As schools and districts intensify efforts to expand equitable access to science, technology, engineering, arts, and mathematics (STEAM), an increasing number are adopting TinkRworks to deliver hands-on, project-based learning. This fall, several public, private, and charter schools renewed or began partnerships with TinkRworks to introduce standards-aligned STEAM projects into K–8 classrooms.
Recent districts and schools that have renewed or expanded their work with TinkRworks include Killeen Independent School District in Texas, Hope Community Public Charter School – Tolson in Washington, D.C., Frances Xavier Warde School in Chicago, Barack Obama School of Leadership and STEM in Park Forest – Chicago Heights School District 163, and St. Isaac Jogues Parish Catholic School in Hinsdale, Illinois. New partners this year include The Woodlands Christian Academy in Texas. These institutions join hundreds of schools nationwide that use TinkRworks as part of their strategy to create inclusive, engaging STEAM learning environments for students in grades K–8.
School and district leaders are choosing TinkRworks because its curriculum and materials are flexible, classroom-ready, and designed for easy implementation across a variety of instructional settings. According to TinkRworks CEO Dr. Chad Stevens, “TinkRworks can be implemented in a variety of settings, which makes it an easy choice for school and district leaders. Our STEAM curriculum and projects come ready-to-teach and can be used by teachers of all experience levels, even if they’ve never taught STEAM subjects before.” This readiness helps educators focus on student learning and creativity rather than on complex lesson planning or extensive preparation.
TinkRworks is built around project-based learning that encourages exploration, problem solving, and real-world application. Each project is standards-rich and typically provides between 10 and 18 hours of guided instruction, allowing teachers to adapt pacing and depth to their classroom schedules. Projects are intentionally interdisciplinary and can be integrated into STEM/STEAM classes as well as science, math, English language arts, music, art, and social studies, promoting cross-curricular connections that deepen student understanding.
The TinkRworks solution includes multiple components to support teachers and students: a structured curriculum, hands-on project kits, professional development for educators, and an online learning platform with a coding environment students use to bring their creations to life. Project kits provide tangible materials for building prototypes and experimenting, while the web-based platform supports digital creation, sequencing, and coding skills appropriate for elementary and middle school learners.
Because TinkRworks supports varied delivery models, schools are using the program in regular classroom blocks, dedicated makerspaces, afterschool programs, summer school and camp settings, and extended learning opportunities. The modular nature of the projects enables teachers to scale activities for different group sizes, adjust difficulty levels for mixed-ability classrooms, and align lessons with local standards and assessment goals.
Professional learning and teacher supports are central to successful implementation. TinkRworks provides training and resources that help teachers build confidence with both the content and the technology, so even educators new to STEAM instruction can effectively facilitate hands-on learning. Coaching and curriculum guides enable consistent implementation and help teachers assess student progress in ways that reflect both content mastery and the development of critical thinking, collaboration, and creative problem-solving skills.
Equity is a guiding principle for many of the districts adopting TinkRworks. By offering ready-to-teach materials, age-appropriate technology, and varied delivery options, the program seeks to reduce barriers that often limit student participation in STEAM—such as lack of teacher preparation time, insufficient classroom resources, or limited exposure to hands-on, project-based experiences. The result is a more inclusive approach that invites diverse learners to engage with engineering, design, coding, and the arts.
More on TinkRworks
TinkRworks is a supplemental K–8 STEAM solution focused on transforming learners into innovators through project-based learning. Its core offering combines a standards-aligned curriculum, innovative hands-on project kits, educator professional development, and a web-based learning and coding environment that students use to prototype, test, and refine their projects. The program is designed to be classroom-ready and adaptable to different instructional contexts, including classrooms, makerspaces, afterschool programs, and summer learning. Schools interested in learning more about implementation options and program features can reach out to TinkRworks directly for detailed information and support tailored to their needs.