We have the ancient Greeks to thank for so much of what we continue to enjoy today. Take, for example, the concept of the community theater. Intergenerational groups would gather, all those years ago, in informal settings to both watch and participate in dramas that explored a range of thought-provoking topics. Families would discuss what they’d seen, ask questions, learn together, and communicate big ideas.

The community theater model is a great analogy for what authors Donna Governor and Denise Webb are trying to achieve in their new book, Staging Family Science Nights, says NSTA Past President Juliana Texley in the book’s forward.

Texley readily acknowledges that planning a Family Science Night will require educators’ time, talent, and even some funding. But she adds that “data document both higher in-school achievement for students who participate with their families and higher support for STEM in communities overall.”

Governor and Webb say that Family Science Nights were the highlight of their teaching careers. They formed a partnership organizing these events while working at adjacent schools and hosted events for thousands of families with students across all levels of K-12 education.

“We want to make it clear… this book is for… elementary teachers, secondary teachers, and teachers of preservice teachers,” the authors explain in the book’s preface. “We found out that Family Science Night events are great for our youngest students, but important for older students as well. We’ve seen older students develop a sense of self-efficacy in science in ways that never would have happened in the classroom.”

This book is a pragmatic planning document that contains two main sections: Section 1 (“Producing the Event”) walks educators through a detailed account of how to make the case for Family Science Night; write the script; cast the event; build the set, procure costumes and props; invite the community; and handle all the last-minute details, challenges, or obstacles that might arise.

Section 2 (“On the Stage”) provides educators with specific suggestions for novice-, intermediate- and advanced-level activities. From balancing a “bug” on your finger, to engineering a roller coaster with loops and turns, to building a hovercraft from a used CD, this book offers nearly 40 different activities to engage learners of every age.

Governor and Webb even created an appendix where they share a variety of forms, letters, and information that they used over the years in producing their own Family Science Nights. It’s hard to imagine a detail that these two overlooked.

Having two experienced mentors who have created a such an extensive, creative, and practical A to Z list of everything you need to host Family Science Night is sure to support your success.

Read a sample chapter. Then learn how to order your own copy. The show must go on!

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Editor’s Note:  In this blog series commemorating NSTA’s 75^th Anniversary we take a look to the past with an eye to the future.

Can you imagine attending an NSTA convention over Thanksgiving weekend?!

Indeed, that was the timing of NSTA’s first regional meetings (in conjunction with NEA and AAAS), in 1944.     

However, NSTA’s first “independent” National Convention was held in 1953 with a registration of about 620 educators, representing 33 different states and 28 commercial exhibits. 

Sixty-six years later, the NSTA National Conferences boasts a registration of more than 10 times that number.  Attendees come from every state in the nation and from more than 25 different countries.  We now have more than 300 exhibiting companies!

According to many attendees, the conferences continue to provide a valuable source of professional development.  NSTA conferences are THE place to be if you want to:

• network with like-minded colleagues;
• obtain professional development that is specific to your grade level/interest or content area;
• become a mentor or mentee;
• find someone who understands and has experienced your classroom challenges;
• hear invited speakers who are relative to what’s happening in STEM education;
• engage, learn, and/or share best practices; or,
• get re-energized and be reminded of the positive impact you have on so many students, every day!

Our conferences are packed with opportunities to meet and engage with other educators and administrators and spend time in an exhibit hall filled with up-to-date technology, software, lab equipment, books, and other resources that will enhance your classroom and teaching skills.

A diverse committee of educators (your peers) come together well in advance of a conference to develop the strands and programming.  As a result, addressing your interests and priorities is always the ultimate goal.

Whether a national, area conference, or the STEM Forum & Expo, there is no better place to get motivated and re-gain pride in being an educator!

If you have never attended an NSTA conference, then I would like to personally invite you to join us for the 8th Annual STEM Forum & Expo in San Francisco this July 24-26.  

The STEM Forum is a unique, focused event that brings together (informal and formal) educators and representatives from exhibiting companies who are interested in, and who have tools and resources to share that will ensure successful implementation of STEM education into our schools and communities. It is intended to provide resources for educators and organizations seeking to learn more about STEM education, associated outreach programs, partnerships, schools, and curricula. .

You will not want to miss this professional development opportunity!  Mark your calendar now for the STEM Forum or any of our conferences this fall, and help us celebrate 75 years of supporting all teachers of science!

Our staff looks forward to seeing you soon!

The mission of NSTA is to promote excellence and innovation in science teaching and learning for all.

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“When my students are unable to attend a field trip, I typically create a podcast, so those students can listen to what was learned. Then I post the podcast in Google Classroom, so they can access it,” says Kurtz Miller, who teaches geology, physics, and physical science at Wayne High School in Huber Heights, Ohio. He says podcasts work well “for my upper-level, college-credit geology students because it helps them really digest and consider what was said…It gives them a firsthand account and additional information besides other students’ notes.”

Miller gets permission in advance from the speakers on the field trips to record their talks. He uses a mono digital voice recorder with built-in USB. “It costs just [less than] $50 [and] records in MP3 audio format,” he explains. “It’s an example of something a teacher without a lot of tech savvy could do, a starting point for teachers to try.”

“I first started using student-made podcasts along with a sixth-grade yearlong project about famous scientists,” says Ramona Jolliffe Satre, former fifth- and sixth-grade science teacher and now a K–12 instructional science coach for Ogden Community Schools in Ogden, Iowa. Each month, “chosen students presented orally to their class about a famous scientist in history. This usually involved a slide presentation to guide their talk. This oral presentation also involved the student using a mic to present; another learning experience.”

Next, her students “record and upload a podcast, allowing peers absent from class to share in the presentation. The podcast is logged in their Google Classroom for future reference at assessment time. Students also enjoy using the podcasts for reviewing the information,” Satre maintains.

Her students also produce three- to five-minute podcasts to accompany “a poster about a classroom concept. We just completed posters about natural disasters in class. Each poster has a [two-dimensional barcode] on it that attaches a student-made podcast offering further information about the natural disaster. We share these posters in our hallways and community locations like the public library,” she relates. “It gets the community involved and gives students another audience,” she notes.

“I encourage students to write a script first, to connect the written word to the brain. Repetition helps them remember,” Satre contends. She emphasizes the importance of “talk[ing] like scientists” and says podcasting “is a way to reinforce that, [having] correct grammar…a presentation voice.”

Because of the ease and popularity of texting, “a lot of students are not as verbal as they once were. Students need to practice talking. In Iowa, part of our literacy standard is speaking. Students have to be able to communicate for their careers,” Satre asserts.

“I’ve been podcasting as an instructor and have had students create podcasts,” reports Laura Guertin, professor of Earth science at Penn State Brandywine in Media, Pennsylvania. She says she was sold on podcasting after attending a summit on undergraduate science education and hearing from employers of recent graduates that “students’ weakest skill is their ability to listen.”
Guertin contends that students “don’t get enough opportunities to show their knowledge matters and makes a difference in others’ learning. Students can be teachers and students at the same time.” For example, her students created podcasts about tree identification for Ridley Creek State Park in Newtown Square, Pennsylvania, and podcasts focusing on basic geology and sustainability for the Pennsylvania Earth Science Teachers Association.

Podcasting is “a tool to enhance learning of content without it taking away from the objectives of the course, without having technology be a barrier or a burden,” Guertin observes. “It can help students learn a transferrable skill outside [my] Earth science courses… When students create podcasts, they can post them on their LinkedIn pages to impress employers.”

Allowing students to choose topics of interest related to the course “gives them ownership of the project,” Guertin points out. She has her students work with librarians to research their scripts. “The information has to be current, reliable, and unbiased. Students learn how to evaluate good sources and how to write a script…I have them listen to examples of [quality] podcasts and review [one another’s] scripts and podcasts, which helps improve their writing and recording abilities.”

Guertin also records podcasts for her students. “They can listen to them in the car or while riding on buses,” she notes. “I put in natural breaks so students can pause the podcast and return to it later.”

She will also pose the same questions she would in class during the podcast. “They can hit pause to think about the answer, then restart the podcast. It gets them to think and apply what they’re learning,” she maintains.

‘Another Podcast Boom’

While noting that technological advancements in schools have made it easier for students to record audio and video together, students are making quality audio podcasts now mainly for “car rides and workouts,” reports science teacher Brian Bartel, co-host of NSTA’s Lab Out Loud podcast series. He and science teacher co-host Dale Basler speculate that “not a lot of students are listening to audio podcasts yet.”

However, the co-hosts foresee “another podcast boom now because you can make them with many devices. The apps allow it,” Basler asserts. “Video is king, but telling a story using audio gets students thinking about all the aspects.”

“This is important because you can’t mow the lawn while watching video, but you can while listening to a podcast,” Bartel points out.

Teachers are having students listen to Lab Out Loud podcasts “and put their images to the narration, which allows them to synthesize and interpret the content and remix it,” reports Basler. “This results in a deeper understanding for students.”

The co-hosts agree that having students make their own podcasts “is not done enough,” perhaps because teachers “have to give up control of the classroom. It’s an isolating task, but gives students agency if done right.”

“I love to hear students ask, ‘Can I do a lab report in a different way?’ There are many ways” for students to showcase their learning, including podcasts, Bartel notes. “Trust students to make the right decision to express their learning, and have a good microphone if you’re doing this on a regular basis.”

“Make sure [you convey] what you want students to learn [when they make podcasts]. The content is more important than the technology; learning outcomes are more important,” Basler emphasizes. He adds that schools and teachers also are responsible for “giving students guidelines on making meaningful content.”

Logistics is a factor. “At the elementary level, you may have 20 to 30 students trying to record in one classroom. We don’t have schools designed for this,” Bartel points out. Teachers may need to “stagger these podcasts so not all students are recording them at the same time.” He also advocates finding ways to diminish background noise by “creating recording tents to isolate sound, or having students record in the hallway.”

Teachers also need to decide how to share their students’ podcasts with other students and teachers, parents, or the public. Basler urges teachers to ask themselves, “Where will the content end up? Does it follow a student forever?”

This article originally appeared in the April 2019 issue of NSTA Reports, the member newspaper of the National Science Teachers Association. Each month, NSTA members receive NSTA Reports, featuring news on science education, the association, and more. Not a member? Learn how NSTA can help you become the best science teacher you can be.

The mission of NSTA is to promote excellence and innovation in science teaching and learning for all.

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