PROGRAM OVERVIEW
The eDGE: eSTEM Designing Games for Education aims to collaboratively design and integrate mathematics-intensive computational thinking activities, which are relevant and interesting for all students. Classrooms infused with the eDGE Project guide students to design and program games and simulations that address mathematical concepts including: probability, proportional reasoning, statistical reasoning, functions, and the use of local and global variables. The eDGE Project empowers students to explore mathematics and science concepts at a deep level using programming and computational thinking. At the same time, the project addresses district, state, and national standards for math, computer science, and STEM education.
The eDGE: eSTEM Designing Games for Education aims to collaboratively design and integrate mathematics-intensive computational thinking activities, which are relevant and interesting for all students. Classrooms infused with the eDGE Project guide students to design and program games and simulations that address mathematical concepts including: probability, proportional reasoning, statistical reasoning, functions, and the use of local and global variables. The eDGE Project empowers students to explore mathematics and science concepts at a deep level using programming and computational thinking. At the same time, the project addresses district, state, and national standards for math, computer science, and STEM education.
FORMAT AND CONTENT
The eDGE teacher professional development program includes two facilitated, self-paced courses that are designed to teach the programming and mathematical connections for interactive and engaging student learning. eMINTS trainers lead coaching sessions to provide teachers with support in order to ensure successful implementation in the co-development of engaging activities. With EIR grant-funding, eMINTS provides schools with computers and software for teachers and students who commit to joining this eDGE Grant Project. |