How will your early childhood program celebrate the National Association for the Education of Young Children’s (NAEYC) annual “Week of the Young Child?” Explorations that relate to all five daily themes offer many opportunities to connect young children to science and engineering concepts, using math and technology to build their understandings in a science inquiry investigating a question or natural phenomena–STEM learning! An initial investigation into how we use our senses might be a good beginning for a longer science inquiry into one particular sense or how we can use technology to extend our senses.

Music Monday

Exploring the connections between the properties of materials and the kinds of sounds they make is a fun way to begin exploring how sound is made. “Becoming Attuned to Sound,” the Early Years column from Science and Children February 2014, describes children exploring how the size and tautness of a rubber band changes the sound it makes when plucked, and how to construct a simple rubber band musical instrument.

The “Young Children Investigate and Engineer Sound Through STEM” session at the 2017 annual NSTA conference provided hands-on experiences and inquiry for teachers to bring back to their children. 

After making sound, children can represent it through drawing, or record it to share with others using an audio recording app on a phone or tablet. Maybe some of us are still using tape players!

Tasty Tuesday

The sense of taste is equally important as the other four for exploring the world but is not part of most science explorations because, for safety reasons, we separate lab work from anything we eat. So we will call it “cooking” to make sure young children understand that in this exploration all ingredients are safe to eat. Tasting is part of the Early Sprouts curriculum, an approach that engages young children in gardening, sensory exploration, and cooking throughout the school year. Try making and tasting their Hearty Apple & Raisin Cereal! While measuring the ingredients children get experience with the concept of volume and while cutting the apple they use an ancient technology–knives (Safety tip: precut apple slices are easy for children to further cut using butter knives). Read more about this approach in the July 2009 Young Children article.

Work Together Wednesday

Mixing materials together to make a change is fun work, and fun to do together. I wrote about the excitement children experience when they mix baking soda and water, and then baking soda and vinegar together, in the Early Years column in the April 2017 Science and Children.  Although some may describe this cool, bubbling-up activity as a model of a volcano, it doesn’t represent any of the earth science processes that form volcanoes. 

Artsy Thursday

Touch is a useful sense when exploring art materials whether you are finger painting, collaging with fabric, or working with potter’s clay. “What can this material do?” is the question children ask as they explore the properties of matter and shape the material to their purposes. Close observation of children while working with art materials will reveal how they feel about different sensory experiences. Marvin Bartel’s essay, “Clay for Toddlers and Preschoolers: How and why,” describes how a young child interacts with clay for the first time, and is “naturally fascinated, motivated, and empowered to keep experimenting.”

There are many vocabulary words to use while exploring the sense of touch. Children who use “soft” to describe both a blanket and a stone can learn the words “fuzzy” and “smooth” to explain what kind of soft they meant–“not hard” and “not rough.” 

Family Friday

Families are so proud of their young children who use magnifiers to extend their sense of sight and can explain how they saw the tiniest bubbles. Young children are proud of themselves as they share their documentation of science and engineering explorations with their families. A family science event can start with an event suggested by NAEYC: Invite parents for a Family Friday breakfast, where children can prepare and share breakfast treats with their families! Maybe they will want to make the Early Sprouts recipe for Hearty Apple & Raisin Cereal.

The Science Teacher (TST) seeks manuscripts of approximately 2,000 words that describe new and creative ideas for the secondary science classroom. Manuscripts should provide practical activities related to the themes listed below. TST also encourages manuscripts outside of the listed themes. For help, see our author guidelines and annotated sample manuscript.

Forensics: Solving Mysteries Through Science
SUBMISSION DEADLINE: May 1, 2017
Forensic science is both an important part of our criminal justice system and also an avenue for engaging students in scientific inquiry. From the stories of Sherlock Holmes to the popular television drama CSI, the analysis of forensic evidence has fascinated citizens for centuries. By its nature, forensics is an interdisciplinary subject, bringing in modern analytic techniques from chemistry, molecular biology, paleontology, physics, and Earth science. Do you use forensics activities in your classes? Have you found new strategies and engaging activities to teach this fascinating subject or enrich other subject areas? If so, TST wants to hear from you.

Using New Tools to Support Science Learning in a Connected World
SUBMISSION DEADLINE: June 1, 2017
As technology evolves, so do the skills needed for success in the modern world. New tools have radically changed the way we communicate, share information, and collect data. This issue will explore how these new tools can support student learning and create a “connected classroom.” Possible topics include ideas for using:
• social media
• online simulations and virtual field trips
• YouTube, online lectures, virtual learning communities, and flipped classrooms
• strategies to improve critical thinking and digital and media literacy
• probeware and wireless data collection in laboratory and field work
• cloud computing
• modeling
• big data
• mathematics and computational thinking tools
• 3D printers
• new presentation and communication tools
• live webcams
• digital graphics, multimedia, and visualization tools.
Please share your ideas for teaching with new tools.

Innovation
SUBMISSION DEADLINE: July 15, 2017
Innovation is crucial to science and engineering fields and also important in science education. Have you developed an innovative activity, assessment, or teaching strategy? Have you found a creative way to integrate science or engineering innovations in your classes? Share your ideas about using science innovation and innovative teaching methods. Possible ideas might include:
• Creating a new twist on an established activity,
• Integrating 21st-century skills development,
• Using new technologies to support student learning, or
using established technologies in a novel way,
• Incorporating recent scientific research, discoveries, or innovations in your instruction,
• Developing unique student grouping or assessment
methods.

General Topics
SUBMISSION DEADLINE: Ongoing
The Science Teacher seeks general manuscripts across a variety of disciplines. Do you have an article in mind that does not fit with one of TST’s themes? Submit it for review! General articles not targeted to a requested theme are published in every issue. Possible topics include integrating technology, science on a shoestring, innovation, new twists on classic lessons, community collaborations and partnerships, assessment strategies, engineering and the maker movement, and connecting to the Next Generation Science Standards. Don’t limit yourself to these topics. Our readers want to hear about your classroom-tested activities and teaching strategies.

Science for All
SUBMISSION DEADLINE: Ongoing
TST seeks manuscripts for this annual issue devoted to the inclusion of all learners. The issue offers strategies to mitigate academic achievement gaps associated with ethnicity, socioeconomic status, gender, physical disabilities, limited English-­language proficiency, learning differences, and even gifted abilities. Please share your ideas for what works in the classroom.

Idea Banks
SUBMISSION DEADLINE: Ongoing
TST is always seeking Idea Banks—short articles of about 1,000 words. If you want to share an experience, activity, or classroom tip but do not think it will work as a feature-length article, consider submitting an Idea Bank.

Commentary
SUBMISSION DEADLINE: Ongoing
Commentaries of approximately 750 words on any secondary education topic are accepted at any time. Do you have thoughts on science education that you would like to share with your peers? Write a Commentary and submit it to TST for review.

Author guidelines

Annotated sample manuscript

Author registration/submission of manuscripts

Get Involved With NSTA!

Join NSTA today and receive The Science Teacher,
the peer-reviewed journal just for high school teachers; to write for the journal, see our Author Guidelines, Call for Papers, and annotated sample manuscript; connect on the high school level science teaching list (members can sign up on the list server); or consider joining your peers at future NSTA conferences.

Team Crabyotics, 2015 White House Science Fair

When it comes to student-focused STEM projects at Taos Middle/High School, ideas seem limitless.

It all started with information shared from a group of Taos students participating in a STEM demonstration during eCYBERMISSION‘s 2013-2014 National Judging & Educational Event (NJ&EE). The demonstration mentioned the use of Chitosan as a filtration. The students shared this information back in New Mexico with soon-to-be team Crabyotics—Andrea-Chin Lopez, Julia Johnson, Anthony Archuleta, and James Valerio.

This shared-information soon became a bio-filter system community project, which competed in local science fairs, competitions, and of course eCYBERMISSION, which resulted in the team’s STEM-In-Action Grant.

During the 2013-2014 eCYBERMISSION competition, Team Advisor (TA) Laura Tenorio and her team “Crabyotics,” located in New Mexico, developed a bio-filter system that successfully removes antibiotic drugs from drinking water, thus helping to stem the growth of drug-resistant bacteria.

“To this day, if you ask any of them, they still don’t believe it really happened,” said Team Advisor Laura Tenorio. “They are convinced that it was just a dream.”

Three Steps to Turn Your Idea into Reality

Taos is considered a rural area with access to limited resources for major scientific efforts. But at the Middle School’s science lab, commonly referred to as the “The Tyger Lab,” Anthony and Andrea came together with their fellow 9th grade team members James and Julia to research all that was needed to produce Chitosan and then produce a filter.

1. In July of 2013, team Crabyotics began to work on their IDEA of making a filter against antibiotics.
2. It was then that they DETERMINED that not only could it chemically work in theory, but that this filtration method could also be cost effective.
3. This was when they began to think of a business plan, which the group CREATED after their research revealed their filter had potential for a patent. 

“eCYBERMISSION completely changed the entire focus of the project, along with the STEM-In-Action Grant,” said Andrea… “Thanks to the grant and our Team Advisor, the project and our futures were invested and encouraged.”

Andrea and TA Laura Tenorio worked together to smooth out the business plan the team started creating. The teams’ main goal was to turn an idea into reality and incorporate into the community.

Of the original STEM-In-Action Grant proposal, the only part that has not been implemented is the Middle School and Community implementation. Actions are currently underway to determine a mass identification of water contaminants. The patent application is ongoing and being modified and FDA and EPA approval of the filter use will not go into action until further testing has been completed.

Managing the STEM-In-Action Grant: Anthony, James, and Julia have gone in separate directions from the project, while Andrea has maintained work on the grant. Andrea recruited two eCYBERMISSION Alumni—Arasely Rodriguez (The Wyrmies- 2013 NJ&EE) and Will Song (1^st Place State, 2015)—to continue year three of the business plan and experimentation.  Currently:

• Andrea, Arasely, and Will are working on the final phase of Crabyotics, named “Crabsorption,” which will focus on laboratory honed chitosan as an absorption media for pharmaceuticals from water sources and from the human body.
• Dual patent are in the works, both with Crabyotics original purpose, and with Crabsorption.
    
• Andrea and Mentor/TA Laura Tenorio have continued to gather more sponsors to support the implementation of the idea. (i.e. attract interest of ISEF, enter the Science Talent Search, and plans to compete in BioGenius and AEOP’s Junior Science and Humanities Symposia (JSHS).

New/Upcoming Tests: They tested a wide variety of antibiotics against chitosan cooked for varying times, and focused on a filter design that could resist water pressures with potential use in a universal setting.

In the Community: Not only does Andrea assist with Taos Middle/High School teams competing in eCYBERMISSION, she encourages students with little interest or knowledge in STEM to join eCYBERMISSION. Her experiences are then shared with younger age groups in the community. 

We’ve been covering the International Society for Technology in Education (ISTE) standards in every issue since September. This month, we examine the final standard, called Creative Communicator, which requires students to communicate effectively and creatively express themselves (ISTE 2016). The science curriculum provides opportunities for students to express their understanding of concepts. Science involves more than collecting data and crunching numbers. Scientists must also be able to explain their work. We need to create persuasive arguments that support our conclusions.

Meeting the performance indicators
The performance indicators of this standard state that students need to choose, create, remix, communicate, and publish. For teachers, facilitating this type of work calls for a change in instructional design. The activities in your classroom must require students to communicate their understanding of a lab and what they’ve learned from it.

Students need to be able to choose the appropriate platform and tool for their presentations. For example, a poster on a trifold board could be used instead of a written report to present scientific work. When technology is brought into play, students have a much wider choice of media when presenting their work.

We ask our students to communicate their results of a lab report in three steps (explain what you did, explain what you found out, and describe how you found out) to summarize their findings. This summary can take place in virtually any medium. When students were learning to use digital graphic organizers, we would allow them to use a flow chart for their conclusions. They can easily paste pictures of lab setups, graphs, and other media into many tools (e.g., Inspiration, LucidChart, Poplet, MindMaps). Some students may make an infographic, while others may use Google Slides, write a song, or even compose a haiku.

Some students concluded a lab on the conservation of momentum with PowToon, an animation tool that creates a video with music. The lab asked students to collide carts and use motion sensors to record the data. Students used tools in Powtoon to explain what they did and then used other tools with imported images of their graphs to explain what they found. Overall, it was a creative, effective effort at completing the three components of the conclusion.

Additionally, this standard asks students to create original work or remix the work of others. We hang signs in our classroom that say “UCC,” which stands for “user-created content.” Almost every laptop, tablet, or phone has a camera, offering opportunities for students to take their own photos of equipment setup, written work, or scientific phenomena. Students can also use online simulations and their own videos to remix and communicate their work.

Finally, this standard requires students to publish their customized work. Online tools make publishing easy. Teachers should consider using a website that allows students to keep a portfolio of their best work. A web tool that allows students to edit pages (Google Sites or Wikispaces) will help accomplish this task. Students can link their products and use this to reflect on the tools they have learned and the methods they have used for communicating.

Conclusion
Becoming a creative communicator requires students to learn a variety of tools and develop the ability to evaluate the choice of the right tool for the task at hand. Students will learn how to become creative by using different tools and incorporating media into their work. This standard allows students to present their scientific work in a way that demonstrates their understanding both visually and verbally.

Ben Smith (ben@edtechinnovators.com) is an educational technology program specialist, and Jared Mader (jared@edtechinnovators.com) is the director of educational technology, for the Lincoln Intermediate Unit in New Oxford, Pennsylvania. They conduct teacher workshops on technology in the classroom nationwide.

Reference
International Society for Technology in Education (ISTE). 2016. The 2016 ISTE standards for students. Arlington, VA: ISTE. http://bit.ly/ISTE-standards.

Editor’s Note

This article was originally published in the April 2017 issue of The
Science Teacher journal from the National Science Teachers Association (NSTA).

Get Involved With NSTA!

Join NSTA today and receive The Science Teacher,
the peer-reviewed journal just for high school teachers; to write for the journal, see our Author Guidelines, Call for Papers, and annotated sample manuscript; connect on the high school level science teaching list (members can sign up on the list server); or consider joining your peers at future NSTA conferences.

STEM Sims: Fleet Manager

Introduction

STEM Sims provides over 100 simulations of laboratory experiments and engineering design products for application in the STEM classroom. One particular simulation found on this site, Fleet Manager, challenges students to manage their very own fleet of vehicles by comparing the fuel efficiency of vehicles and determining which vehicles should be replaced or converted to more efficient vehicles. Fleet Manager is aligned with national (NGSS) standards (see below) and is compatible with state standards as well.

• MS-ESS3.A – Natural Resources
• MS-ESS3.D – Global Climate Change
• MS-ETS1.C – Optimizing the Design Solution

The simulation provides students with a brochure (see link below), a pre-assessment quiz, and an introductory information overview about the use of alternative fuels. The Fleet Manager simulation links important science concepts to real-world concepts. For example, students of all ages can integrate mathematics and science concepts into the decision of purchasing a future car, e.g., mileage, operating cost, emissions, etc.. Hence, this activity gives students the opportunity to evaluate an entire fleet of vehicles. Subsequently, this evaluation elicits the higher levels of Bloom’s Taxonomy and simultaneously challenges students to make both efficient and environmentally decisions similar to those made in real-life.

Brochure: https://stemsims.com/simulations/fleet-manager/brochure/brochure.pdf?version=2017-01-31

STEM Sims provides three separate lesson plans for this simulation (see links below):

Lesson 1: https://stemsims.com/simulations/fleet-manager/lessons/lesson-1.pdf?version=2017-01-10

Lesson 2: https://stemsims.com/simulations/fleet-manager/lessons/lesson-2.pdf?version=2017-01-10

Lesson 3: https://stemsims.com/simulations/fleet-manager/lessons/lesson-3.pdf?version=2017-01-10

Conclusion

The “STEM Sims: Fleet Manager” simulation engages students into authentic STEM learning at a reasonable cost and standards-based for measurable learning results. Undoubtedly, this simulation is relevant to the scientific concepts that students need to learn and emphasizes environmental concerns and safety.  As we have with the other STEM Sims products, consider signing-up for a free trial of this simulation and determine where this instructive learning tool fits into your classroom learning environment.

For a free trial, visit https://stemsims.com/account/sign-up

Recommended System Qualifications:

• Operating system: Windows XP or Mac OS X 10.7
• Browser: Chrome 40, Firefox 35, Internet Explorer 11, or Safari 7
• Java 7, Flash Player 13

Single classroom subscription: $169 for a 365-day subscription and includes access for 30 students and 100 simulations.

Product Site: https://stemsims.com/

Edwin P. Christmann is a professor and chairman of the secondary education department and graduate coordinator of the mathematics and science teaching program at Slippery Rock University in Slippery Rock, Pennsylvania. Anthony Balos is a graduate student and a research assistant in the secondary education program at Slippery Rock University in Slippery Rock, Pennsylvania

Power powers. It’s that simple. With all our digital tools, there is at least one common thread across it all and that is we need a flow of electrons to keep the teaching and learning in high gear. But of course batteries die. There are four common battery solutions in our digital devices. One is onboard and built-in rechargeable lithium-ion battery packs. Another is a removable lithium-ion battery pack. A third is common grocery store batteries like AA, AAA, and CR2032, among others. And a forth option is some combination and interchangeability of the above. Of course there are hard-wired connection to AC outlets, but those are so limiting that we only use them only for larger devices, static lab-based tools, and those instrument firmly bolted to a desk or other base station. 

Ahh, but once in the rechargeable realm, a new set of issues can arise. The major factor being the connector required to attach the device to a power source. Way back in the early 2000s and of course earlier, there were many options for connectors. From pin-sized small round connectors, larger round connectors, square connectors, to at least four USB connectors, to proprietary Apple connectors.

In 2009, it almost all changed when a European Commission initiative created a “Common External Power Supply” or EPS that was adopted by almost all major cell phone companies. Notably, Apple was the hold out continuing with their proprietary 30-pin connector, and more recently their Lightning connector.

Companies that made other devices slowly adopted the industry standard using the Micro USB port standard for power and recharging.  A slightly larger connector, the Mini USB port, was a common go-to connectors, but had little advantage over the micro USB except for port orientation directionality (it was easier to tell which way to orient the cable), and a slightly overall connector strength when under cable stress.

Vernier Technologies, creator of some the most innovative and useful digital sensors, probes, and software used its own proprietary connector design for it’s Go Wireless line of sensors. But this year, it has added the Common External Power Supply connector to its sensors that contain internal lithium-ion batteries and other upgrades calling the new sensor line Go Direct. The micro USB port provides three distinct advantages over anything proprietary. First, it is a common connector in both the sense that many devices use it, and common there are many options for power supplies when using the micro USB. 

In the past, many of use had bins, boxes, drawers, or bags filled with various charging cables all hardwired to specific connectors. I remember once vowing to myself that I would never buy a certain brand’s product because the required cable was not only proprietary but also seemingly excessively expensive for a simple cable. It was maddening to pay upwards of $40 for a small cable that only worked with one specific device. When I did the mental math, the cable cost about one-fifth of the entire device. How could that be?

Even today, I am not free of cableage. In my go-bag for conference presentations, I carry cables for USB-A, B, and now C, Ethernet, VGA, HDMI, 30-pin Apple, Lightning, Firewire, and 3.5mm audio, and a Class C C7 power connector. And soon missing from my cable carry will be the Vernier cradle for its Go sensors.

Labs just got simpler. Vernier Technologies has added the micro UBS port to its Go Sensors. So now the new version of it’s sensors can recharge using both the traditional Vernier Go sensor charging cable and dock, as well as a universal micro USB port. This is a welcome addition since on more than one occasion I have been out in the field in need of a charge but without a handy Vernier proprietary charging cradle. Further, like smartphones, the data collection can continue with an external battery attached leading to the potential of literally unlimited data collection times due to the limitless and unlimited supply of electrons that can be piped into the sensor’s on-board lithium ion battery. Whether solar, hydro, or coal-fired, the electrons can flow. They can even flow from plenty of portable solutions that recharge our devices including my favorites that draw electrons from my high capacity power tool batteries including the Milwaukee Tools 12 volt and 18 volt FUEL battery options.

Replaceable batteries have some advantages in that they can be replaced when needed, but they do require an interruption in activity while the batteries are swapped. A second problem is that a battery discharges with use so often we head into the next class or teaching day with used batteries. We might have a pocketful of new batteries, but swapping out batteries with some charge left is not easy for a teacher on a limited budget. So enter the on-board rechargeable.

When a rechargeable is built into the device and recharged on the fly especially when in use, the advantage is tremendous. Every science class can have fresh full batteries, and if the data collection pushes up against the capacity of the battery, it can be charged while in use without data collection interruption. And this goes for cell phones, cameras, sensors, and lights.

So until we have onboard power generation from solar cells or mini-nuclear plants, we will have to be happy with common-connector recharging of  onboard power with our science teaching tools. And a more powerful cable than the standard DC two-lead cable provides a chance to connect to a computer and stream data independent of a wireless connection. Vernier’s new line of Go Direct sensors are yet another step in the right direction of unlimited teaching potential. Stay tuned for more on the individual sensors and probes.

Why should you attend the 6^th Annual STEM Forum & Expo this July?  As Chairperson of this event, I think all STEM educators should join us in Kissimmee, Florida from July 12 – 14, 2017, for this premier, international professional development event. The conference committee and NSTA staff, in collaboration with our program partners, have worked diligently to bring you, our attendees, a world class event that will bring together all stakeholders in STEM education while showcasing cutting edge research and best practices in STEM education and workplace development.

Looking for the most rigorous and relevant information for your established STEM program? Is your institution at the infancy of STEM? Do you need guidance on how to start STEM in your own classroom? The STEM Forum & Expo brings together the top thinkers and organizations in STEM education in one location. This three day event provides you with the latest information on STEM content, teaching strategies, and research to enhance and expand your professional growth. You will be able to select from over 400 strand specific sessions, seminars, and featured panel discussions, while collaborating with leaders in STEM education and national education policy makers. In addition, you are able to network and start collaborations with colleagues from around your area and from around the world through face-to-face interactions, back channel discussions, and social events. It does not matter if you are just starting a STEM program or looking to further develop your present STEM program, the STEM Forum & Expo has learning opportunities for all. 

Through our unique strand approach that is divided up by grade levels, administration, and partnership strands; attendees will be able to easily follow a specific track of sessions and panels to increase their pedagogical knowledge and to become more reflective and effective educators. Below are just a few examples of the programming you will experience when you attend the 6^th Annual STEM Forum & Expo:

• Hands-on sessions that enhance ongoing development of teachers and school leaders to improve their STEM knowledge, as well as their pedagogical skills used to import the specialized knowledge/content in each of the STEM disciplines.

• Specialized panels that promote the implementation of teacher and administrator skill and competency development, including data-informed teaching and leading, and the integration of research-based methods into the STEM curriculum.

• Networking opportunities for administrators to improve and enhance competencies attributable to strong STEM leadership, including, but not limited to, supervising and motivating staff, coordination of STEM curriculum, promoting and sustaining a positive school learning climate, and evaluating student performance in the STEM disciplines.

• The forum provides project- and research-based activities that tackle issues of real-world relevance. Our programming is driven by the latest research in subject areas as well as best practices for communicating topics in effective and meaningful ways.

• A STEM specific exhibit hall with the newest tools and resources to assist you with educating our students in STEM.

I am most excited about the new features to this year’s STEM Forum & Expo that brings together new groups under our growing STEM umbrella:                  

• Inclusiveness and Equity – We are thrilled to have new panel for this year called “Engaging Diverse Learners and Special Needs Students in STEM.” Hosted by Janella Watson, Director of the Providence Children’s Museum, this panel will help us and our diverse learners navigate STEM. This panel will demonstrate how the best STEM teachers believe in the capacity of all of their students to learn and how they carefully utilize a range of pedagogical approaches to ensure this learning occurs.

• Informal Education in STEM – Another new panel to this year’s STEM Forum is “Shift Makers: How Informal Educators are making a shift to better support STEM and Learner-Centered Science.” Hosted by Karen Hays, Youth Program Manager at the Denver Zoo, this panel will advise attendees on how informal environments are ideal for STEM learning as well learner-centered interests and curiosities in STEM. Come learn about the resources these informal education centers offer to schools and to your classrooms.

• STEM Magic at the Magic  Kingdom® – We are thrilled that the Walt Disney World Resort®  and Disney Youth Education Services is offering a special STEM-tastic post-conference event for 150 of our attendees at the Magic Kingdom Park ® on Saturday, July 15^th. The “Energy and Waves” workshop will feature hands-on activities that form the foundation of your exploration of sound and light at work at the Magic Kingdom® Park.

• Invigorating and High Energy Keynote Speaker – We are overjoyed that Derek Muller will be joining us as this year’s keynote speaker for the STEM Forum. Derek is an engineer, physicist, filmmaker, science educator, and founder of You Tube’s widely popular science channel Veritasium and his new channel  Sciencium.

As you can see there are many reasons why you should attend the 6^th Annual STEM Forum & Expo! On behalf of the steering committee and NSTA, we hope to see you in the Kissimmee, Florida this July! We promise it will be an invigorating, rewarding, energizing, and magical experience for you as we dive deeper into STEM and prepare for a new school year. See you there!

Jennifer Williams is in her eighteenth year of teaching STEM at the Isidore Newman School in New Orleans. As the Lower School Science department chair and STEM Coordinator, she provides leadership in the development of quality instruction within the Lower School STEM program for grades Pre-Kindergarten through 5th.

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

Future NSTA Conferences

2017 STEM Forum & Expo
Kissimmee/Orlando, July 12–14

2017 Area Conferences

Baltimore, October 5–7
Milwaukee, November 9–11
New Orleans, Nov. 30–Dec. 2