Curriculum and Instruction Commons^™

07. Beginner Skillsintroduction To Activism, Illinois Mathematics And Science Academy

EnACT

This module serves to give an introduction to activism, one of EnACT’s new primary focuses alongside policy creation. Activism vocabulary will be introduced and connections to current events will be made.

01. Welcome To Socent, Illinois Mathematics And Science Academy

SocEnt

What is Social Entrepreneurship?

03. Socent Networking Fair, Illinois Mathematics And Science Academy

SocEnt

No abstract provided.

06. The Lean Startup, Illinois Mathematics And Science Academy

SocEnt

This modules aims to go further into the lean startup than students have done in previous modules. It introduces three key features from the lean startup: the minimum viable product, the Build-Measure-Learn loop, and pivots. These three techniques are integral in the lean startup methodology, which focuses on minimizing risk, failing fast, and using the minimum amount of resources, time and funding.

Digital Literary Studies In The High School Environment, Eric Rettberg

Faculty Publications & Research

In my time today, I’ll discuss some of the challenges and opportunities of adapting a college-level digital-centric course for the high-school classroom. The two courses in question are a class called Literature in the Digital Era, which I taught as a postdoc at the University of Virginia in 2014, and a class called Digital Literary Studies, which I’ll teach at the Illinois Mathematics and Science Academy, a state-run boarding school for high schoolers talented in math and science, in Spring 2019. While there’s been a lot of continuity in the design of the two classes, teaching high school does present …

June’S Learning Laboratory: Cultural Competent Students Lend A Helping Hand, Sowmya Anjur, David Lundgren

Faculty Publications & Research

June’s Learning Laboratory is our first step to creating a better world by advocating for a more culturally accepting society that appreciates everyone regardless of their abilities. Our innovative curriculum along with 3D printed hands will encourage high school students to have more passion for everyone on our planet.

Stem Storytelling: Using Picture Books To Integrate Mathematics - "Dare To Tinker", Lindsey Herlehy, Karen Togliatti

Publications & Research

This series of activities invites students to engage in a design challenge that elicits mathematical and scientific thinking. In the first activity, the picture book The Most Magnificent Thing by Ashley Spires will be used as a catalyst to discuss the engineering design process as experienced by the protagonist, a little girl. Suggested questioning techniques and inferential reasoning strategies will focus on the trials and tribulations, frustrations, and successes achieved by the little girl. Additionally, discussion prompts are included to provide students an opportunity to reflect on the little girl as a mathematician and scientist as she takes action and …

Track 1 – Clean Workshop, Illinois Mathematics And Science Academy

Professional Learning Day

The Climate Literacy and Energy Awareness Network (CLEAN) Portal was launched in 2010 as a National Science Digital Library Pathways project. It is led by the science education expertise of TERC, the Cooperative Institute for Research in Environmental Science (CIRES) at the University of Colorado Boulder, and the Science Education Resource Center (SERC) at Carleton College. As of 2012, CLEAN has been syndicated to NOAA's climate.gov portal. CLEAN's primary effort is to steward the collection of climate and energy science educational resources and to support a community of professionals committed to improving climate and energy literacy. Participants will spend their …

Track 2 – Environment Design Sprint Challenge, Britta W. Mckenna, Carl Heine

Professional Learning Day

Using Paul Hawkens, “Drawdown – The Most Comprehensive Plan Ever Proposed to Reverse Global Warming”, as a starting point, participants will take on the question of “What Can I do?” in developing actionable plans and prototypes in a design sprint challenge. Using BOSI DNA to identify areas of team strength, teams will work together to design the most innovative solutions to improve planet resiliency from climate impact. Culminating presentations conclude the event with an overall innovation and impact winner.

Session 3d: Wind Energy, Mark Carlson, Angela Ahrendt, Nicole Ross

Professional Learning Day

Design, construction, and testing will occur in two stages involving blade shape and number followed by wind tracking and generator gearing. Three NGSS Engineering Standards (Global Issue, Problem Breakdown, and Optimization) are directly addressed. Scientific concepts include circuitry, power, mechanical advantage, and rotational motion.

Session 3c: Building A Microbial Fuel Cell, Peter Clancy, Joe Golab, Patrick Young

Professional Learning Day

This project introduces students to the science behind MFCs and provides a practical demonstration about this type of renewable energy technology. The technology produces electricity from the byproduct of bacteria breaking down organic matter. The Alternative Energy Module addresses four Engineering NGSS standards as well as global issues such as energy supply and demand, climate change, and carbon dioxide (CO2) emissions. A microbial fuel cell (MFC) aligns with a United Nations Sustainability Goal, i.e. Clean Energy.

Session 3b: Stress....What Is It And How Do I Fix It, Sowmya Anjur, Mary Myers

Professional Learning Day

Join us in learning about stress, its causes, its signs and symptoms and methods for preventing, coping with and/or relieving stress. Popular mind-body fitness methods such as Yoga, Pilates, Qi Gong, and Tai Chi will be examined and performed within this session.

Session 3e: Teaching Using Un Sustainable Development Goals, Donald Dosch, Sarah O'Leary-Driscoll, Crystal Randall

Professional Learning Day

This session will focus on how we are using the UN Sustainable Development Goals as guideposts for curriculum development in several of our different science classes. Students will join us to present some of their varied academic work, and share the importance of these activities in their education. Part of our discussion will focus on scaffolding the learning so that students are able to perform successfully in these contextual and issues-based activities. We will also build in time for participant discussion on current issues and ideas for incorporating them effectively into their own teaching.

Session 3h: Learning Progressions Of Elementary Data And Measurement, Karen Togliatti

Professional Learning Day

The foundation for formal statistical and probability concepts is laid in the early grades through investigating both categorical and measurement data. Join us for a quick trip through the progression of categorical data and measurement data analysis from kindergarten through fifth-grade. Example tasks will be provided.

Session 2b: Building A Telescope, Peter Clancy, Brooke Schmidt

Professional Learning Day

This is a project suitable for a physics class that covers geometric optics. Students tasked with this project assignment use these principles to select lenses to create a telescope with adequate magnification to read a target with lines of text of successively smaller font sizes. Students also learn how to characterize the telescope by measuring the lens focal lengths, and determining the theoretical magnification and tube. Educators attending this workshop will be given a brief lesson on telescope optics, and will be given the opportunity to select lenses, construct a telescope, and use it to read the target.

Session 2d: Mathematical Play, Karen Togliatti

Professional Learning Day

Our youngest students are equipped with the skills and practices needed to be successful mathematicians. That is, they are curious, creative and innovative. Given the opportunity to engage in mathematical play, students are encouraged to take risks, pursue their own questions, and naturally investigate mathematics. Research shows that this practice is beneficial for all students, regardless of grade level. So, come and play!

Session 1d: Mathematicians Take Risks, Karen Togliatti

Professional Learning Day

The field of mathematics is driven by problems that currently have no known solution. In order to understand these types of problems, mathematicians take risks. They try novel approaches, inventing new mathematics along the way. In much the same way, we want students to be able to take mathematical risks to generate their own mathematical understanding. Join us for a discussion of how to empower our students to become risk-takers in the classroom.

Session 1e: Nuclear Energy: Then, Now And The Future, Peter Dong, Eric Hawker, Elizabeth Martinez

Professional Learning Day

Nuclear power is one of the most feared and misunderstood energy sources available, and its unique advantages - extraordinary power production with no emissions - weigh against its disadvantages - possibility of meltdowns, difficulty of waste disposal, and potential weaponization. This session will explore some of the basics of nuclear power through a variety of interactive activities for students and give an overview of the economics and risks associated with nuclear power. It will also discuss potential future technologies, including fusion, and how they would change worldwide energy production.

Session 1f: Daphnia Magna And Water Monitoring, Julie Polz, Karen Togliatti, Angela Ahrendt

Professional Learning Day

Daphnia Magna, also known as water fleas, are commonly used in water toxicity studies since they are very sensitive to chemical changes in their environment, which make them good organisms to use in water quality testing. We will be testing the effect of six environmental pollutants on the Daphnia heart rate using a microscope, and then measuring their response to each of these pollutants.

Impact Report 2018: Equity And Excellence, Illinois Mathematics And Science Academy

Impact Reports

For over 30 years, the Illinois Mathematics and Science Academy (IMSA) has pioneered the future of science, technology, engineering and mathematics (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:

• Residential education: Helping talented 10th-12th graders representing over 93% of Illinois counties to date reach their fullest potential.
• Student and educator outreach: Leading the charge to continually innovate K-12 STEM education, creating a strong and diverse …

Nurturing The Next Generation Of Discoverers, Creators And Thinkers, José M. Torres

Keynotes, Speeches, and Lectures

Over 154,000 babies are born in Illinois each year. By the end of my talk today, 10 children will be born. These children will graduate high school in 2036.

Imagine the kind of world these children will inherit.

How do we prepare them for this future world?

Consider just three exponential technologies that are affecting us today and imagine where these technological improvements may be in the year 2036.

An Exploration Of The Factors That Motivate Gifted And Talented Rural Students To Engage In Stem, Issabella Baldwin Zurek '18, Takudzwa George '18, Clinton Oshipitan '18, Robert Luo '18, Amy Wang '18

Student Publications & Research

Research Questions:

• What motivates rural students to pursue STEM?
• How can we use these factors to engage more rural students in STEM?

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 …

Peer Teaching In A Thematic Unit On Russian Fairy Tales, Paavo Husen

Russian

The goals of the Russian fairy tale unit are to increase presentational, interpretive, and interpersonal communicative Russian skills by encouraging students to speak spontaneously in Russian, to express personal opinions, and to ask clarifying questions. This unit addresses reading, speaking, listening, and writing; truly an integrated task that can help to prepare students for the NEWL Russian (Prototype AP® Russian). Still another benefit of this unit is cultural; students become aware of and familiar with the characters, structure, and vocabulary of Russian fairy tales.

Asynchronous Gifted Students & Human Rights Education: A Residential Life Curriculum Guide Aimed At Supporting Subcultures And Underrepresented Populations, Derek M. Lough

Staff Publications & Research

This Masters Field Project for the International & Multicultural Education Department at the University of San Francisco serves to provide an incomplete, but fairly comprehensive guide to studies that describe the general educational situations of subcultures and underrepresented populations within the context of gifted education and the framework of human rights education. The programs within it adhere to the standards set for Residential Life at the Illinois Mathematics & Science Academy, follow Dr. Monisha Bajaj's six steps for a complete human rights education in the field while also incorporating Dabrowski's Theory of Disintegration.

Session E-5: Diy Microbial Fuel Cells, Peter Clancy, Mark Carlson

Professional Learning Day

Energy is a ubiquitous concept that cuts across scientific disciplines and is well represented among standards. As part of a unit on alternative energy we use to satisfy NGSS Engineering standards, we build microbial fuel cells. While standard kits exist, their cost can become significant. We will lead participants in the creation of their own microbial fuel cells. They will also be given some of the more inaccessible electrode material to take with them.

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 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 C-3: The Black Hawk War, Eric Smith

Professional Learning Day

The Trail of Tears was but one of the many removal programs undertaken by an expansive and industrializing United States. The Black Hawk War offers a number of documents that help promote historical thinking by considering accounts of the events by both sides in the conflict.

Session D-5: Informal Comparative Inference: What Is It?, Karen Togliatti

Professional Learning Day

Come and experience a hands-on task that has middle-school students grapple with informal inferential reasoning. Three key principles of informal inference – data as evidence, probabilistic language, and generalizing ‘beyond the data’ will be discussed as students build and analyze distributions to answer the question, “Does hand dominance play a role in throwing accuracy?” Connections to the CCSSM statistics standards for middle-school will be highlighted.