Education Commons^™

Why Are There Microscopes In The Art Room?, Joyce Symoniak

Faculty Publications & Research

During this presentation we will explore how working cross curriculum enhances learning within the visual arts, science and mathematics. We will discuss how the visual arts curriculum can be created in order to bond with STEM courses for student success. Through exploration we will discuss how collaboration within these courses can be used to solidify cross curriculum understanding and learning.

Teaching The Internet As Text, Eric Rettberg

Faculty Publications & Research

In contrast to models that treat the internet as repository of texts, this talk argues that English Language Arts classrooms benefit from treating the internet itself as a complex cultural text worth analyzing in student writing and discussion. I describe a recurring blog assignment that lets students write about contemporary topics they genuinely care about with authentic purpose: to teach classmates, to respond to classmates, to solve genuine cultural mysteries. While the blog assignment was developed first for a class focused on digital culture and electronic literature, I finally argue that the approach to students work it takes can inform …

Diverse Assessments That Encourage Creativity Among Gifted Students, Sowmya Anjur

Faculty Publications & Research

No abstract provided.

Successful Research Driven Projects In The Science Classroom, Sowmya Anjur

Faculty Publications & Research

No abstract provided.

Can You Master This? : Initial Attempts At Specifications-Based Grading In Introductory Chemistry, Laura Kopff

Faculty Publications & Research

The Illinois Mathematics and Science Academy (IMSA) requires all incoming students to complete a one-semester introductory chemistry course in their sophomore year – Scientific Inquiries in Chemistry (SI-Chem). This course has historically been taught using a traditional grading/assessment model, however, in the Spring of 2021, a switch was made to a specification-based grading system. One motivating factor in this decision is an institutional shift to an equity-focused grading approach, and an analysis of our historical assessment model indicated areas for improvement.

Our initial foray into specifications grading was during the Spring of 2021 semester, when all of our courses were …

When 2+2 Is So Much More Than Four: Integrating Social Justice Into Advanced Mathematics Classes, Marti Shirley

Faculty Publications & Research

No abstract provided.

Engaging Students In Equitable Hands-On Assessments, Sowmya Anjur

Faculty Publications & Research

I have successfully replaced written assessments with more equitable and innovative hands-on projects such as heart modeling and creating graphic novels in my classroom, which help improve student engagement and stimulate their passion for learning.

Diverse Ways Of Assessing Students In Science, Sowmya Anjur

Faculty Publications & Research

No abstract provided.

Awareness And Action Campaigns: Foreign Language Instruction In A Stem School, Marta Kaluza

Faculty Publications & Research

Examples of Exemplary Student Work | Spanish V

Diversity And Inclusion In The Stem Classroom, Sowmya Anjur

Faculty Publications & Research

A model of equity and diversity in STEM education has been developed, with applications to classroom pedagogy. This Equity and Excellence Model incorporates culturally responsive classrooms, based on diversity and equity minded practices. The diversity model was successfully implemented into a Science classroom and this model is still evolving to be more widespread to fit other classrooms and districts nationwide.

Virtual High School Physiology: Hands-On Experiences During The Covid Pandemic, Sowmya Anjur

Faculty Publications & Research

The CoVID pandemic has forced us to rethink our curriculum and allow for many unforeseen factors. Going virtual since March has affected teaching and learning and made it almost impossible for students to perform hands-on learning. My school is a residential school for students in grades 10-12 and since we cannot have students congregating on campus, and possibly spreading the virus, we went virtual. We have had to revamp our curriculum and change our teaching to engage students online. The question then becomes - how do we promote equity, diversity and inclusion through online learning, knowing that many of our …

Diversity And Equity During Covid 19: An Analysis Of Student Attitude And Understanding In Pathophysiology, Sowmya Anjur

Faculty Publications & Research

To increase student engagement and reduce frustration over grades, data is being collected in my Pathophysiology classes on specific assessment questions which require students to think and apply what they have learned to answer assessment questions (“transfer” questions). These questions are being administered both before and after students have completed specific modules to assess their attitude and understanding of the material. Data is also being collected on student study habits before and after specific assessments for correlation with their scores on “transfer” questions. It is hoped to reduce student frustration over grades by analyzing their behavior and improving their understanding.

Topics And Challenges In Teaching Computer Science For Gifted And Talented Students, Tom Meyer, Namrata Pandya

Faculty Publications & Research

No abstract provided.

Adaptations Of The Illinois Mathematics And Science Academy In Response To Covid-19, Sowmya Anjur, Dave Devol

Faculty Publications & Research

No abstract provided.

Graphic Novels In Biology – A Novel Assessment Idea, Sowmya Anjur

Faculty Publications & Research

Galileo once said, “You cannot teach a man anything, you can only help him find it within himself.” (Goodreads, 2020). I have often pondered upon how best I could use this advice. I have been an educator for 24 years and have loved every minute of it. During this time, I have seen students of all cadres come and go, but they all have one thing in common - their innate fear of written assessments. In general, students in high school tend to have a different perspective on education than their adult counterparts - they tend to procrastinate, are usually …

Expanding Opportunities For Student Inquiry And Research, Angela Ahrendt

Faculty Publications & Research

Student Inquiries in Research (SIR)

• Students perform research either on or off campus on “I” days (usually Wednesdays) during the academic year
• Some students also do SIR summer research
• It is not required, however about 2/3 of the students will do an SIR project
• The goal of the program is to teach students how to carry out authentic research
• Every student will give a presentation on their research at IMSAloquium in April

Collaboration And Inquiry For The Science Classroom, Jessica Amacher, Sarah O'Leary-Driscoll, Crystal Randall

Faculty Publications & Research

Science is a collaborative endeavor, where most of the significantly influential advances are achieved by groups of scientists working together across varying institutions and disciplines. To reflect this, we should offer opportunities for our students to learn, research, and communicate with their peers. In this workshop, we share models that we have found successful for designing opportunities, as well as ideas for topics that promote real world application and cross disciplinary work for students, drawing from our experiences with the International Student Science Fair and other international strategies. We will help interested teachers in developing their own working groups to …

Be The Change: Re-Ignite Student’S Passion For Problem Solving & Mathematics, Joseph Bolz, Marti Shirley

Faculty Publications & Research

Outcomes!

• I will be able to facilitate an open ended and open middle problems in the classroom, complete with questioning techniques and student prompts.
• I will experience how to modify a textbook problem into a richer open task that encourages discussion and multiple approaches, with a focus on tailoring them to real world applications.
• I will leave with a list of questions, perfect for posing to students while engaged in the problem solving process, and also useful for any class period when students are lacking persistence

Effective Strategies For Integrating Stem Education Into Chinese Language Classroom, Sophie Wang, Christine Zhang

Faculty Publications & Research

1. What is STEM?

-How can it be integrated into the current language curriculum?

2. Why STEM?

-Trend of offering the Mandarin course at K-12 schools

3. Chinese Curriculum & STEM-focused topics

-The STEM-focused topics incorporated at IMSA

4. Teaching strategies

-Lesson design, use of authentic materials, activities

Teaching In A Competitive Science-Focused High School, Crystal Randall

Faculty Publications & Research

• What is IMSA?
What students do we serve, our role in the school system
• Teaching and Research responsibilities
Responsibilities, course load, students, teaching philosophies, resources
• Other institutional responsibilities
• Job resources

Using Forensics To Introduce Ir Spectroscopy & Molecular Modeling, Joseph T. Golab

Faculty Publications & Research

A student activity is reported that analyzes “medical evidence” with experimental and computational methods. The lesson demonstrates benefits of solving practical problems with integrated tools.

Diversifying The Stem Education To Career Pathway!!!, Adrienne Coleman, Sowmya Anjur

Faculty Publications & Research

Education has always been a privilege. Most of us do not realize this. Opposition to the implementation of diversity and social equity has littered history. Many modern inventions and improvements were conceived under circumstances that included dire poverty and social inequity. The Illinois Mathematics and Science Academy recognizes and acknowledges the historical underrepresentation and marginalization of culturally, linguistically, and economically diverse groups, both universally, and particularly, in STEM education and professions. Thus, this presentation will focus on the development of a plan for advancing equity in STEM education and representation and creating a diverse, inclusive community of global citizens who …

Diversity And Inclusion In The Science Classroom, Sowmya Anjur

Faculty Publications & Research

A Diversity, Epidemiology and social justice unit was incorporated into the Physiology and Disease curriculum in Fall 2016. Students discussed topics such as social and cultural influences on diversity thinking, and selective treatment in hospitals based on race. It was very noteworthy that students were united in their thinking regarding diversity and inclusion, despite the fact that they were from different backgrounds and diverse cultures. In 2017, additional discussions were held on equity in education. Students who were otherwise reserved were encouraged enough to express their views, and everyone appreciated the fact that they had been included.

Environmental Impact- Using Digital Media To Focus Student Learning, Crystal Randall, Sowmya Anjur, Donald Dosch

Faculty Publications & Research

Environmental issues are global challenges that our students will have to address in their future. Addressing these issues through curriculum helps bring purpose to students’ learning. We have developed a capstone project in our introductory biology class that allows students to engage in these issues in a creative and personalized manner, and which asks students to not only address the biology at the core of these issues but also suggest possible solutions to the problem. In this session, we will share how we scaffold our curriculum to prepare students for this experience, as well as show examples of student work.

Engaging Students In Fundamental Biological Concepts Through Un Sustainability Goals, Sowmya Anjur, Donald Dosch

Faculty Publications & Research

Advanced Biological Systems is year-long introductory biology course for Juniors at IMSA. It is aligned with the United Nations Sustainable Development goals, the use of which has been identified as an initiative for curriculum development. These goals help to bring purpose to students’ learning. We have identified three of the seventeen goals as guideposts for our curriculum. These are clean water and sanitation, sustainable cities and communities, and good health and well-being. In this presentation, we will share our curriculum development process and examples of instruction linked to these UN goals.

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.

Maximizing Communicative Competency In A Classroom, Yinshun Wang

Faculty Publications & Research

Developing students’ communicative competence is a primary goal of many language classrooms. This session will present various strategies to encourage learner agency. The presenter will introduce strategies to execute fast-paced communicative learning activities that bypass mechanical activities and task-based student assessments to measure students’ proficiency in interpretive, interpersonal and presentational modes of communication. Examples of lesson plans and student work from a high school Chinese classroom will be provided.

Teaching Tolkien: Language, Scholarship, And Creativity, Adam Kotlarczyk

Faculty Publications & Research

Why Tolkien?

Let us start with the obvious—if cynical—question, almost certain to come from a skeptical administrator or colleague: why would any serious, self-respecting English teacher want to teach an author whose work is about dragons, fairies, and the fantastic? With all the increased attention to standardized testing and with the demand for rigor in read- ings in the average English curriculum, choosing a popular text might raise eyebrows among critics. The question that an English teacher may be asked (or indeed, may ask him- or herself) is: doesn't teaching Tolkien as "serious" literature just fan those flames?

“Analyze, Acquire, Apply, And Write” As A New Learning Model In Science, Jeong Choe

Faculty Publications & Research

I have developed a new teaching and learning model called AAAW, which stand for Analyze, Acquire, Apply and Write. This model grows from action research and unique experience in teaching a biochemistry course to high school students who are talented in math and science. In this model, students first "Analyze" lab data to generate questions that lead them to "Acquire" background knowledge. Students then go back to the data and "Apply" their new knowledge to better understand the data. Finally, students "Write" about the connections they make from their reading, data analysis, and application of the data. The rationale behind …