Master Builders (Camberwell)
Tackle complex problems with LEGO® Robotics, learn testing and debugging, and go from Scratch to Python!
Class Details:
Suitable for: Students Year 3 - Year 6
Time: 3:15pm to 4:30pm
Duration: 8 × 75mins session
Term 2 Dates: Sunday, May 11 - June 29 2025
Term 3 Dates: Sunday, 3 Aug - 21 Sep 2025
Location: Camberwell Community Centre, 33/35 Fairholm Grove, Camberwell VIC 3124
Tackle complex problems with LEGO® Robotics, learn testing and debugging, and go from Scratch to Python!
Class Details:
Suitable for: Students Year 3 - Year 6
Time: 3:15pm to 4:30pm
Duration: 8 × 75mins session
Term 2 Dates: Sunday, May 11 - June 29 2025
Term 3 Dates: Sunday, 3 Aug - 21 Sep 2025
Location: Camberwell Community Centre, 33/35 Fairholm Grove, Camberwell VIC 3124
Tackle complex problems with LEGO® Robotics, learn testing and debugging, and go from Scratch to Python!
Class Details:
Suitable for: Students Year 3 - Year 6
Time: 3:15pm to 4:30pm
Duration: 8 × 75mins session
Term 2 Dates: Sunday, May 11 - June 29 2025
Term 3 Dates: Sunday, 3 Aug - 21 Sep 2025
Location: Camberwell Community Centre, 33/35 Fairholm Grove, Camberwell VIC 3124
Our Master Builder program empowers older primary students to elevate their STEAM skills. Through LEGO® SPIKE™ Essentials and an introduction to LEGO® SPIKE™ Prime, students engage in more advanced coding and robotics projects that foster problem-solving, critical thinking, and engineering knowledge. With focused word block coding, they build resilience, enhance their coding mastery, and gain hands-on experience that prepares them for real-world applications.
What to expect
LEGO® SPIKE™ Essentials/ Prime & iPads Provided: All necessary materials are supplied for hands-on learning.
Teamwork Focus: Students collaborate in pairs to complete engaging missions and projects.
Expert-Led Sessions: Guided by instructors with Working With Children (WWC) checks.
Interactive Projects: Simulated real-life scenarios that bring STEAM concepts to life.
Curriculum Overview
Our Curriculum:
Problem-Solving and Innovation: Students enhance their ability to tackle challenges creatively, applying innovative solutions to coding and robotics projects.
Collaboration and Communication: Develop strong teamwork and communication skills through group projects that encourage sharing ideas and working effectively with peers.
Energy and Physics Concepts: Explore essential energy and physics principles through hands-on activities that blend learning with practical applications.
Advanced Coding and Debugging: Build on foundational coding skills, learning to program with more complex word blocks and introducing Python concepts for more advanced problem-solving.
Programming – Word Blocks & Python: Progress from word block-based programming to introductory Python coding, enabling students to develop logical thinking and versatile coding abilities.
