Robotics: a tool to teach Stem
The ROBOTC for VEX training at Pioneer High School was led by Jesse Flot, a Research Programmer & Senior Software Engineer for the Robotics Academy at Carnegie Mellon University (CMU), and Josh Jarvis, the lead developer for CMUs CS-STEM Network. In attendance were nearly thirty participants from various districts across the region (Allegany-Limestone CSC, Andover CSD, Belfast CSD, Bolivar-Richburg CSD, CA-BOCES Belmont CTE, CA-BOCES ISS, CA-BOCES ISS, Cattaraugus-Little Valley CSD, Cuba-Rushford CSD, Ellicottville CSD, Franklinville CSD, Fillmore CSD, Genesee Valley CSD, Hinsdale CSD, Pioneer CSD, Salamanca City SD, Scio CSD, and Whitesville CSD).
What is a robot, and what can we can we teach with it? These were the first two questions that Jesse Flot used to open the ROBOTC for VEX training. The first question is fairly direct: what is a robot? Perhaps you define a robot as something like Wall-E, or maybe to you a robot is Arnold Schwarzenegger from the Terminator. The definition is as simple as SPA: a robot is a device that has the ability to sense, plan, and act. What can we teach with a robot? This second question is more difficult to answer unless we first reflect on how we teach rather than the content of our teaching.
When teaching Algebra 1, my students would struggle with the concept of completing the square to rewrite quadratic expressions. Rather than using the skill of completing the square as a tool to accomplish a goal, I made the skill the learning goal; ultimately, it was not until I provided students with the necessary tools and shift my focus (using GeoGebra) that they were able to better understand the process of completing the square, how to use it, and when to use it. Similarly, “project-based learning (PBL) involves learning through projects rather than just doing projects,” says John Spencer. In other words, the goal of PBL is to focus on the learning process rather than a culminating project. Jesse explained what can be taught with robotics in the same way; he said, “the Robotics Academy at CMU uses robotics as a tool to teach programming; however, you can use robots to teach many other subjects and skills such as mathematics, physics, communication, teamwork, and time management.”
With these questions answered and an understanding that the VEX robots were a tool used to help teach programming, Jesse and Josh led participants through two days of hands-on training with the programming of ROBOTC as well as the hardware of VEX robots. Participants explored intuitive and basic commands using the block coding features of ROBOTC in conjunction with the physical features of the VEX robot the first day, and on day two, participants made the progression to virtual reality with Robot Virtual World software (RVW) and explored how the text commands of ROBOTC differ from its block coding commands.
In addition to Jesse’s 16 years of experience at CMU (12 of which being in professional development), the Robotics Academy’s research-based practices helped guide the hybrid training model. From anticipating participant questions to providing examples of student questions that participants should anticipate, Jesse and Josh led participants through a highly productive two days of learning. Jesse and Josh will continue this hybrid training online from mid-February through March in which participants will gain additional knowledge of the ROBOTC language, continue to track their progress with CMUs learning management system, and explore additional features of VEX robotics.
By: Mark Beckwith, CA BOCES Professional Development
Your comment will be posted after it is approved.
Leave a Reply.
Follow us on