When people ask me about my background, they often assume it is all about woodworking, tools, and hands-on projects. What they might not realize is that my journey started in classrooms, libraries, and laboratories. I hold a Bachelor’s degree in History from Suffolk University, a Master’s in General Science, and a second Master’s in Education from Lesley University. Each degree shaped me in ways I never could have anticipated, and together they gave me the foundation, curiosity, and discipline that I now bring to every project in my workshop.
Learning from the Past: The Power of a History Degree
At first glance, a degree in History might seem worlds away from woodworking or engineering. But studying history is about understanding patterns, analyzing details, and thinking critically. These skills have become essential to my craft. History taught me to look beyond the obvious, to appreciate context, and to understand how choices, techniques, and tools evolved over time.
When I am selecting wood for a project or designing a piece that needs to stand the test of time, I draw on this historical perspective. Just as historians examine how civilizations built lasting structures, I consider how design, material, and technique affect the durability and functionality of my work. The ability to think analytically and strategically, developed while studying history, carries over into every cut, joint, and finish I create. History gave me patience and perspective. It taught me to value research, to weigh options carefully, and to consider the consequences of every decision. Those lessons make me a better craftsman, one who is intentional with every move.
Harnessing Science: My Master’s in General Science
After completing my undergraduate degree, I wanted to dive deeper into the mechanics of the world around us. My Master’s in General Science allowed me to explore physics, chemistry, and biology in ways that are surprisingly relevant to woodworking. Understanding how wood expands and contracts, how moisture interacts with materials, and how leverage and tension affect stability is grounded in scientific principles.
In my workshop, I often think of every project as a small experiment. Choosing a board, cutting it at the perfect angle, and testing a joint is not just trial and error, it is applied science in action. This background gives me the confidence to tackle complex projects, predict outcomes, and adjust my methods with precision. I enjoy teaching others about the science behind woodworking because it shows how logical thinking can improve both efficiency and results. The principles I learned in science allow me to create pieces that are not only beautiful but also structurally sound and lasting.
Teaching and Learning: My Master’s in Education
Education was the next step in my journey. Earning a Master’s in Education transformed how I approach both learning and teaching. For years, I worked in classrooms, guiding students through science, reading, and engineering lessons. I developed hands-on, creative programs that encouraged curiosity, critical thinking, and problem-solving. These experiences reinforced the importance of structure, planning, and patience, qualities that translate perfectly to crafting wood.
Teaching also showed me the value of clear communication and breaking down complex ideas into manageable steps. When I plan a new woodworking project, I approach it as I would a lesson plan: define the goal, prepare the materials, test methods, and refine the process until the outcome meets both functional and aesthetic expectations. I also learned to celebrate small wins along the way. Watching a student figure out a tricky concept for the first time reminded me that success comes from incremental progress, and the same principle applies to building a complicated piece from raw wood.
The Synergy of History, Science, and Education
The combination of history, science, and education gave me a unique lens through which to view woodworking. History taught me to value context and research. Science gave me tools to predict and control outcomes. Education helped me structure, communicate, and learn continuously. Together, they allow me to approach every project with both precision and creativity.
This educational foundation also shaped how I teach others. Whether mentoring young makers or sharing insights with fellow woodworking enthusiasts, I bring a perspective that is both practical and inspiring. I want people to see that woodworking is more than just cutting and assembling; it is about thinking critically, experimenting, and approaching each task with intentionality.
Beyond the Workshop: Lifelong Learning
One of the most rewarding lessons from my educational journey is that learning never stops. Every project, every mistake, and every experiment offers a chance to grow. I carry the curiosity and discipline I developed through my degrees into every corner of life, not just my workshop. It gives me confidence, fuels creativity, and reinforces that with passion and preparation, you can achieve excellence in any endeavor.
So when I look at a piece of wood, I do not just see a material to shape. I see a world of possibilities, informed by history, guided by science, and executed with the teaching mindset I have cultivated over decades. It makes every project exciting, every lesson meaningful, and every success feel like a reflection of the years of study, effort, and curiosity that shaped me.
In the end, my academic journey was never just about degrees. It was about learning to think, solve, and create in ways that give me confidence and pride. History, science, and education did more than prepare me for a career. They prepared me to be a craftsman who understands the beauty of precision, the thrill of problem-solving, and the joy of turning knowledge into something tangible.
Every cut, every measurement, and every finished piece carries a piece of that journey. And every time I finish a project that works beautifully and feels just right in my hands, I feel like a million bucks.