Education Commons^™

Imsa: Innovating Stem Education, Britta W. Mckenna

Publications & Research

The mission of IMSA, the world’s leading teaching and learning laboratory for imagination and inquiry, is to ignite and nurture creative, ethical, scientific minds that advance the human condition.

Stem Storytelling: Using Picture Books To Integrate Mathematics - "Who Lives Here?", Lindsey Herlehy, Karen Togliatti

Publications & Research

This series of activities invites students to explore animals and their habitats, classify “animal” figures by habitat, sort, represent, and analyze data. In the first activity, the picture book Listen to Our World by Bill Martin, Jr. and Michael Sampson will be used to discuss eleven different animals and their habitats. Questioning strategies will focus on student comprehension and inferential reasoning skills related to why each animal lives in a particular type of habitat. This book is utilized at all grade levels to introduce the subsequent activity.

The grade-level activities that follow integrate students’ knowledge of animals and their habitats …

2017 Imsaloquium, Student Investigation Showcase, Illinois Mathematics And Science Academy

IMSAloquium Event Booklets

"This is IMSA's 30th year of leading in educational innovation and the 29th year of the Student Inquiry and Research Program (SIR)! Welcome to another year of profound investigation and discovery! In these pages, you will find exciting abstracts on a variety of fantastic studies done by IMSA's great minds."

To Engage Students In Stem, Engage Them In The World, José M. Torres

Publications & Research

Over the coming years, the next generation of bright young minds will have to confront climate change, humanitarian crises, income inequality, and the other great challenges of our age. But for now, those challenges can provide them with great opportunities to learn. By bringing such topics into the classroom, teachers can tap into students' intrinsic motivation to grapple with authentic, real-world problems that truly matter, both at the local and global levels. Further, because these topics are so complex, they invite students to wrestle with ideas that reach across the academic content areas, requiring them to integrate their knowledge of …

Parents’ Perspective On Diversifying The Stem Education To Career Pipeline: Motivating Culturally And Linguistically Diverse Gifted/Talented Students To Engage In Stem, Adrienne Coleman

Publications & Research

According to the National Action Council for Minorities in Engineering (NACME), there is a lack of diversity in STEM (science, technology, engineering and mathematics) education and careers. The 2013 U.S. Census Bureau indicates that Blacks and Latinos are underrepresented in STEM, with each group making up less than 7% of the STEM workforce; while Whites are overrepresented, making up 70% of the workforce (2013). However, the 2016 Illinois STEM report card suggests that 24% of Black and 28% of Hispanic high school students are interested in STEM. The Research Consortium on STEM Career Pathways further indicates that 21% of Blacks …

Stem Integration: Math, Meet Biology!, Lindsey Herlehy, Karen Togliatti

Publications & Research

Join us for three hands-on, inquiry-based activities integrating mathematical and scientific thinking. First, explore patterns in the powers of ten and use this information to sort a set of images and design a scale model of an E. coli's DNA. Then, simulate a colorful biotechnology application using new tools and laboratory skills. Art, science, and math intersect in an activity merging coordinate geometry, symmetry, and biotechnology skills. NGSS and CCSS practice standards will be demonstrated.

Session E-2: Sharing Analogies And Demonstrations To Reinforce Chemistry Concepts, Dave Devol, Angela Ahrendt

Professional Learning Day

Chemistry concepts can often be difficult for students to understand, in part due to the fact that we are discussing with students things that cannot be seen (atoms and molecules!). Analogies that relate chemistry concepts to things that students are more familiar with can be a powerful way to help them understand concepts, as can demonstrations that make concepts come to life visually. We will share a few of our favorite analogies/demos, and ask that each participant share one of their favorite analogies or demos. As we realize it would be difficult for visiting teachers to bring what they need …

Session E-4: Labs For Next Generation Science Standard: Waves And Electromagnetic Radiation, Brooke Schmidt

Professional Learning Day

Participants will have the opportunity to participate in two labs aligned with the Next Generation Science Standards for Waves and Electromagnetic Radiation. The first explores the relationship between the speed, frequency, and wavelength of a wave while changing the medium, and the second lab demonstrates the wave nature of light through interference.

Session B-2: Forensic Metallurgy – A Challenge In Basic Measurements, Patrick Young

Professional Learning Day

Chinese antiquities may be readily found for sale on eBay. Ancient coins may be purchased for very reasonable prices. Are these authentic artifacts, or modern forgeries? An investigation will include measurements and calculations to identify the metals involved. Using only inexpensive, school-grade equipment, participants will be challenged to solve the mystery. Success will hinge on careful measurement, deductive reasoning, and a thoughtful consideration of experimental uncertainty.

Session C-1: Modeling Stem Activities Into Classroom Practice, Sowmya Anjur

Professional Learning Day

Students understand concepts better when they have had a chance to work hands on with relevant material. Examples will be presented from my classroom where difficult concepts have been modeled into simple experiments with considerable success in enhancing student understanding. Special focus will be given to selected topics that students seem to have the most difficulty grasping. The objective is to enable students to transfer their understanding to solve complex problems with considerable ease and apply their understanding to real world scenarios on assessments. Suggestions will also be provided for implementation of various concepts into the high school classroom.

Impact Report 2017: Imsa30, The Promise And Power Of Imsa, Illinois Mathematics And Science Academy

Impact Reports

The State of Illinois launched the Illinois Mathematics and Science Academy (IMSA), which is recognized as the world's leading teaching and learning lab for imagination and inquiry, in collaboration with business, education, and science leaders. For 30 years, IMSA has pioneered the future of science, technology, engineering, and math (STEM) education through its two legislative charges: 1) to provide a uniquely challenging education for students talented in the areas of mathematics and science and 2) to stimulate further excellence for all Illinois schools in mathematics and science. IMSA champions these goals through:

New STEM teaching models: leading the charge to …

Promise Programs: Providing Opportunities For Mathematics And Science Enrichment, Illinois Mathematics And Science Academy

Promise Programs

Held on the campus of the Illinois Mathematics & Science Academy in Aurora, Illinois with transportation provided from Chicago, PROMISE programs provide students the opportunity to work with IMSA faculty, staff and student mentors exploring IMSA’s unique learning laboratory and encouraging future admission to its tuition-free residential Academy for tenth through twelfth graders.

The Racial Identity Conflict: Diverse Perspectives On The Minimization Of The Stem Education Gap That Impacts Gifted And Talented Black Male Students!, Adrienne Coleman

Publications & Research

Research suggests that a cognitive gap begins as early as nine months of age in Black males, widens by two years of age, and by fifth grade cognition lags by nearly two full years (ETS, 2011). This gap is a result of multiple facets: “Children are suffering from a toxic cocktail of poverty, illiteracy, racial discrimination and massive incarceration that sentences poor boys to dead-end hopeless lives” (ETS, 2011, p. 2). The outcome is the Black male being inadequately educated and academically behind other subcultures of the population. Lack of family support, poor school systems with inadequate resources, peer pressure, …