Vermont Fest 2024

In this session, we will explore how artificial intelligence is transforming the educational landscape. Educators will gain access to a practical toolkit filled with AI-driven tools and resources that can enhance and streamline instruction to foster student engagement. As we navigate these new technologies, we'll also discuss the magnitude of change required—rethinking traditional teaching practices, integrating AI into everyday learning, and ensuring equity and access for all students. This session is designed to empower teachers to confidently adopt AI, transforming their classrooms for the future. 

This hands-on workshop will provide educators with the tools and knowledge needed to integrate 3D printing technology into any curriculum, enhancing student engagement and bringing learning to life. Participants will explore how 3D printing can be used across different subjects like math, science, history, and art. By the end of the session, educators will walk away with actionable lesson ideas and the confidence to implement 3D printing in their own classrooms.

As school leaders continue to navigate the Professional Development (PD) landscape, join WeVideo for an interactive session that examines innovative ideas on balancing asynchronous, synchronous, and personalized PD with faculty, staff, and administrators. We will uncover how Interactive Learning tools can help create a culture of proactive and immediate learning without compromising individual faculty and staff experience and training needs.

Leverage the power of 3D platforms and virtual makerspaces to create opportunities for all students to dive into emerging STEAM careers with real-world STEAM projects. Learn how to design authentic learning activities where students engage in high-fidelity prototyping and learn spatial reasoning, computational thinking and data analysis. This presentation highlights how virtual Makerspaces, specifically Maker's Empire, Tinkercad and Qweebi paired with 3D printing and CAD tools, can break down barriers for students in under-resourced schools or remote areas by providing them with the same hands-on, innovative learning experiences as those in physical Makerspaces.
Reimagining Learning and the Classroom
* Virtual Makerspaces increase access to STEAM by eliminating space and cost issues! They allow for diversity in student choice by making it possible for different students to do different projects simultaneously in class! Virtual Makerspaces are more inclusive by offering ways to adapt the software to students with different needs!
Diversity, Equity and Inclusion
* I prioritize Diversity, Equity, and Inclusion by introducing 3D design platforms transcending socio-economic barriers, offering free access for children of all backgrounds. As a woman in computer science, I also can offer teachers my a unique perspective to help teachers integrate emerging tools for every student K to 12.

Explore strategies to bring invention design into your learning space (both in and out-of-school) with an introduction to the Young Inventors' Program and Vermont Invention Convention. This K-8 project-based curriculum is divided into grade level units, meets core standards, including the NGSS, and provides hands-on STEM activities to take students on an invention journey through the design process, culminating in a showcase of original inventions that may lead to local and national competitions, including the Vemront Invention Fair on February 8, 2025. Learners will have an opportunity for expression and creativity as they develop and practice higher-order thinking skills. This workshop will provide you with all the resources you need to bring the Young Inventors’ Program to your classroom, after school progrmak, library or other learning enviroment – all for FREE!

Join us for an exclusive look at the latest version of Seesaw, featuring Instruction + Insights, designed to empower elementary teachers by enhancing classroom learning and simplifying workflows. Seesaw’s easy-to-use platform supports teachers with pre-built, engaging lessons that fit seamlessly into everyday teaching. This session will also introduce Seesaw’s powerful new Early Literacy and English Language Development (ELD) curriculum, tailored to support diverse learners and strengthen foundational skills. Discover how these tools can transform teaching, elevate student engagement, and provide meaningful insights to drive academic success.

Middle school teachers hear it all the time: “You teach middle school? Wow, how do you do it?” Yes, middle schoolers are hormonal, immature, wacky, awkward, and kind of all over the place. But, they are also hilarious, creative, and enthusiastic learners, if you can just tap into their energy and engagement! Join a panel of seasoned middle school librarians to discuss the unique issues facing those of us who teach this age level. We will discuss library collection development, events and activities, and developing engaging lessons.

Slide Show


Teachers will learn how to effectively use tools like Gemini, ChatGPT, Bing AI, and Magic Schools AI to enhance lesson planning, curriculum development, and classroom instruction. Discover how these tools can work for you to create differentiated lessons, generate lesson summaries that meet IEP accommodations or provide summaries for students who miss class due to illness, adjust reading assignments to appropriate Lexile levels, create newsletters for families, brainstorm project ideas of various DOK levels, and even provide feedback on simple formative assessments.

These tools can also be valuable for generating and proofreading email responses to challenging interactions. Beyond being a search engine or a tool for asking questions, AI can serve as a collaborative partner, helping teachers continually evolve their lessons to be more engaging.

By the end of the session, participants will gain valuable insights into how to make these tools work effectively in their specific educational areas. They will also have a better understanding of why these tools should not be blindly banned and how to incorporate them into lessons to demonstrate appropriate AI usage.

While most students may not have direct access to these tools at school, the reality is that they are likely using them on their personal devices and accounts. As educators, we can teach and model appropriate use of these tools to help students understand how they can be used to assist learning. For example, we can demonstrate how to ask effective questions to AI to get started on a large research project, such as "Gemini, can you provide me with a list of 10 resources to help me understand the use of electromagnetism in MRI machines?"