Why STEM? — Introduce students to the possibility of a career in the fields of science, technology, engineering, and math.
What? — Build in students the mindset of the scientist, technologist, engineer, and mathematician.
How? — STEM All Day, Every Day
1) Introduce all students to "Design Thinking" — a methodical approach to design that can be applied to any subject area, any problem.
2) Engage students in studying all subject areas through real-world problems and challenges using a design process (e.g., you can use design process to generate a poem!).
3) Build the vocabulary of design thinking into the language of all classrooms.
4) Design curriculum in all subject areas to foster the STEM mindsets.
IDE Corp. has designed a number of STEM LATIC schools (LATIC is our framework for putting students in charge of their own learning: Learner-Active, Technology-Infused Classroom).
IDE Corp.'s "Design Process" involves six interdependent steps.
Blog post — Design Process Is Just Good For Kids, and the World
Blog post — An Empathy-Driven Design Process
YouTube video — IDE's Design Process
YouTube video — A Culture of STEM
YouTube video of one of our clients — Bayonet Point STEM Magnet School
YouTube video of one of our clients — Centennial STEM Magnet School
MyQPortal PBL unit — Can a Frog, Turtle, and Fish Help Us?
MyQPortal PBL unit — A Place for Robots
MyQPortal PBL unit — Hydroelectric Power Source
Download the pdf from MyQPortal for Creating a Culture of STEM LATIC.
Consulting on designing a STEM school
Curriculum design for STEM schools
Remote workshops on design process, PBL, and taking an "all day, every day" approach to STEM
Virtual Support Center (VSC) providing synchronous and asynchronous support to teachers across the school year as they implement a STEM approach to teaching; see demo site at vsc.idecorp.com
Virtual Learning Community (VLC) on topics related to STEM — an online course in which teachers have flexibility over when they engage while still having access to consultants to help them in designing materials for their classrooms; VLCs for STEM include:
"Creating a STEM Culture in Your Classroom"
"Problem-Solving Through a Design Process"
"Designing Problem-Based Authentic Learning Units"