based entities.

Program Structure

Official program structure

Program Details

  • Total Credits: 60
  • Duration: 2 years
  • Degree Level: Associate

Semester-by-Semester Curriculum

Official course sequence

Year 1

Semester 1

16 credits
CodeCourse TitleCreditsPrerequisite
ENG101Academic Writing and Research4None
View Description

This course focuses on developing critical writing and information literacy skills necessary for professional discourse. It emphasizes logical argumentation and clear communication of ideas. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

MAT150Introduction to Computational Mathematics4None
View Description

Students explore the mathematical foundations required for programming and robotics, including logic, discrete mathematics, and linear algebra. The course applies these concepts to real-world calculations. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

LDR110Foundations of Organizational Leadership4None
View Description

This course explores leadership theories and practices within the context of mission-driven organizations, focusing on strategic decision-making and personnel management. Students evaluate effective group dynamics and motivational strategies in diverse workplace environments. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

ROB101Introduction to Robotic Systems4None
View Description

An introductory overview of the hardware and software components that define modern robotic systems. Students examine sensors, actuators, and basic control mechanisms. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

Semester 2

16 credits
CodeCourse TitleCreditsPrerequisite
CS120Programming for Robotics4MAT150
View Description

Focuses on language acquisition and coding structures specifically for hardware control and sensor integration. Students write code to execute basic autonomous maneuvers. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

SOC210Sociology of Technology4None
View Description

This course investigates the impact of emerging technologies on social structures and community health. It promotes the ethical evaluation of technological dissemination in society. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

ROB150Sensors and Data Acquisition4ROB101
View Description

Students learn how to collect, filter, and interpret data from various robotic sensors. Emphasis is placed on accuracy and reliable performance in field environments. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

BUS205Nonprofit Resource Stewardship4CHR110
View Description

An analysis of financial and material resource management within nonprofit frameworks. Students apply principles of accountability to organizational sustainability. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

Semester 3

16 credits
CodeCourse TitleCreditsPrerequisite
ROB210Autonomous Navigation Systems4CS120
View Description

Explores the algorithms used for pathfinding, obstacle avoidance, and mapping in dynamic environments. Students practice implementing these systems in simulated settings. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

ETH250Ethics in Technological Innovation4SOC210
View Description

A rigorous examination of ethical dilemmas surrounding AI and automation, emphasizing the protection of human dignity. Students develop a framework for responsible innovation. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

MGT220Project Management for Community Service4BUS205
View Description

Teaches the essential skills for planning, executing, and monitoring community-based technical projects. Emphasis is placed on timeline management and team collaboration. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

ROB230Mechanical Design and Fabrication4ROB150
View Description

Provides practical experience in the design and 3D prototyping of physical robotic components. Focuses on structural integrity and sustainable materials. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

Year 2

Semester 4

16 credits
CodeCourse TitleCreditsPrerequisite
CAP299Robotics Capstone Project4ROB210, MGT220
View Description

The culminating project where students design, build, and document a robotic solution for a real-world community challenge. Students demonstrate integration of technical skill and ethical reasoning. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

COM240Technical Communication4ENG101
View Description

Students practice translating complex technical specifications into actionable documents for non-technical stakeholders. Focuses on clarity, empathy, and professional integrity. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

ROB260Systems Maintenance and Repair4ROB230
View Description

Teaches strategies for long-term troubleshooting and maintenance of autonomous systems in diverse settings. Emphasizes sustainability through preventive care. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

HUM280Community Engagement Seminar4ETH250
View Description

A final synthesis course discussing the integration of personal vocational calling with service to vulnerable populations. Encourages reflection on the role of technology in social justice. This course prepares students in supporting faith-based, nonprofit, community organizations' missions.

Major / Core Requirements

Major and core requirements

General education | 18 credit hours

  • Faith-Based Robotics core | 30 credit hours
  • Professional application courses | 9 credit hours

Final Project Requirement

Final project requirement

Capstone requirement | 3 credit hours

  • Code | Title | Credits | Prerequisites
  • ENG101 | Academic Writing and Research | 4 | None
  • MAT150 | Introduction to Computational Mathematics | 4 | None
  • LDR110 | Foundations of Organizational Leadership | 4 | None
  • ROB101 | Introduction to Robotic Systems | 4 | None
  • Code | Title | Credits | Prerequisites
  • CS120 | Programming for Robotics | 4 | MAT150
  • SOC210 | Sociology of Technology | 4 | None
  • ROB150 | Sensors and Data Acquisition | 4 | ROB101
  • BUS205 | Nonprofit Resource Stewardship | 4 | CHR110
  • Code | Title | Credits | Prerequisites
  • ROB210 | Autonomous Navigation Systems | 4 | CS120
  • ETH250 | Ethics in Technological Innovation | 4 | SOC210
  • MGT220 | Project Management for Community Service | 4 | BUS205
  • ROB230 | Mechanical Design and Fabrication | 4 | ROB150
  • Code | Title | Credits | Prerequisites
  • CAP299 | Robotics Capstone Project | 4 | ROB210, MGT220
  • COM240 | Technical Communication | 4 | ENG101
  • ROB260 | Systems Maintenance and Repair | 4 | ROB230
  • HUM280 | Community Engagement Seminar | 4 | ETH250
  • CAP299Robotics Capstone Project4 credits

Graduation Requirements

Graduation and completion requirements

  • To qualify for graduation, students must complete 60 credit hours with a minimum cumulative GPA of 2.0, ensuring proficiency across both general education and technical courses. In addition to academic coursework, students must successfully complete the Capstone Project and participate in designated community service and spiritual formation activities, which reinforce the institution's commitment to character development and ethical integrity.
  • Graduation reflects not only the mastery of technical concepts but also the development of a faith-informed perspective that emphasizes service, humility, and the ethical use of technology. Students are expected to demonstrate readiness for professional contributions by showing a commitment to the mission of organizations that serve the marginalized and provide essential community support. Through this holistic preparation, graduates emerge as professionals who possess both the competence to innovate and the integrity to lead in their respective fields.

Career Opportunities

Career opportunities

Career Opportunities

  • Community Outreach Robotics Coordinator
  • Nonprofit Operations Technician
  • Technical Support Specialist for Humanitarian Aid Groups
  • Community Development Automation Assistant
  • Faith-Based Initiative Technical Consultant
  • Small-Scale Agricultural Robotics Analyst

Additional Official Information

Additional source information

Important Notices

  • The program educates ethical professionals who demonstrate technical excellence, servant leadership, professional integrity, and a commitment to apply sound principles to advance faith-based organizations, strengthen communities, and contribute responsibly.
  • HBIU is a lawfully operating nonpublic faith-based postsecondary institution that maintains its status under section 1005.06(1)(f), Florida Statutes. The University annually affirms its compliance with the requirements applicable to faith-based institutions in Florida through Commission for Independent Education.
  • HBIU accreditation from QAHE (for quality assurance in pre-tertiary and higher education mechanisms). QAHE offers globally recognized accreditation and quality assurance for higher education, training providers, and professional institutions worldwide. Students should consider the nature and scope of this recognition in relation to their individual certification and professional goals.
  • Transfer credit is evaluated individually based on course content, credit hours, grades, institutional documentation, program requirements, and applicable university policies. Although HBIU provides academically structured programs, no institution can guarantee that another college, university, employer, licensing board, or credential-evaluation service will accept its credits or credentials. Students are encouraged to obtain advance written confirmation from the intended receiving organization.
  • The program develops academic knowledge and applied competencies for service in faith-based organizations, nonprofit institutions, community programs, and related professional environments. Some occupations associated with the subject area may be regulated by governmental or professional authorities. A degree from HBIU demonstrates completion of the University's academic requirements but does not, by itself, confer professional licensure or legal authority to perform regulated services.
  • Where a program is related to an external certification, eligibility is determined exclusively by the applicable certifying organization. Certification bodies may establish additional requirements involving education, examinations, experience, background screening, continuing education, or membership. HBIU does not guarantee certification eligibility or examination approval unless a formal written agreement expressly provides otherwise.
  • Career and occupational information is provided to help students make informed educational decisions. Employment outcomes depend on factors such as the graduate's experience, geographic location, professional qualifications, employer requirements, economic conditions, interviewing ability, and any applicable licensure or certification requirements. Completion of a program does not constitute a promise of employment, promotion, job placement, or a particular occupational title.
  • This program is delivered through online instruction. Students must have access to the technology, equipment, internet service, software, and learning resources identified in the University's technology requirements.
  • Internship or field-experience participation is subject to academic eligibility, site availability, supervisor approval, and the requirements of the participating organization. The University assists students with the placement process but cannot guarantee placement with a particular organization, supervisor, location, or schedule.
  • Students are responsible for reviewing the catalog, understanding program requirements, providing accurate information, meeting academic and financial obligations, and verifying whether the program supports their intended educational or professional goals.
  • Completion of a University program does not authorize a graduate to use a professional title that is protected or restricted by law. Graduates must use titles that accurately reflect their education, credentials, employment role, and current licensure or certification status.
  • Degree abbreviation | A.A. in Faith-Based Robotics
  • Total program length | 60 semester credit hours
  • Normal completion time | Two academic years