- Can computation thinking help learners become better problem solvers?
Computational thinking helps learners become better problem solvers by teaching them to break down problems, find patterns, and plan steps to solve them. For kindergarteners, this could be sorting activities or puzzles that build basic thinking skills. In middle school, students might use coding and more complex logic to solve problems. Starting with simple activities and building up, computational thinking teaches students to tackle challenges step by step, helping them become more confident problem solvers.
- Discuss how gameplay can be used as a tool to make traditionally less popular topics more engaging for some learners.
Gameplay can make subjects like math, which I personally find difficult or boring, more enjoyable and engaging. Games turn math into a more engaging challenge, where students solve puzzles, practice skills, and explore numbers in a hands-on way. For instance, a math game might involve solving equations to reach a new level or earn rewards. This approach makes learning feel fun and less intimidating, building students’ confidence and interest. By making math feel like a game instead of a chore, gameplay can help students feel more excited and motivated to learn.