From an early age, I was drawn to math and science — not for the memorization, but for the satisfaction of understanding how things truly work. That curiosity carried me through school and into civil engineering, a field that offered the perfect blend of problem‑solving, creativity, and real‑world impact.
Over the course of my career, I worked across a wide spectrum of engineering disciplines: water supply, roads, airports, structural analysis, geotechnical systems, environmental engineering, vibration studies, and blast‑resistant structures. Each project deepened my expertise and accelerated my growth from junior engineer to senior leadership.
The defining chapter of my professional life came in the nuclear power industry, where I led equipment reliability testing and root‑cause failure analysis. This role demanded the full breadth of my scientific and engineering background and rewarded me with the opportunity to work at the intersection of physics, systems thinking, and innovation.
Today, I continue to push boundaries at a semi‑retired pace, balancing meaningful work with family, friends, and the joy of discovery. My focus has shifted toward independent scientific research, where I explore the foundations of physics through the Aetherium framework — a unified substrate model that seeks clarity, coherence, and testable predictions.
Aetherium grew out of a lifelong fascination with how the universe holds itself together. It reflects decades of engineering discipline, scientific curiosity, and a commitment to transparency and reproducibility. The work is self‑funded, independent, and driven by a desire to contribute something meaningful to our understanding of reality.
Whether through manuscripts, diagrams, or public‑facing explanations, my goal is simple: to make complex ideas accessible, testable, and open to scrutiny. Science moves forward when ideas can be challenged, refined, and shared.
Thank you for taking the time to explore this work. I hope it sparks your curiosity as much as it continues to spark mine.