Are you using the Illinois Learning (IL) Science Storylines? Would you like to share your experiences and connect with others who are also implementing them in their classrooms? Then join this session to network with fellow educators, exchange ideas, and discuss best practices for using the IL Storylines to enhance science teaching and learning. Whether you're a seasoned user or just starting out, this session offers a supportive space to collaborate and learn from one another.
I have been using legos to help teach chemical bonding, balancing chemical equations, stoichiometry, dimensional analysis and limiting reagents to my chemistry students. We will discussion I use this in my classroom and how I got my supplies using a front and center grant. We will go through my assignments that I do with my students and see what other ideas people have to use legos to teach.
AI is already having a significant impact on education and is only just starting to transform our work and lives. This session seeks to provide a discussion space for educators to consider some of the following thought prompts: -How do I design work that will help my students learn in the age of AI? -How do I leverage AI for my work? -How do I use AI ethically and how do I teach students to use AI ethically? -Who has access to AI and what biases are inherently embedded in it? -What policies exist in my space about AI? -What policies and practices do I want to establish using AI? -How can I evaluate the use of AI in my work and in my students’ work?
Attendees will be able to leave with: -A better understanding of the ways that AI is shaping and will shape their work. -Reflections on their views and values about AI in the classroom -Next steps for their practice in the ethical use of AI
There is a folder on my desktop with way too many activities saved in it. I know that I will never implement them all, but occasionally I will discover a new “tool” for my “teacher toolkit.” What I really want is to hear what “tools” other folks like to use. For this reason (and many others), I am happy to have found a community of practice of other science teachers with whom I can chat about stuff I want to try in my classroom. I have learned a lot from our times together and hope teachers at any stage of their career are able to find a similar support network. In this workshop, we will act as a small community of practice for the day. First, we will get into a classroom mindset by making sense of an “everyday phenomenon”. Afterwards, we will open space for folks to share experiences and resources that they find productive for meeting similar goals or could help improve the learning experience. Come to have some fun doing a kitchen-safe lab activity and chat with others about productive experiences teaching and learning science.
I will discuss how I use the 3D Molecular designs water kit to help my students understand water and solutions. We will discuss the different hands on activities I use with the water kids and my students to show the properties of water and different types of solutions. We will also discuss how you can show how water dissolves substances.
Every student deserves a welcoming and comfortable learning environment. At this polarized time, different communities are in different places in their level of encouraging welcoming spaces. In our session we’ll brainstorm the types of things that are within the control of a classroom practitioner to create welcoming spaces for all different types of identities. We’ll also share brainstorming of ways of overcoming community challenges. We will honor the wisdom and experience of the diverse perspectives of the room, by modeling strategies for helping people solve each other’s problems. Finally, we’ll look at places where in a Science classroom in particular, old types of thinking/ exclusion may cause problems for learners.
Attendees will be able to leave with: -A reflection on the identities present in their context -A list of possible strategies to try to make their space more welcoming to those identities -Troubleshooting solutions to other people’s challenges in creating welcoming spaces
Performing environmental surveys on your school building and campus is a way to make science content relevant to students and to discover and address environmental problems at your school. This presentation reviews a case study where students learned about air pollution through school air quality surveys. Four different surveys will be covered: an indoor carbon dioxide survey, an indoor particulate survey, an outdoor PM 2.5 survey, and an outdoor lichen survey. You will come away with knowing what supplies you need for each survey, how to evaluate the data, recommendations for scaffolding skills and content, and possible summative options, including a presentation to administration on environmental problems students discovered.
Standards: HS-ESS3-1. Construct an explanation based on evidence for how the availability of natural resources, occurrence of natural hazards, and changes in climate have influenced human activity.
Science & Engineering Practices: Planning and Carrying Out Investigations, Analyzing and Interpreting Data, Constructing Explanations and Designing Solution
Attendees will hear about our work to best unpack rich teacher resources to develop a cohesive PLC perspective of what a uniform experience might look like. We will discuss strategies for how to UBD a transfer task based assessment system which focuses on Science and Engineering Practices (SEPs) and Crosscutting Concepts (CCCs) rather than Disciplinary Core Ideas (DCIs). Teachers in a PLC need to develop a shared vision of what student success looks like on SEPs/CCCs in order to efficiently share success criteria with students and effectively plan instruction to provide students to deeply engage in productive work to build the capacity for that success. At the end of the session, attendees will leave with a template that could be used as is or edited to organize PLC discussions for backwards planning a unit. Attendees will leave with strategies for clarifying SEP/CCC success and facilitator moves for developing those practices in the classroom.
Join the WSST Professional Development Committee for a round table discussion about professional development opportunities you want to see from the committee.
Think outside the box! As we continue to face decreasing levels of student engagement, can we design new course offerings to captivate students in a variety of ways?
Science electives offer high school students a unique opportunity to explore their passions and delve deeper into specific scientific fields. Beyond meeting graduation requirements, these courses provide invaluable benefits, such as gaining in-depth understanding of a specialized science area, developing practical skills through laboratory work, fostering critical thinking and problem-solving abilities, exploring potential career paths, and simply satisfying a natural curiosity about the world!
Attendees will hear about the development process for three unique electives including: Cultivating student interest, encouraging exploration and interest-based course selection, and providing opportunities for students to contribute to curriculum development.
Presenters will share reflections on the preliminary offerings, including successes, challenges, and the need for cultural shift in order to maximize the benefit of these courses.
Attendees will experience several related science phenomena to build incrementally more productive models that explain the science that is being observed. A focus will be placed on attendee sensemaking -- both individually and as a collective group -- to increase facilitator tool boxes in terms of supporting student sensemaking through scientific models. The NGSS Science and Engineering Practice (SEP) of Developing and Using Models can be leveraged to bring student ideas to paper to explain weird and complex ideas. As facilitators in 3-Dimensional learning spaces, sometimes it is difficult to provide students guidance in how to create productive models without squashing student agency and authority. How can a teacher guide students toward success while leaving space for student discourse around productive modeling practices? Attendees of this session will leave with practical tools they can use to organize their facilitation moves when they ask students to develop scientific models.
This session is designed for educators who are new to AI or hesitant about using it. Attendees will be introduced to a variety of AI platforms to help determine which tools might best suit their needs. Real-life examples will demonstrate how AI can be used for creating and modifying content, designing unique classroom experiences, and saving time in both professional and personal tasks.
The presentation will highlight intuitive, accessible tools directly applicable to teachers’ daily routines. Participants will have time to explore these tools and see firsthand how easy it is to integrate AI into their practice in manageable steps.
By the end of the session, attendees will feel more confident about incorporating AI into their work, knowing that these tools are meant to enhance—not replace—their teaching.
Learning Objectives:
Understand how AI can streamline and simplify everyday tasks for teachers. Discover AI tools to amplify your lessons and engage students in new ways. Gain confidence in using AI to enhance both your professional and personal life.
High School Science Teacher, School District of Waukesha
This is my 12th year as a high school science teacher (Chemistry and Physics). I am an inveterate user of Blackboard and Google apps to facilitate instruction both virtually and face-to-face. I enjoy testing the capabilities and limits of what a program can offer me because my... Read More →
Saturday April 5, 2025 10:00am - 10:50am CDT
Thistle
Learn how a digital template can provide scaffolded guidance for student learning by providing easily accessible learning resources such as embedded content sources (video clips, articles, website links, etc) and clarifying support related to expectations for student work products (embedded rubrics, student work exemplars, etc). Additional discussion and simulated mini-lesson will cover how this approach fosters more efficient and relevant feedback of student work and how the digital template can serve as a resource hub for teaching materials (i.e. lecture slides, class data collection, rubrics, answer keys, etc.). Student notebook samples and corresponding digital notebook templates will be available for reference.
In this participatory session, we will discuss several approaches to justice-centered science education, and then collaboratively brainstorm ideas and questions about how to begin centering justice in our own teaching practice. The presenters will give an overview of recent work done in this area by Danny Morales-Doyle (author of Transformative Science Teaching), Django Paris (culturally sustaining pedagogy) and Anastasia Sanchez (the Social Focus Framework). In addition, we will briefly discuss how phenomenon-based curricula and 3D Learning can act as a springboard into justice-centered teaching. We will then brainstorm social justice science issues that matter to, or affect our students and their communities, as well as questions related to teaching and learning science for social justice. The objective of this session is to explore the path that middle and high school science teacher learning communities might take to develop an understanding of what it means to center justice in their practice.
Learn what makes great phenomena and come away with free lessons.
Not all phenomena are equal. How you kick off your unit sets the tone for the entire unit itself. Learn what makes a phenomenal phenomenon that keeps your students engaged. You’ll learn how to choose and implement the best science phenomena. You’ll also receive free access to Mosa Mack Science phenomena lessons.
This interactive, hands-on workshop has three parts:
1. Why Phenomenon: We dive into the purpose and methodology of teaching with phenomena. 2. Hands-on Physical Science: You’ll experience a shocking phenomenon: security camera footage of cars that appear to be levitating! What is really going on in the footage, how can we test it, and what can we learn about the laws of force and motion from it? 3. Closing: We’ll close the workshop with a brief summary, lesson takeaways, and a final Q&A.
In this workshop, attendees will build replicas of human anatomy using clay and a specially designed skeletal model in a classroom setting. Educators will learn how to implement a unique curriculum system which helps students create a kinesthetic map of the human anatomy. They will acquire the knowledge to engage science students with immediate, hands-on learning using a proven method that is nationally recognized to increase student retention and test scores.
This workshop will emphasize directional terms, planes, cavities and landmarks on the skeletal model and then build several skeletal muscles. Emphasis will be placed on building the rotator cuff showing their origin and insertion, their movement and discuss exercises to strengthen these muscles.
