This workshop equips specialist teachers—including those in physical education, art, music, and world languages—with strategies to integrate STEAM (Science, Technology, Engineering, Arts, and Mathematics) principles into their classrooms. Participants begin with a clear understanding of what STEAM education entails, including an overview of the Engineering Standards. They then explore practical approaches for embedding STEAM in their lessons, using activities and resources that make cross-disciplinary connections tangible. By the end, educators will have firsthand experience with STEAM integration and leave with ready-to-implement lessons and strategies.
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Are your lesson plans truly unlocking the full potential of your students?Â
How can we integrate STEAM across specialist subjects to produce measurable gains in student engagement, creativity, and interdisciplinary understanding?
What systems will ensure specialist teachers consistently embed engineering and STEAM principles to reinforce core academic skills?
How do we build teacher capacity to design cross-disciplinary learning experiences that strengthen problem-solving and real-world application across all content areas?
This workshop helped me better understand the challenges families face and gave me practical strategies to strengthen communication and engagement. I now feel more confident in building supportive partnerships with families to improve student success.

Jen Soloman
School Name
As a result of this work, educators will integrate STEAM principles into their specialist instruction, ensuring students engage in interdisciplinary learning that connects creativity, problem-solving, and real-world applications. Teachers will leave with practical strategies, engineering standards insights, cross-disciplinary lesson ideas, and ready-to-implement activities that make STEAM integration meaningful and accessible across subject areas.
This workshop equips specialist teachers—including those in physical education, art, music, and world languages—with strategies to integrate STEAM (Science, Technology, Engineering, Arts, and Mathematics) principles into their classrooms. Participants begin with a clear understanding of what STEAM education entails, including an overview of the Engineering Standards. They then explore practical approaches for embedding STEAM in their lessons, using activities and resources that make cross-disciplinary connections tangible. By the end, educators will have firsthand experience with STEAM integration and leave with ready-to-implement lessons and strategies.
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Educators will strengthen specialized instructional support services by integrating STEAM principles into physical education, art, music, and world language classes. This work supports district priorities by helping specialist teachers create more aligned, engaging, and interdisciplinary learning experiences that enhance student learning.
