Artificial Intelligence & Robotics Engineering

Fundamental Requirements

The Academy of Artificial Intelligence and Robotics Engineering is a new program that prepares students for careers at the forefront of artificial intelligence, robotics engineering, autonomous systems, and smart manufacturing. Students progress from foundational engineering concepts to advanced AI and robotics specialization through rigorous technical coursework, hands-on projects, structured internships, and industry-recognized credentials across a progressive four-year sequence.

Learning Experience

Students build, create, code, and solve real-world challenges using some of today’s most exciting technologies. Through hands-on projects, students explore artificial intelligence, robotics, programming, electronics, cybersecurity, engineering, and smart technology. They will design and program robots, build AI-powered projects, work with sensors and smart devices, and discover how technology solves problems and transforms modern workplaces. As they progress, students tackle increasingly advanced projects, complete a senior capstone experience, and participate in a structured internship that connects classroom learning to real careers. Students can also earn industry-recognized certifications in areas such as AI, robotics, cybersecurity, workplace safety, and advanced manufacturing. 

Skills and Prerequisites for Success

Prospective students should have a strong foundation in mathematics and an interest in artificial intelligence, robotics, programming, coding, smart machines,  engineering, and advanced technology. Successful students will be curious, analytical, self-motivated, collaborative, and prepared to solve complex technical problems through hands-on experimentation and project-based learning.

Important Considerations

• Academic Preparation: Strong preparation in mathematics and science is important for success in engineering and advanced technology coursework.
• Technical Curiosity: Students should enjoy understanding how technology works and experimenting with new tools and systems.
• Problem Solving: The program requires analytical reasoning, troubleshooting, and persistence with complex technical challenges.
• Hands-On Learning: Students should be comfortable working with electronics, robotics hardware, tools, software, and laboratory equipment.
• Programming: Students will develop programming skills and apply coding to AI, robotics, automation, and engineering applications.
• Collaboration: Students will work on team-based engineering and technology projects.
• Ethical AI: Students will examine the responsible development and deployment of artificial intelligence.
• Industry Readiness: Students participate in credentialing, professional portfolio development, structured internship experiences, and career preparation.

This program is ideal for students passionate about artificial intelligence and robotics, excited to work across software and hardware disciplines, and committed to pursuing postsecondary studies or careers in engineering, AI, and advanced technology.

Career Pathways in Artificial Intelligence & Robotics Engineering (include but are not limited to):

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