Douglas DeCandia is an interdisciplinary engineer and veteran of two military branches with expertise spanning aerospace engineering, robotics, biotech instrumentation, and field‑ready mechanical systems. As founder of Greene Steam Workshop, he integrates systems thinking, hands‑on fabrication, and operational experience to develop simple, reliable solutions to complex technical challenges.

At Greene Steam Workshop, our aerospace foundation comes from real experience maintaining F‑15 and F‑16 fighter aircraft, where every component must perform flawlessly under extreme conditions. That background shaped our commitment to rugged, reliable engineering built from advanced materials and proven mechanical principles. It’s why our designs prioritize elegant simplicity — solutions that work the first time, every time, no matter the environment.

Our neuroscience perspective teaches us that the most elegant solutions often emerge from systems that break traditional engineering rules. Biology shows millions of ways to achieve efficiency, adaptability, and control through simple, emergent behaviors rather than complexity. We translate those principles into whole systems that are intuitive, robust, and beautifully effective.

At Greene Steam Workshop, we apply a multidisciplinary approach that allows advanced problem‑solving across fields—even those far outside traditional training pathways. By blending biological principles with elegant engineering, we developed a novel space‑system concept that was published in the Journal of the British Interplanetary Society, one of the most respected peer‑reviewed journals in astronautics. A journal shared by famous innovators such as Arthur C. Clarke, Robert Goddard, Freeman Dyson, Wernher von Braun, among others.

 Independent research demonstrating a means of interstellar travel without propulsion . Published Apr 2026 in The Journal of the British Interplanetary Society

Animation is one of our most powerful tools for transforming complex engineering concepts into clear, engaging, sometimes humorous, stories. By visualizing motion, structure, and cause‑and‑effect, we make advanced ideas accessible to any audience, regardless of background. This ability to communicate complexity in a simple way is central to how we design, teach, and innovate.