Robotics Program

The Robotics Program immerses students in the engineering, programming, and mechanical systems that drive modern automation and robotic technologies. Through hands-on design challenges, collaborative problem-solving, and experiential learning, students explore how robots are built, controlled, and optimized for real-world applications. This pathway is ideal for students interested in engineering, computer science, automation, manufacturing, or competitive robotics environments.

Highlights

Students can begin with an optional course, Principles of Applied Engineering, which introduces foundational engineering concepts, safety practices, and design processes. In high school, they move into Engineering Design followed by Robotics I, where they learn the fundamentals of mechanical systems, sensors, motors, programming logic, and robot construction. At Level 3, students advance into Robotics II, working with more complex robotic systems while preparing for the Autodesk Certified User – Inventor Certification, an industry-recognized credential used across engineering and design fields.

The senior-year Practicum in Robotics serves as the program’s capstone, allowing students to apply their knowledge through advanced builds, competitive robotics environments, or engineering design challenges. During the practicum, students prepare for and may earn the SolidWorks Associate (CSWA-EDU) certification, providing a strong professional credential for engineering and technical careers. Students who completed the Pre-Level may also receive CCMR credit and Level 3 exam exemptions. This program qualifies students for either the STEM or Business & Industry endorsement.

Benefits & Educational Outcomes

Students develop strong engineering skills, technical problem-solving abilities, and hands-on experience designing and programming robotic systems. They learn to work with industry-standard software, interpret engineering drawings, build mechanical systems, and collaborate as part of a design team—skills that are highly transferable to future STEM careers. With CCMR credit and multiple industry certification opportunities, students graduate well-prepared for college pathways in engineering, computer science, robotics, manufacturing, or technology fields. The program provides students with a competitive edge by blending creativity, technical expertise, and real-world engineering practice.