Existing Systems - adaptive-learning/flocs GitHub Wiki

To Explore (try and make notes):

• https://studio.code.org/
• LightBot http://lightbot.com/ (intuitive on tablet, tested on 5-years old child, two types of move - walk and jump, which makes some tasks more interesting when you have to put correct 'statement')
• Robozzle http://www.robozzle.com/ (~ Robotanik = ligtbot + colors, enabling difficult tasks with recursion)
• several online courses on Coursera, Udacity, EdX, ...
• Khan Academy, Khanova škola
• KSI and other correspondence seminar on computer science, programming etc.
• Hour of Code and code.org in general
• Problem Solving Tutor (Robotanik, Karel, ...)
• HackerRank
• InterLoS
• https://www.kodable.com
• projects with Blockly: https://developers.google.com/blockly/about/showcase
• TED Blog: 10 places where anyone can learn to code
• Lego Mindstorms
• Scratch https://scratch.mit.edu/
• Alice http://www.alice.org/
• http://en.wikipedia.org/wiki/Category:Educational_programming_languages
• http://en.wikipedia.org/wiki/Category:Visual_programming_languages

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KIBO: Programming robots with wooden blocks

• short promo video
• article in The Economist

Project Euler

List of several hundreds of problems with one correct answer (e.g. number) and answer checker.

• prerequisite: programming in any language, [algorithms and data structures]
• recommendation: implicit by problem ordering, no personalization
• motivation:
  • levels (new level for 25 solved tasks)
  • badges (e.g. for solving first 3 problems, 10 consecutive problems, fifty prime numbered problems, first 12 Fibonacci numbered problems)
  • comparison with your friends
  • statistics page with several leaderboards (e.g by country, by language, by problems solved)
  • special score and performance measure for solving recent (new) problems (see https://projecteuler.net/eulerians)
• popularity: >500K registered members who have solved at least one problem, >75K members who solved over 25 problems