Earlier this term, Grade 8 students were given a fictional client with identified needs (e.g. lack of physical accessibility, poor time management, problems with studying) and were then tasked with designing a programmable microcomputer to help meet their client’s needs and to create a prototype with craft materials.
In Grade 1, students have been exploring how structures connect people and communities, and have been using their research skills to understand how structures are built.
Technology-integrated learning at Strathcona-Tweedsmuir (STS) focuses on the 5 C's: collaboration, communication, critical thinking and computational thinking. The STS curriculum teaches students to be digitally-literate through the introduction of the fifth 'C', computational thinking. STS recognizes that proper technology integration and education is about the design of the learning experiences that not only help students strengthen their digital abilities, but to also help students think critically about what tool best enables their learning in different situations.
Computational thinking is a fundamental skill that is developed through the STS curriculum – a skill where students view the completed product and work backwards to fully understand the process leading to the finished product. As part of this skill, students must understand the five steps of the design cycle –ask questions, imagine, plan, create, and improve. These steps guide students as they design a solution to a problem.