The world needs more innovators, creators, and thinkers.  Simply put, there is a growing societal need to enhance Science, Technology, Engineering, and Mathematics (STEM) learning in classrooms. This is especially prevalent at the elementary and middle school levels, where there is a call for integrated learning programs that allow teachers to engage students in creative and meaningful ways, while also meeting today's rigorous academic standards.

The world needs more

innovators, creators, and thinkers


At St. Luke, girls and boys in the Primary Years Programme are introduced to the engineering concepts via the Robotics Program.  This early exposure kindles their interest in STEM.  Middle Years Programme students are able to sign up for a Robotics elective where they take a deeper dive into design, trial and error, implementation and function.

 A STEM Education Revolution 

kim huntamer, robotics director

Robotics is being taught in the Primary Years Program in grades 1st through 5th within the science unit.  


A more extensive look at Robotics is taught in an elective offered to the 6th, 7th and 8th grade students.

robotics in grades 1-8

Robotics teacher, Kim Huntamer, has vast experience at coaching from his long tenure as a soccer coach.  He enjoys leading students in engineering challenges that stretch their imaginations and practices their problem solving abilities.  He enjoys the constant surprise of imagination and discovery in students.  Students with all kinds of different strengths can make an impact with this program.  It is challenging to both the individual and to the team as a whole.

curriculum topics 

Unit A: It’s Your Future – Learn about STEM, engineering, and robotics

Unit B: Let’s Get Started – Learn about VEX IQ, the Controller, and the Robot Brain

Unit C: Your First Robot – Build and test Clawbot IQ

Unit D: Simple Machines & Motion – Explore Levers, Pulleys, Pendulums, & more

Unit E: Chain Reaction Challenge – Design fun devices using Simple Machines

Unit F: Key Concepts – Explore and apply science and math that engineers use

Unit G: Mechanisms – Motors, Gear Ratio, Drivetrains, Object Manipulation & more

Unit H: Ringmaster Challenge – Build a challenge-ready teleoperated robot

Unit I: Smart Machines – Learn how sensors work and the basics of programming

Unit J: Chain Reaction Programming Challenge – Apply sensor and programming knowledge to automate fun devices

Unit K: Smarter Machines – Expand your knowledge of sensors and programming

Unit L: Ringmaster Programming Challenge – Build a challenge-ready autonomous robot