Create and code a 3D game in Roblox holidays camp
25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7
Roblox coding camp in Sydney
25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7
25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7
Roblox coding games for kids
Roblox script coding for kids
25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7

25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7

Regular price
Sold out
Sale price
$60.00
Unit price
per 

Express your interest to be notified when Course "25-29 May - Online Coding Class for Kids - Roblox Level 2 Express - Roblox Coding - Age Y3-Y7" becomes available.

  • Important: Completion of our Roblox Intro Express class or Roblox code camp is required
  • 1.30pm to 3.00pm (1.5 hours every day) - 7.5 hours in total
  • Daily Live step-by-step walk through with our educators
  • Recommended age Y3-Y7 (younger kids participation is at parents consideration)
  • Q&As and quizzes, badges and leader boards
  • Additional tasks to keep your kids busy after the session
  • Roblox introduction course for beginners
  • Learn how to build 3D games
  • Learn real coding
  • Learn 3D modelling
  • Design games and work on challenges
  • Book your coding express class ticket today to secure a place for your child
  • If you need one-on-one session, you may book it additionally at extra cost
  • Learning community to keep students engaged, help each other and collaborate
  • If you miss a session, all sessions videos will be available 24/7 on our learning platform.
  • You will have access to the course learning content in the system for 1 month after the course subscription. Your subscription for the course will last for 1 month.
  • NOTE! you need to complete 1 assignment before the class starts.
  • You will need Mac or Windows computer with the minimum requirements described here.