December 2023

What’s happening at NWO?

In late November a group of students from Washington Local Schools enjoyed a daylong Campus Experience on the campus of Bowling Green State University. Through Project EDUCATE, described below, the students, who are interested in teaching careers, learned about BGSU’s Virtual Simulations Laboratory and how it works in the classroom. They also visited the Radbill Center of Life Design to learn about BGSU’s Life Design principles, along with design thinking. This was followed by a tour of the Jerome Library’s Curriculum Resource Center, the Tech Resource Center and a visit to the BGSU Planetarium.


K-16 STEM in the NEWS

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Incentive Grant Spotlight Project EDUCATE 

Bowling Green State University, Northwest Ohio Center for Excellence in STEM Education & Washington Local Schools 

This article is from the Ohio Deans Compact Connector newsletter

Fostering a culture of innovation helps to promote new ideas and to rethink ways to address current barriers to higher levels of learning. As a way to explore and incentivize promising practices to redesign educator preparation programs, the Ohio Deans Compact awards grants through the Incentive Grant (IG) Program. Using a competitive request for application (RFA) process, Ohio institutions of higher education can apply for funding to redesign their educator preparation programs. 

As an incentive grant recipient, Bowling Green State University is partnering with Washington Local School District and Whitmer High School to connect and engage junior high and high school students interested in the teaching profession. 

Project EDUCATE (Educators of Diversity: Unified and Collaborative to Aspire Teacher Education) is a comprehensive, holistic approach that, when implemented from middle school to career placement, is designed to place diverse students on a meaningful and impactful pathway to becoming an educator. 

Through the implementation of Project EDUCATE activities, team leadership from Northwest Ohio Center for Excellence in STEM Education (NWO), the College of Education and Human Development at BGSU, and district partner Washington Local Schools expects to: 

  • Increase interest in and pursuit of education careers among BIPOC students; 
  • Support and retain BIPOC students throughout their educator preparation programs and into their careers; 
  • Create more just and equitable teaching and learning environments for BIPOC teachers and students; and 
  • Embed program activities and resources into participating institutions to maximize growth and long-lasting impact. 

“We believe that relationships are the connecting factor to developing a pipeline into the teaching profession, particularly when we’re looking to diversify the educator workforce,” shares Emilio Duran, Ph.D., Professor, Science Education at Bowling Green State University. “Building relationships takes time, and there’s no substitute for it.” 

One of the unique facets of the partnership between BGSU and Whitmer High School is the use and application of life design and design thinking—a creative process and skills used to establish forward thinking mindsets and as a way explore and solve challenging problems. 

“We’re trying to help students think about their interests and future career plans based on their beliefs and values and then explore where their career interests align,” explains Greg Dickerson, Life Design Coach at BGSU. “One of the core concepts of life design is to explore important questions and decisions in a person’s life including education, careers, and a person’s overall purpose. We know that purpose is one of the key factors that steer people to the field of education. So, as we think about purpose and the alignment of skills and interests, we believe these concepts can be introduced at the high school level.” 

Whitmer High School teacher, Felicia Singleton, shares that while the initial goal of the partnership with BGSU was to increase students of color going into the field of education, the partnership has blossomed into other avenues. 

“Increasing diversity is good for everyone,” Singleton shares. “Everyone needs to be exposed to different perspectives—adults and students. We all benefit from a diverse workforce, especially in education, and students need to see themselves in these roles.” 

Felicia and her Whitmer colleagues are focused on ‘planting seeds’ early by engaging junior high students through after school programs with mentors of color, including teachers, coaches, counselors, etc. These younger students work with mentors to identify goals and receive guidance and direction. At the high school level, Felicia works with 9th and 10th-grade students and then many of those students move into the senior-level teaching professions classes. 

“Over the past few years, our teaching professions program has doubled in size,” Singleton shares. “I believe that the work we are doing with BGSU to introduce life design and design thinking is part of that growth, and I am really proud of that. There’s nothing better than watching my students feel excited about what they accomplish, and I am excited to see where this can go with students setting their goals for their future.” 

“I believe students are the future and they are the thinkers of tomorrow,” explains Dickerson. “It is incumbent upon us that they are prepared and ready to tackle life’s challenges—critically and innovatively, and to make this world a better place. By helping them uncover their sense of purpose, the life design and design thinking concepts are additional ways to help prepare students for the future.” 


Community STEM in the NEWS

Ohio Academy of Science Announces Extended Deadlines and Call for Mentors and Judges

Due to unforeseen administrative issues, the Ohio Academy of Science has extended the deadline to create or reactivate an account on their online platform, ProjectBoard. All teachers and students must create accounts to submit science fair projects into a District Science Day or STEM commercialization or STEM business plans into the Ohio STEP State Competition. The new deadline for creating an account is January 16, 2024!

Submissions for all programs opens December 18, 2023. The submission deadline for Buckeye Science and Engineering Fair, the ISEF-affiliated fair that is the first step for qualifying for the International Science and Engineering Fair, is until 11:59 pm on January 31, 2024. The submission deadline for District Science Day, Ohio STEP, and the Annual Meeting is until 11:59 pm on February 26, 2024.

Sheila Cubik, OAS STEM Advocate, stated, “We are looking for mentors to comment on student projects within ProjectBoard and judges for our in-person district fairs, our online virtual district fair, Ohio STEP, and for our virtual State Science Day! Please volunteer and share the word with STEM professionals and educators who enjoy supporting youth in their scientific endeavors!”

Please visit: https://projectboard.world/oas/ for more information and to create an account as a student, teacher, mentor, or judge. Contact Sheila Cubick, OAS STEM Advocate, at scubick@ohiosci.org for more information about our programs, volunteer opportunities, or ProjectBoard account creation!


STEM Opportunities

Ohio STEM Learning Network Offerings

Computational Thinking PD

Computational Thinking (CT) is a framework that describes a set of critical thinking and problem-solving skills. Using CT, “students develop and employ strategies for understanding and solving problems in ways that leverage the power of technological methods to develop and test solutions”). CT may be considered a precursor to developing computer programming skills, having much broader applications. The skills, attitudes, and approaches that make up CT are fundamental, universal, transferrable, and particularly appropriate and useful in the modern computer age.

Facilitated by Dr. Jerry Schnepp, this professional development session will prepare educators to enrich their pedagogy and assessment with CT. Participants will learn to apply CT concepts to promote creativity and innovation in their classrooms and to imbue students with essential mindsets for 21st century careers.

This session will be held at BGSU Levis Commons
Time: 5:00 p.m. – 8:00 p.m.
Date: Thursday, January 11th, 2024 BGSU Levis Commons, 1655 N Wilkinson Way, Perrysburg, OH 43551
Light dinner, refreshments provided
Cost: FREE 

Space is limited for this program! 

Please register to attend: https://forms.gle/HK8m8JMtfnAJVqjA6


Ohio STEM Learning Network #STEMorbitsOhio Design Challenge

Each year, the Ohio STEM Learning Network hosts a design challenge where students collaborate to create a workable solution to key issues facing our world. Any school in Ohio can participate in the challenge.

This year’s statewide design challenge features an exciting space program called Starlab. Students will explore what it means to live and work in space.

Register on OSLN.org by Jan. 9, 2024 to receive a free guidebook detailing the challenge process from start to finish, including how students can connect their solutions to programming from the Ohio Academy of Science.


Ohio STEM Innovation Summit

The 2024 Ohio STEM Innovation Summit centers on community. Join OSLN on June 4, 2024, for a day devoted to fostering connections and collaboration, aimed at strengthening the Ohio STEM community and empowering educators within it.

The 2024 summit will focus on professional learning with sessions led by teachers, administrators, and partners from across the state. The Ohio STEM Learning Network has revamped session tracks to match the Ohio STEM designation rubric and quality model that form the foundation of STEM/STEAM designation:

  •  Culture for Learning
  •  Learning and Teaching
  •  Pathways to Success in Careers
  •  Disadvantaged and Underrepresented Groups in STEM

Share experiences and ideas by applying to lead a session.


Learning Blade free STEM awareness curriculum

This supplemental curriculum provides interactive and engaging lessons on various STEM topics by exposing students to STEM, Computer Science, and CTE.

Designed for students in grades 5-9, Learning Blade can help teachers foster critical thinking, problem-solving, and understanding of careers. Please see the link below for more information:

https://osln.org/how-we-help/classroom-opportunities/stem-career-awareness-platform/


GP-EXTRA 

Attention 6th-12th Grade Science/STEM Teachers and Administrators: 

  • Are you looking for engaging scientific activities for your students? 
  • Would you like to get your students involved in an authentic research project on local environmental health issues in Toledo? 
  • Would you like to increase your students’ knowledge of scientific fields and careers? 

BGSU’s Geology department in conjunction with NWO STEM is proud to offer GP-EXTRA, a FREE place-based science opportunity to all schools in Northwest Ohio. This three-session project focuses on lead contamination in our community and gives students authentic, hands-on opportunities in science. Students learn about lead-based hazards, collect samples from their homes, analyze them, and apply knowledge to real-world applications. 

100% of teachers last year reported their student's problem-solving skills and critical-thinking skills increased because of this program, and students reported an increase in knowledge, interest, and attitudes towards science! In addition, 100% of teachers surveyed at the end of last year would recommend GP-EXTRA to others! Sample activities, testimonials, and further information can be found on the GP-EXTRA website.


BGSU Department of Computer Science

Code for Her program for 5th - 8th grade girls; five Sundays January through April 2024.

These sessions/activities will be related to topics of cybersecurity including concepts such as cyber-bullying and the importance of creating safe passwords. For more information please see: code4her.org


BGSU Educators for IMPACT WINTER VIRTUAL CONFERENCE

Hosted by BGSU’s College of Education and Human Development

January 20, 2024, 9 a.m. – 12:30 p.m.

For more information, visit the website.

Keynote Address: Dr. Katie Peters of Washington Local Schools, Sticks and Stones vs. Empathic Connections

Free and open to pre-service teachers, K-12 educators and administrators, and college faculty. 

Register here.


NASA Power to Explore Student Challenge

Audience: Students in grades K-12
Entry Deadline: Jan. 26, 2024
Contact: support@futureengineers.org

The Power to Explore Student Challenge invites K-12 students to dream up a new space mission powered by a Radioisotope Power System (RPS) to a destination with limited light. The writing contest is open to individual students attending U.S. public, private, charter, or home schools – including those in U.S. territories and schools operated by the U.S. for American personnel overseas. Forty-five semifinalists will receive an RPS prize pack, nine finalists will receive an exclusive virtual session with a NASA expert, and three winners will be awarded a trip for two to NASA’s Glenn Research Center in Cleveland, Ohio.


NWO STEM Activity

Poinsettia Chemistry Make Your Own pH Paper

Adapted from Poinsettia pH Paper - Holiday Chemistry Projectby Anne Marie Helmenstine, Ph.D.

Ohio Standards Alignment
Grades 9-12 (Current Ohio ACS – Physical Sciences)
Grades 7-12 (Ohio Revised Standards – Physical Sciences)

What You Need (for each group of students):

  • Poinsettia plant (several leaves for each group)
  • 400 mL Beaker Or 16 oz. Glass Jar
  • Boiling Water Or Microwave Oven
  • Toothpicks Or Eyedropper
  • Scissors
  • Coffee Filters Or Filter Paper
  • Vinegar
  • Baking Soda Solution (2g / 200ml Water)
  • Rubber Gloves
  • Safety Goggles
  • Paper
  • Colored Pencils

What To Do:

  1. Start by putting on gloves and safety goggles.
  2. Tear or cut the red poinsettia petals into strips, and place the strips into a beaker or glass jar.
  3. Add boiling water, just enough to cover the plant material, or add cold water to the jar and microwave it for about one minute.
  4. Allow the mixture to steep like tea for about thirty minutes.
  5. Remove the plant matter from the jar so you are only left with the poinsettia solution. Alternatively, strain the solution into another container.
  6. Soak a coffee filter or clean filter paper in the poinsettia solution for a few minutes.
  7. Remove the filter paper and allow it to dry.
  8. Cut the dry filter paper (which should be a shade of pink) with scissors to make pH test strips.
  9. To test the pH of a liquid, use an eyedropper or toothpick to apply a little liquid to a test strip or dip your test strip into small amounts of liquid.
  10. Start by using the vinegar and baking soda solution as the first two tests. Each liquid will create a different color on the pH strips.
  11. Consult a pH chart (e.g., staff.jccc.net/pdecell/chemistry/phscale.html) to learn the pH of vinegar and baking soda.
  12. Use the pH numbers from the chart and the colors from your pH strips, begin to create your own pH chart using colored pencils. (The color range for acids and bases will depend on the particular plant you used to make the pH test strips.)
  13. Use the online chart to learn the pH of other liquids that you can then test and include on your own pH chart. Once you have a range of colors and pHs, you can begin to test unknown liquids.
  14. Questions to answer:
  • What color does the test strip turn when it is exposed to an acid (vinegar)?
  • What color does it turn when it is exposed to a base (baking soda solution)?
  • What other liquids would you like to test? Gather your materials and test them.

Important Safety Note: While the popular poinsettia has very low toxicity, care should be taken to minimize skin contact since some people have higher sensitivity or allergy and may develop a rash. Care should also be taken to prevent children from eating any part of the poinsettia plant since it may cause a mild stomachache, vomiting or diarrhea.

Inquiry Corner: What else could you try?

  • Compare your poinsettia paper to litmus paper in your school lab or classroom. Are the indicator colors different when you test the same liquids?
  • What if you steep the plant material longer? Does it affect the color change that occurs when different liquids are tested?
  • Compare pH paper made from the poinsettia to other plant juices such as cherries, beets, blueberries and carnations. Is there a difference in the test colors? Why or why not?

What’s the Science?

Many different plants have pigments that are very sensitive to changes in acidity. The poinsettia is one example. When acids or bases come into contact with the paper dyed with the plant extract, a color change occurs. That color change allows us to use the poinsettia as litmus paper in this science experiment. The part of the poinsetta that most people refer to as the flowers are really leaves, or bracts. The actual flowers are the small yellow cyathia in the center of the red bracts.

Poinsettia Facts:

The Aztecs were first known to cultivate the poinsettia (Euphorbia pulcherrima) in Mexico long before Europeans came to the Western Hemisphere. The Aztecs used the bracts for a reddish-purple dye and latex derived from the plant to counteract fever. Franciscan priests during the 17th century observed the plant blooming during the Christmas season near Taxco, Mexico. These priests incorporated the plant into the Fiesta of Santa Pesebre nativity procession, which is believed to be how the plant became associated with Christmas and the holiday season. Joel R. Poinsett, a botanist and the first U.S. minister to Mexico under President James Monroe, sent some plants to his home in South Carolina in 1825 and began cultivating them here in the U.S. The popular plant is named for him.

Click here to download the activity (pdf)

Updated: 01/08/2024 09:53AM