Tagged With: IB
Data collection and analysis are cornerstones for many STEM and STEAM programs but they’re not just about math. They teach students how to think critically and solve evidence-based problems. Unfortunately, data collection hardware is expensive and setup is complicated–intimidating for many non-tech-minded teachers.
Enter award-winning PASCO Scientific with a commitment to providing innovative, affordable tools for K-12 science and math programs.
What is PASCO Scientific
PASCO Scientific is the global leader in developing technology-based solutions for hands-on science. They provide a wealth of rugged, inquiry-based products to educators in more than 100 countries around the world. Their products are wireless, Bluetooth- and/or USB-connectable, and their SPARKvue software runs on Mac and Windows platforms, Chromebooks, iPads, iPhones, and Android. No matter the technology mix in the classroom, everyone shares the same user experience, with learning focused on the subject matter not the hardware, thus simplifying classroom management for the teacher. They are NGSS-aligned as well as correlated with International Baccalaureate (IB) standards.
Among PASCO Scientific’s many devices, you’ll find:
- a wireless weather station
- a wide variety of sensors and probes
- the Ergobot to teach both Forces & Motion and Programming & Robotics.
- a wireless blood pressure and heart rate sensor
- curricula for Chemistry and Physics that are NGSS-aligned
- bridge building kits
- STEM modules
- lab equipment
- hundreds of free labs for download from their website
Most of these are simple enough for young learners with robust features for advanced applications and many come with K-12 curricular resources and support materials.
If you’ve used probes and sensors in your classes before, maybe have older ones that you struggle to set up and run, do yourself a favor and look at PASCO’s collection. I can’t review all of them in this post (it’s already long!) so let me spotlight one I particularly like: the PASCO Wireless Motion Sensor.
Pedagogic experts have spent an enormous amount of time attempting to unravel the definition of ‘educated’. It used to be the 3 R’s–reading, writing, and ‘rithmetic. The problem with that metric is that, in the fullness of time, those who excelled in the three areas weren’t necessarily the ones who succeeded. As long ago as the early 1900’s, Teddy Roosevelt warned:
“C students rule the world.”
It’s the kids without their nose in a book that notice the world around them, make connections, and learn natively. They excel at activities that aren’t the result of a GPA and an Ivy League college. Their motivation is often failure, and taking the wrong path again and again. As Thomas Edison said:
“I have not failed. I’ve just found 10,000 ways that won’t work.”
Microsoft founder, Bill Gates, and Albert Einstein are poster children for that approach. Both became change agents in their fields despite following a non-traditional path.
My school is an IB school. We follow the philosophy that to educate students requires an international understanding of the world, people and ideas. Part of the curriculum requires fifth graders to participate in an Exhibition where they use knowledge accumulated over six years of education to communicate their ideas on a global issue such as displacement, global warming, lack of education, pollution, world hunger, and limited access to fresh, clean water.
Last year, the fifth grade team asked me to brush students up on Publisher/PowerPoint/Word skills so they could construct their presentation. This year, I’m taking a different approach by encouraging students to think of other ways than these traditional ways to communicate their ideas. We’re spending six weeks studying and teaching each other some of the amazing online communication tools that offer motivating and inspirational ways to share thoughts.
Here’s how we’re doing that: