![]() The program reached many students in the Ottawa community in parent and community-run teams. ORC continued to provide an engaging STEM learning experience during a time when many students’ extracurriculars have been impacted by the pandemic. Eight teachers, three parents, and 18 volunteers also participated in this program. A total of 47 students competed, and winners were selected in each of the categories. In the 2022 competition, students chose to participate in the Agility Challenge, the Dancing Robot Challenge, or the Wildlife Ambulance Challenge. ORC encourages young participants to employ their imagination to construct robots to compete in a number of categories. In 2021, the program migrated to a virtual format due to the COVID-19 pandemic. It also provides an entry-point into the world of programming and engineering. ![]() It uniquely offers a low cost and beginner-friendly competition for Ottawa’s youth. ORC is the only volunteer-run robotics competition in Ottawa. ![]() This is a program for students in grades 5 to 12, and it attracts over 600 attendees. Since 2003, the IEEE Ottawa Robotics Competition (ORC) has been Ottawa’s largest volunteer-run robotics competition (IEEE Ottawa Section, R7). post: It’s a pretty cool build.Volunteer engineers are continuously seeking opportunities for exposure to STEM fields with project-based learning that goes beyond the classroom. NFrith provides an overview of his experience of building a remote controlled Lego car with his son at the following Instructables. Lego/Arduino/XBee Remote controlled car: I am amazed at the creativity that people have with combining Lego and Arduino. If you need to include additional servo’s in your lego build, you might consider 3D printing the following component: Download and tinker with the files here: I have not personally tested this platform, but I thought the idea of 3D printing your own Lego pieces really fun. ![]() Lego/Arduino Robot platform: Searching around Thingiverse, I found an notable robot platform enabling you to combine Arduino and Lego together. You will find the sweep example under the “File > Examples” menu in the standard Arduino programming environment. To learn more about programming servo’s using the Arduino platform, check out the following example. In the video above, the maker interfaces their Arduino to the servo to control a small Lego structure. Using cleverly positioned rubber bands, you can interface servo’s Lego bricks and gears. A servo contains a motor that can be precisely positioned using an angle signal. His procedure uses some filing, gluing, common lego’s, and rubber bands.Ĭonnecting Servo’s to Lego: From your local radio shack, you can obtain an inexpensive standard servo for $12.00. In this video by Jaime Mantzel, learn how to steal motors from old electronics and toys and use them in your lego projects. Check out the article here.ĭIY Lego Motors: Official lego motors and kits can be expensive. The case can help you interface the Arduino in your next Lego/Arduino project. Lego Arduino Case: On Instructables, Mr_Oliveira created instructions for building a simple case for your Arduino. I hope that you find these ideas can help inspire your projects and young makers to explore the world of physical computing and robotics. ![]() I started searching for DIY ideas for driving down the cost of tinkering with Lego and Arduino. While my kids really enjoy the Lego Wedo and Lego Mindstorm, those kits can be rather costly. As I have been building Lego toys with my kids, I started to wonder if you could connect Arduino stuff to Lego stuff. Some things just belong together like peanut butter and jelly. ![]()
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