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Podcast Series: Innovations in Education

Explore the full series of eSchool News podcasts hosted by Kevin Hogan—created to keep you on the cutting edge of innovations in education.

Flinn Scientific’s New PAVO Platform Provides Comprehensive Instructional Solution to District-Level Science Programs

Batavia, Illinois, December 21, 2021 — To support school district science programs in delivering comprehensive content and customizable labs across science subject areas, Flinn Scientific recently launched the PAVO platform. This all-in-one solution for middle school, high school, and advanced science levels helps educators support digital and hands-on learning, facilitate inquiry-based exploration, and differentiate instruction using labs, embedded safety resources, test prep, formative and summative assessments, and multi-level reporting tools.  

“We wanted to figure out a way to bring all of the rich resources Flinn has under one umbrella to make it easy for educators to offer dynamic, hands-on learning in science classrooms. The PAVO platform brings an unparalleled depth and breadth to science instruction, while focusing on inquiry, investigation, and exploration,” said Michael Lavelle, CEO of Flinn Scientific. “In one platform, PAVO provides all of our digital resources and labs, accessible by grade or subject area, to help educators deeper engage students in hands-on and digital learning.” 

All of PAVO’s content is aligned to the Next Generation Science Standards to ensure students are practicing and mastering key concepts in the major science areas, including chemistry, biology, environmental science, physics, physical science, life science, Earth and space science, and STEM. The content includes more than 7,000 customizable lessons, labs, assessments, and safety courses and certifications, as well as 3,200-plus instructional videos, lab videos, and augmented and virtual reality simulations that bring science to life for students.…Read More

How an art teacher tackles STEM and PBL

This past year has been, without a doubt, the most challenging one of my entire teaching career. As an art teacher, I always say that my teaching style relies on that one-on-one connection with each student in order to help them build their confidence to prepare them for an engaging, hands-on learning experience.

This approach is even more crucial given my students are newcomers and English language learners, as I was just a decade ago. I work with high school students in the Engaging Newcomers in Language and Content Education (ENLACE) Academy at Lawrence High School in Lawrence, Massachusetts.

During this time when we are fully remote, it is especially frustrating knowing that students with high needs are struggling and as much as you try, it feels like you can never do enough to help them given the unprecedented circumstances we’re all living through.…Read More

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Flinn Scientific Launches New Solutions to Support Hands-on Science in Any Learning Environment

Flinn Scientific, a flagship provider of science lab materials and safety and STEM solutions for the K-16 education market, is launching two new solutions – 360Science™ and Science2Go – to support hands-on learning this coming school year. Now, regardless if learning is taking place in a virtual, hybrid, or in-person environment, educators will have the resources needed to teach students about important scientific concepts and phenomena in a safe, effective, and engaging way.

“Even though in-person learning was halted this spring, Flinn has been busy developing new hands-on learning programs for this coming school year,” said Mike Lavelle, CEO of Flinn Scientific. “We saw the need for programs tailored to both in-person and remote learning and created 360Science and Science2Go, respectively, to meet this need. These complementary offerings will help teachers deliver engaging science education no matter where teaching and learning is taking place.”

Designed for in-classroom learning, 360Science is a customizable program that provides high school teachers with 200 easily-modified, hands-on biology, chemistry, and environmental science labs along with complementary digital content. The program, which is aligned to the Next Generation Science Standards (NGSS) and other state science standards, features a unique instructional approach in which students begin each class with an inquiry-based lab.…Read More

Easy Science Experiments for Kids at Home

A collection of fun, safe, and easy science experiments for your students and parents can do at home. Science education does not have to stop while learning from home or with the end of the school year. Upparent has compiled a list of easy science experiments for kids that are perfect for hands-on learning over the summer! A little fun goes a long way to helping our kids keep learning while on break.

Browse the list to discover some really cool science experiments that educate and encourage STEM learning. This is a great way to plan simple and educational indoor activities for kids.

View the complete list at Upparent.com…Read More

Don’t forget about the A in STEAM!

Over the years, an increasing amount of schools nationwide have incorporated the STEM framework into their curriculum, engaging students around the subjects of science, technology, engineering, and math. The framework has proved to be a critical component to elementary education that better prepares students’ for future careers, especially since the United States is expecting to see more than three million job openings in the STEM-related fields in 2018. Recently, however, educators have recognized the benefits of integrating arts education into STEM subjects, which has led to a new framework.

STEAM education is a cross-curricular learning style and allows for students to go at their own pace with hands-on learning and lesson plans, all while including the arts sector. If schools begin to implement STEAM programs at the elementary levels, students could gain knowledge in the arts discipline and truly elevate their entire educational careers.

Adding art and design into the open-ended, inquiry-based approach associated with STEM has already made a significant impact in elementary learning, as the approach puts value back into storytelling and creative thinking that benefits young learners in a multitude of ways.…Read More

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Pitsco $350 Educator Grants

Pitsco Education appreciates everything educators do to positively affect learners. We also know that funding enriching learning opportunities for students can be difficult. Pitsco is proud to offer a $350 grant each month to assist with making hands-on learning possible. Nominations are accepted from the first day to the last day of each month (for example, the February grant application period is January 1-31).

 

…Read More

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Can robotics teach problem solving to students?

Throughout my 35 years of teaching, I’ve watched students grow up in what I lovingly call the “worksheet generation.” In this environment, students are accustomed to a very structured style of learning, where they are handed a worksheet, then asked to turn to page five in their math book and solve problems one through 15. This approach, however, often teaches students there is only one right answer and limits meaningful engagement and creativity.

My teaching experience has taught me that it is no longer possible to prepare students with the 21st century skills they will need for the workforce without moving away from this paint-by-numbers approach. Instead, teachers must develop curriculum that inspires students to not only find new solutions, but to also test their solutions, and improve on them, through trial and error. This can be done using hands-on learning tools like robotics, which intuitively teaches students how to problem solve using critical thinking.

The question is: how can teachers create a robotics curriculum that not only breaks students out of the “worksheet generation” mentality, but also shows them the possibilities of learning with trial and error? Here are four tips for teaching students how to problem solve using hands-on robotics as a tool:…Read More

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Vernier app offers hands-on learning about thermal energy

Accompanying physics, chemistry and biology investigations have students analyze images and videos captured with the FLIR ONE Thermal Camera

Vernier Software & Technology developed a new free app to allow students to study thermal energy concepts by analyzing images and video captured with the FLIR ONE Thermal Camera for iOS.

Using the Thermal Analysis for FLIR ONE app, which is available for download in the App Store, as well as new investigations created by Vernier, students can measure temperature changes on the skin, illustrate convection, track heating due to friction, compare heat conduction in different materials, analyze the transparency of materials in infrared versus visible light, and more.

“The new app provides students with an engaging way to study and to visualize thermal energy,” said John Wheeler, CEO of Vernier Software & Technology. “Ideal for BYOD and mobile learning environments, the app matched with our innovative investigations lets students easily collect and analyze thermal data, make scientific connections, and participate in hands-on learning.”…Read More

The big events, keynotes, and 5 major trends at ISTE 2016

Are you heading to Denver? Here’s a quick look at what you’ll experience

Educators preparing to travel to Denver for ISTE 2016 can expect thought-provoking keynotes, interactive learning opportunities and more than 900 sessions at this year’s conference.

The annual event offers networking and professional development opportunities for educators from every discipline, education leaders, ed-tech coordinators, library and media specialists, and more. And while sessions and events run the full gamut of ed-tech topics, there are a handful of major themes that crop up again and again.

Playgrounds will feature hands-on learning opportunities that let attendees see, touch, hear and feel classroom solutions. Playground themes include Computational Thinking & Computer Science and Maker playgrounds on Sunday afternoon. Creativity, Digital StoryTelling, Early Learning, Ed Tech Coaches, and Games & Virtual Environments.…Read More

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Journey to the student-centered makerspace

Explore a collaborative makerspace where students design the space and take charge of their learning

maker-spaceWhether you know it or not, your students are already making things outside of school. From digital animation and programming to video production and duct tape crafts, it’s surprising the number of outlets students have found to vent their creativity.

So I learned when my school, Wamogo Regional High, decided to harness this expression productively by designing a student-centered makerspace for collaboration, creation, and problem-solving. We wanted a place where students could access materials, equipment and supplies to explore their interests and take on new challenges. And we wanted to create an environment where students could extend their learning, take risks, and build capacity as leaders.

As we designed our makerspace, it was important to consider how our program would fit with both the established core values of our school and our 21st century learning expectations, such as information literacy, problem-solving, communication, collaboration, and community and civic responsibility. We knew it all began with the students.…Read More

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