Robotics Workshop
Robotics Workshop
Embedded Files
The Thames & Kosmos Robotics Workshop Kit is a hands-on STEM resource that introduces students to the fundamentals of robotics, mechanics, and programming. With over 200 building pieces, students can construct a variety of robot models that use motors, sensors, and gears to perform tasks and respond to commands. The kit includes a visual programming interface, making it easy for students to code their robots using a drag-and-drop system. Perfect for exploring real-world applications of engineering, problem-solving, and coding in an engaging, interactive way—ideal for upper elementary through middle school learners.
Maker-STEAM Checkout Inventory
Robotics Workshop Kit (4)
Age Recommendation
10+
Getting Started Video
Getting Started Video
Resources
**Note: Make sure the software you are looking to use is currently approved.
Tips
🧠 Getting Started
🧠 Getting Started
Read the manual together – The kit includes a detailed instruction book; walk students through the basics before diving in.
Sort parts before building – Keep pieces in trays or containers to reduce confusion and save time during builds.
Start simple – Begin with the basic models to build confidence before tackling more complex designs.
🛠️ Building Tips
Double-check part alignment – Many pieces look similar; ensure students use the correct size and orientation.
Work in steps – Have students complete one instruction step at a time to avoid frustration or missed pieces.
Encourage teamwork – Have students work in pairs or small groups with assigned roles (e.g., Builder, Programmer, Tester).
💻 Programming Guidance
Install the software early – Use the included software and test it ahead of time for functionality.
Practice flowchart logic – The software uses visual programming with flowcharts, teach students how logic flows step-by-step.
👩🏫 Classroom Tips
Set clear build goals – Give students a specific robot to build during each session to keep them focused.
Have a troubleshooting station – Designate a spot where students can get help or trade parts if something’s not working.
Use reflective questions – Ask students to explain how the robot moves, what sensors do, and how they programmed it.
🌟 Extension Ideas
Modify builds – Challenge students to add sensors or tweak designs to improve performance.
STEM integration – Tie into science (motion, energy), math (angles, measurements), or ELA (technical writing).
Run challenges – Set up obstacle courses or tasks for the robots to complete using student-written code.
Activities and Lessons
Refer to the manual for building instructions.
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