Teaching and Learning with Technology in Science, Engineering, and Mathematics

Teaching and Learning with Technology in Science, Engineering, and Mathematics

1. Technology Integration Strategies for Science Integration

   • Involving Students in Scientific Inquiry through Authentic Online Citizen Science Projects, Involving Students in Scientific Inquiry through Virtual Experiences, Supporting Specific Processes in Scientific Inquiry, Supporting Science Skills and Concept Learning, Accessing Live or Archived Scientific Information, and Teacher Growth in Technology Integration Strategies for Science

2. Technology Integration Strategies for Engineering Integration

   • Developing technical communication of engineering thinking and design, Engaging students in engineering thinking through makerspaces, Engaging students in engineering through programming, robotics, and simulations, Supporting students in learning to work on engineering teams, and Teacher growth in technology integration strategies for engineering

3. Technology Integration Strategies for Mathematics Integration

   • Bridging the gap between abstract and concrete with virtual manipulatives, Allowing representation of mathematical principles, Supporting mathematical problem solving, Implementing data driven curriculum, Supporting mathematics-related communications, and Teacher growth in technology integration strategies for mathematics