Code.org at NYSCATE 2024

Demos and swag!

Code.org® is a nonprofit dedicated to the vision that every student has the opportunity to learn computer science as part of their core K-12 education. We focus on increasing participation by young women and students from other underrepresented groups. The leading provider of K-12 computer science curriculum in the largest school districts in the U.S., Code.org organizes the annual Hour of Code campaign. Code.org is supported by generous donors including Microsoft, Amazon, Google and others.

Visit us: Code.org staff will be on site to answer your questions and offer insight on how we can help bring computer science and AI programs to your district.

About the Event:

The LACUE Conference supports teachers by providing everything they need to create a fully engaged classroom. At LACUE teachers are learning how to transform classrooms to increase student engagement with the latest learning strategies that integrate technology to affect student achievement, individually or as a class. From hands-on workshops diving into the world of 3D printing to interactive presentations exploring best practices for today’s top tools like Google Classroom, Kahoot and SeeSaw, teachers will find just what they need to hone their skills and develop new competencies.

Workshops and sessions go beyond just learning a new tool or technology skill as by blending content knowledge into their presentations. Presenters are carefully selected for their outstanding knowledge and up-to-date expertise in the integration of all kinds of technologies, including apps, extensions, websites, Web 2.0 tools, social media, and much, much more. Teachers will learn how to incorporate technology into their lesson plans to engage students in learning activities that motivate and inspire them. Multiple learning formats (presentations, hands-on workshops, poster sessions, vendor-led presentations, and interactive learning areas) allow teachers to customize their learning experiences.

Visit the conference!

With Louisiana’s new computer science graduation requirement set to take effect in 2026-2027 and as the demand for computer science (CS) education grows, school districts are recognizing the need to develop a cohesive K-12 CS implementation plan. This session is designed to guide district administrators in building a sustainable, district-wide computer science program using the resources provided by Code.org’s District Program and CS Implementation Toolkit. This session will introduce you to Code.org’s District Program, a structured partnership model aimed at supporting districts in creating equitable and scalable CS pathways for all students. Participants will explore the CS Implementation Toolkit, which offers a step-by-step guide to planning, implementing, and scaling a comprehensive K-12 CS curriculum. You’ll learn how to leverage these tools to develop your district’s vision for CS, identify key stakeholders, secure funding, and build capacity among teachers. We’ll cover essential elements such as: • Strategic Planning: How to create a clear roadmap for bringing CS to every grade level. • Resource Alignment: Accessing curriculum resources, professional development, and support systems to empower your teachers and students. • Equity and Access: Implementing inclusive practices to ensure that every student, regardless of background, has the opportunity to succeed in CS. • Partnerships and Support: Learn how Code.org’s District Program supports districts in building strong partnerships and engaging with state policies to expand access to CS. Whether your district is just beginning to think about computer science or is looking to scale an existing program, this session will provide actionable strategies and insights for ensuring a successful, district-wide K-12 CS initiative. Walk away with a comprehensive understanding of how to develop and sustain a computer science program that prepares students for future success.

We’ll start by exploring the importance of CS education, focusing on how early exposure to computer science develops essential skills like problem-solving, collaboration, and critical thinking. As schools adapt to meet the state’s new graduation requirement, CS Discoveries offers a flexible, engaging, and scalable solution for classrooms of all sizes. During the session, you’ll get an overview of the Code.org curriculum, including its key units on web development, data, and physical computing. We’ll showcase how the curriculum aligns with Louisiana’s standards and provides a pathway for all students to succeed in CS, regardless of their background. We’ll also share implementation strategies to help teachers integrate computer science into their existing programs, even if they have limited resources or no prior computer science experience. Additionally, we’ll highlight equity-driven approaches to ensure that all students—especially those from underrepresented groups—can benefit from this transformative learning opportunity. Through interactive discussions and practical examples, participants will leave this session equipped with the tools, knowledge, and confidence to implement computer science in their classrooms and ensure their students are ready to meet the upcoming graduation requirement and beyond.

Computer science (CS) is more than just coding—it’s a way of thinking that fosters problem-solving, creativity, and critical thinking in students. In this 50-minute workshop, designed for elementary educators, we’ll explore how to integrate CS into the K-5 classroom through engaging and developmentally appropriate activities. With resources from Code.org’s CS Fundamentals and CS Connections curricula, you’ll learn how to build a strong foundation for computer science that aligns with your existing teaching goals. We’ll also share information about CS Basics for K-5 teachers for those unfamiliar with computer science concepts. We’ll begin by discussing why CS matters in elementary education, emphasizing how early exposure to computational thinking helps students develop lifelong skills that extend far beyond the tech world. Whether or not students pursue careers in computer science, learning how to think like a problem-solver prepares them for success in any field. This workshop will provide an overview of Code.org’s elementary CS offerings, focusing on the progression of skills from unplugged activities to block-based coding. We’ll introduce CS Fundamentals, which scaffolds student learning through hands-on lessons and activities, and CS Connections, which integrates computer science with core subjects like math, science, and literacy. Attendees will participate in interactive activities, experiencing firsthand how CS can be taught in the elementary setting without needing prior computer science experience. We’ll also provide practical strategies for making CS lessons engaging, accessible, and equitable, ensuring all students—especially those from underserved populations—can benefit. By the end of the session, you’ll leave with a toolkit of resources and confidence to integrate computer science into your classroom. You’ll be empowered to create a learning environment where students are excited to explore the possibilities of CS and build the skills they need for the future.

Artificial Intelligence (AI) is rapidly transforming the way we live and learn, and it’s crucial for educators to stay ahead of the curve. In this workshop participants will explore how AI can be leveraged to revolutionize teaching and learning. Whether you're new to AI or looking to deepen your understanding, this session will provide you with the tools and knowledge to effectively integrate AI into your classroom. We’ll start by demystifying AI, breaking down what it is and how it works. From there, we’ll explore AI in education—highlighting practical applications of AI-powered tools that can enhance student learning outcomes, personalize instruction, and support educators in managing their classrooms more efficiently. Beyond the benefits, we’ll dive into responsible AI use, addressing key concerns such as bias, equity, and ethical considerations. We’ll discuss how to ensure that AI is implemented in ways that are safe, fair, and beneficial for all students, especially those from underrepresented groups. Explore key aspects of AI literacy for both students and educators, understand the ethical considerations around AI, and gain practical tips on integrating AI-powered tools into your classroom. This session will highlight policy recommendations, AI frameworks, and offer actionable insights for bringing AI into classrooms safely and equitably. This workshop will also provide a hands-on look at teaching with and about AI, helping educators introduce students to AI concepts and build AI literacy. We’ll show how AI can be integrated into existing curricula, particularly through the lens of computer science education. Finally, we’ll discuss AI policy and frameworks, including best practices for incorporating AI into classrooms and upcoming trends that are shaping the future of education. By the end of the session, participants will walk away with practical strategies and resources to start their AI journey, ensuring they’re prepared for an increasingly AI-driven world.

Discover the magic of combining music and computer science in this interactive workshop designed to introduce teachers to Code.org’s Music Lab curriculum. This creative and engaging curriculum allows students to explore coding concepts while composing music, making computer science accessible and exciting for learners of all ages and abilities. In this workshop, we’ll begin by exploring why integrating music with computer science is a powerful way to engage students, especially those who may not initially see themselves as interested in coding. By connecting the logical and creative processes behind music creation with coding skills, students develop computational thinking while fostering creativity and problem-solving. We’ll provide an overview of the Music Lab curriculum, which introduces students to block-based coding through fun, interactive lessons. Teachers will learn how students can create their own musical compositions, experiment with rhythms and melodies, and even simulate their favorite instruments, all while developing foundational coding skills. Through hands-on activities, participants will get the chance to explore Music Lab tools, including song creation, beat making, and visualizing sound waves. We’ll show how to use these activities to teach coding concepts like loops, conditionals, and functions in a way that resonates with students’ interests and creativity. No previous coding or music experience is required! The session will also focus on strategies for classroom integration, offering practical tips for implementing Music Lab in a variety of learning environments—from after-school programs to full-class lessons. We’ll also discuss how Music Lab can support equity in computer science education by engaging students from all backgrounds, especially those who may feel more comfortable in creative, artistic domains. By the end of the workshop, you’ll have the tools and confidence to bring the excitement of coding and music into your classroom, sparking curiosity and innovation in your students.

Code.org at LACUE 2024

Demos and swag!

About the Event:

AI Resources

Free Curricula

AI Professional Learning

Additional resources from Code.org

About Code.org