-
Science and Technology: Probing into the Future
The purpose of this project is to see if engagement and understanding is improved through the use of modernized equipment that will not only engage students in their learning, but also allow them to collect more accurately the data.
Keyword(s):
-
Using Google Maps, Earth and Street View to Enhance Inquiry-Based Learning
How can Google Maps, Earth, Street View and VR help enhance inquiry-based learning across the curriculum?
-
Using Three-Act Math and Technology to Improve Student Engagement and Increase Conceptual Understanding in Mathematics
Area(s) of Focus: math, technologyDivision(s): IntermediateLevel(s): Grade 6, Grade 7, Grade 8Resource(s) Available:Having experienced success with Three-Act Math, we were interested in pursuing more time to research and create a teacher-friendly Resource of Three-Act Math and related online activities. This resource would align to the Ontario Math Curriculum.
-
Employing Technology and Modern Learning Strategies in Science and Math College Courses
Area(s) of Focus: math, technologyDivision(s): SeniorLevel(s): Grade 11, Grade 12Resource(s) Available:The goal was to change the way our college-level students approached and engaged with the science and math curriculum by employing technology in the classroom that supports, augments and implements modern learning strategies.
-
Geotricity 2.0
Area(s) of Focus: technologyDivision(s): IntermediateLevel(s): Grade 7, Grade 8Resource(s) Available:Geotricity 2.0 provides transdisciplinary learning through STEM and geography connecting students with their community in real-life application of problem-based learning. Students and teachers increased collaboration and learning through GAFE.
