In the field of education, there is a special kind of leader—one who is deeply committed to students while continuously evolving with the tools and technologies that shape their future. Mr. Dan Grande is one such educator. With more than 30 years in education, he has built his career around student growth, innovation, and hands-on learning.
Long before digital tools entered the classroom, he was already a builder and creator. His passion for crafting and making dates back to his high school years in the early 1980s, where he developed a lifelong appreciation for building, tinkering, and creating with his hands. Over time, that passion has evolved alongside advancements in technology, shaping both his personal work and his vision for education.
From Hands-On Building to Digital Fabrication: A Natural Evolution
Dan’s journey into modern digital fabrication is not a recent shift, but rather a natural progression of a lifelong interest in making. Over the past decade, his workshop has transformed significantly with the introduction of CNC machines and laser technology. These tools have expanded his ability to move from traditional craftsmanship into precision-based design and production.
Through years of hands-on experience, he has worked with a variety of fabrication technologies and brands. With that perspective, he made the intentional decision to fully transition to the xTool ecosystem—removing other machines from his personal workspace in favor of a unified, reliable platform. This consistency has allowed him to refine his workflow, streamline processes, and deepen his expertise as both a creator and an educator.
Today, his workspace includes a range of xTool devices, each serving a specific purpose in design and production. For Dan, this work is not a side pursuit—it is a bridge that connects creativity, problem-solving, and real-world application for students.
Bringing STEM Education to Life Through Leadership and Collaboration
Under Dan’s leadership, laser technology has become a meaningful and integrated part of the school’s STEM and engineering programs. What began as an effort to introduce hands-on tools into the classroom has evolved into a structured, student-centered approach to learning—one that emphasizes design thinking, iteration, and real-world application.
A key part of this program’s success has been a strong collaborative partnership. Six years ago, Dan hired a technology teacher who shared the same vision for how emerging technologies could shape the future of education. Together, they have built a program grounded in shared goals and mutual support.
While the teacher leads the day-to-day classroom implementation, Dan provides strategic direction, resources, and ongoing support. They collaborate on everything—from equipment selection and curriculum planning to project design and long-term program development. This partnership has created a consistent and forward-thinking learning environment for students in grades 7 through 12.
Student Innovation in Action
The results of this approach are best seen through student work. Students are not simply using machines—they are designing, building, testing, and refining complex projects that require creativity, persistence, and technical skill.
Each year, students participate in Western New York’s STEM Wars competition, where they have consistently earned top recognition for creativity, craftsmanship, production quality, and engineering process development.
Recent standout projects include:
- Fully designed and programmed pinball machines
- Custom-built foosball tables
- Detailed model train displays featuring engineered bridge systems
- A shuffleboard table enhanced with integrated electronic components
These projects reflect a deep level of student ownership and engagement. Students experience the full engineering cycle—from concept to completion—developing both technical skills and confidence along the way.
A Vision for Consistency and Growth
- As the program continues to grow, Dan and his colleague share a clear long-term goal: to transition the school’s technology program fully into the xTool ecosystem. By phasing out other equipment and standardizing on high-quality, reliable tools, they aim to create a consistent experience that supports both instruction and student innovation.
- This approach not only simplifies workflows but also allows students to build deeper familiarity and confidence with the tools they use—an important factor in developing real-world skills.
A Creator Within the xTool Community
Beyond the classroom, Dan remains an active and engaged creator. He is a Premium Creator (need.it) on the Atomm platform and also serves as an xTool Host. In this role, he regularly demonstrates the capabilities of his equipment to others, offering insight into both the machines and the creative process behind his work.
His shop continues to evolve as well, most recently with the addition of the F2 Ultra UV laser. Through his work as a host, he not only showcases the technology but also helps others understand how to bring their own ideas to life—bridging the gap between inspiration and execution.
Looking Ahead
Looking to the future, Dan has a clear vision for the next phase of his journey. Over the next five years, he plans to fully immerse the school’s technology program within the xTool ecosystem while continuing to strengthen partnerships that support student growth and innovation.
At the same time, as he approaches retirement, he looks forward to continuing his work as a creator—remaining actively engaged in the xTool community and further developing his craft.
For Dan, the mission remains unchanged: to create opportunities for students to build, explore, and discover their potential through hands-on learning. By combining decades of educational experience with a lifelong passion for making, he continues to shape an environment where creativity and learning go hand in hand.