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"This week I'd like you to meet top-notch STEM program developer Dr. Susan Pruet. I was fortunate enough to work with Susan as she developed and directed two remarkably successful NSF-funded school reform efforts involving STEM education: the Maysville/Mobile Math Initiative and, more recently, the middle grades program Engaging Youth through Engineering. Susan - best described as a high-energy dynamo - has a talent and a well-designed process for establishing successful STEM reform initiatives. And she is masterful at joining hands with teachers, administrators, and community & business leaders to make it happen. In this guest blog post, Susan passes along some of her wisdom on how to design and implement a successful, sustainable STEM program. Here are 7 tips Susan thinks you should know up front."

" In 2012, the department began the development of a statewide STEM education plan. The tools and resources below have been developed to ensure schools can successfully implement a STEM education plan at the local level."

"I'm currently teaching a STEM/STEAM online course for Powerful Learning Practice with my arts expert buddy of 20 years - Nancy Flanagan. Our task, among other things, is to show how to put the "A" in STEM. We both have points of agreement, points of divergence, and plenty of questions."

"These days I'm a STEM curriculum writer and advocate, but I'll confess that each year when Middle Level Education Month rolls around, I feel an extra longing to be back in a science classroom with young adolescents elbowing their way through the door, eager to learn "stuff." It's a place where I spent 16 wonderful years of my professional life."

"'We must reimagine middle school science and math not as a way to prepare students for high school, but as a place where students are inventors, scientists, and mathematicians today.' So say Sylvia Martinez and Gary Stager in this exciting guest article about the Maker Movement and its implications for kids, schools and STEM studies. Martinez and Stager are the authors of a must-read book, Invent To Learn: Making, Tinkering, and Engineering in the Classroom. In this informative post, they encourage STEM educators, school leaders and teachers across the curriculum to transform our classrooms into centers of innovative thinking and experimenting. ~ Anne Jolly"

"Fall has arrived, school doors have reopened for many students across the USA, and quite a few educators face a fresh and potentially daunting assignment: Teach STEM."

"On April 1st, a sold-out crowd of 250 students, teachers and civic, business, philanthropic, nonprofit, education and technology leaders flocked to the California Academy of Sciences in San Francisco for STEMposiumTM - a celebration of excellence in K-12 STEM education innovation presented by the nonprofit EnCorps Teachers Program with co-host Citizen Schools. "

"As the STEAM movement grows, more and more schools are integrating the arts into their STEM curricula. Those who have already made the transition offer these suggestions for schools just getting started:"

"s a boy, I loved taking things apart. Clocks, radios, my mother's kitchen appliances. Luckily for her, I was fairly adept at reassembly. I wanted to discover how things worked, what made them tick (and not just the clocks). But at school, the closest I came to engineering was art lessons and woodworking class. "