Why Earn Your Robotics and Artificial Intelligence Degree at Saint Leo University?

Saint Leo University’s Bachelor of Science in Robotics & Artificial Intelligence degree offers students a full-time degree program at the University Campus. One of the most innovative and rapidly growing areas, the fields of robotics and artificial intelligence are beginning to play an important role in many aspects of modern society, such as automation, manufacturing, the defense industry, commerce—like Amazon—and the healthcare industry to mention a few. Rapid advancements in manufacturing, technology and the opening of new markets around the globe, is creating a surge in the demand for robots and highly skilled robotics engineers, which is expected to grow well into the 21st century.

The B.S. Robotics & Artificial Intelligence degree prepares its graduates for a diverse range of careers in the robotics and automation industry. The curriculum provides depth and breadth in fundamental theory and practical applications to prepare students to design, implement, and evaluate robotics technology to solve real world problems.

Learning Experience:

 Campus

Est. Time to Complete:

4 years

Credit Hours:

120 hours

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Robotics and Artificial Intelligence Program Details

This degree program is designed to prepare students for entry-level careers in Robotics and AI. Students learn robotics principles, design and operation, through hands-on project-based experiential learning activities embedded throughout the curriculum. Students will develop a solid conceptual grounding, apply theoretical knowledge in a practical setting, and gain the expertise they will need to target a number of industries, including manufacturing, healthcare, and information technology.

Five key program features and differentiators of this degree at Saint Leo University include:

• Diverse and Experience Faculty: Saint Leo boasts small classes and low student-to-faculty ratios, with most classes taught by PhD-level professors whose greatest interest is helping students succeed. Because of our small class sizes, Saint Leo professors can offer students personalized attention and are easily accessible for assistance and advice.
• Unique Program: The B.S. Robotics & Artificial Intelligence degree is a unique program that combines the disparate but inter-related fields of robotics and artificial intelligence.
• In-demand Field: According to U.S. Bureau of labor Statistics employment outlook for professionals working in the area of robotics is projected to grow 9 percent over the next five years. The projections for employment are particularly strong in Florida, Georgia, and South Carolina with growth rates that exceed the national averages.
• Outstanding Resources: Students can hone their skills in three fully equipped computer labs, a Cybersecurity Lab, a Software Engineering Lab, a state-of-the-art Robotics & AI Lab, and classrooms equipped with state-of-the-art SMART Board technology.
• Experiential Learning Opportunities: Internship opportunities with local and state government agencies, active student organizations such as Citibank, Cisco, Verizon, Tech-Data, ReliaQuest, Disney, and many other local organizations.

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• What are the on-campus facilities like?

  Students who pursue their degrees at Saint Leo’s main campus near sunny Tampa Bay, Florida, join a community of enthusiastic learners just like them. 

  Nursing students enjoy plenty of engaging learning opportunities both inside and outside the classroom, as well as exciting departmental events.

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Career Outlook

No matter which learning experience you choose, you will receive plenty of professional development opportunities, industry knowledge from expert professors, and support from the Saint Leo community. All this together means that you will be ready for a successful career or continued studies upon graduation.

What skills you will learn?

• Identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
• Apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare.
• Evaluate and integrate the mechanical, electrical, and computational components of a cyber-physical robotics system

• How will you gain real experience?

  Robotics?is a discipline that combines computer hardware, electrical, mechanical, sensing, and computer science in real time. The curriculum includes foundational courses in embedded system design, electronics system design, fundamentals of mechanical systems, robotics system design, applications of artificial intelligence in intelligent robotics, Machine Learning and Intelligent Systems.

  The first two years will cover the fundamentals of the broader subject area (Computer Science) by encompassing topics in computer programming, modelling, software engineering, databases, robot systems design, and computer hardware. The third and fourth year will cover topics such as robot controllers, artificial intelligence, project management, and will culminate with a significant capstone project. The curriculum for the degree program will require students to complete 120 credit hours of course work.

What can you do with an undergraduate robotics and artificial intelligence degree?

The B.S. Robotics and Artificial Intelligence degree prepares its graduates for a wide array of interesting and diverse occupations that include robotics technologists, manufacturing engineers, robotics automation specialists, robotics software developers, artificial intelligence professionals, machine learning professionals, software engineers, electromechanical and mechatronics technologists. In addition to the more traditional opportunities within the field, the expanding area of artificial intelligence is the next big frontier in the application of computing technology to improve manufacturing and business processes. Robotics and Artificial Intelligence specialists can be found in many different working environments, including “academia, research, industry, government, private, and business organizations.” This variety provides significant flexibility when it comes to finding the right fit for where and how a person prefers to work.

Examples of careers for students graduating from this program include:

• Industrial Robot Design
• Mechatronics
• Medical Robotics
• Autonomous Vehicles Research
• Unmanned Aircraft Systems
• Manufacturing Automation
• Controls Engineering

Professional Development Opportunities

Several key professional development opportunities include:

• Internships: Our students have interned with Citibank, Cisco, ReliaQuest, Verizon, Tech-Data Corporation, Pasco County Sheriff’s Department, and many other local organizations and departments at Saint Leo.
• Technology: Students can hone their technical skills in three fully equipped computer labs, a Cybersecurity Lab, a Software Engineering Lab, a state-of-the-art Robotics & AI Lab.
• Co-curricular activities: Students can participate in a variety of activities organized by the student-run Computer Club and eSports Club.
• Capture-the-Flag Cyber Hackathons: Students can compete for prizes in the annual Capture-the-Flag cyber hackathon events that test their mastery of programming and cybersecurity skills.
• Memberships: Outstanding students may be selected for induction into Saint Leo’s Omicron Chapter of Upsilon Pi Epsilon, the international honor society for distinguished scholars in the computing and information systems disciplines

• School of CARDS

  Saint Leo University’s Center for Cybersecurity Education (CCE) is housed under the Department of Computer Science and Information Systems in the College of Business. The center strives to strengthen the undergraduate and graduate curricula of the university’s cybersecurity degree programs and create a knowledgeable and skilled workforce to supply a steady stream of cybersecurity professionals for both private and public sector roles. In addition, the center supports student and faculty with cutting-edge applied cybersecurity research.

  Our academic programs include both undergraduate and graduate degrees, which are supported by a state-of-the-art cybersecurity lab, a cyberforensic lab, and two computer science labs. Graduates from our programs are equipped with knowledge and experience to pursue careers in the IT industry or advanced research degrees. Faculty and students conduct research on a wide range of topics such as cryptography, database security, information systems security, mobile security, and network security. Plus, the center serves both public and private organizations by providing training and research on current cybersecurity threats and vulnerabilities.