Design has always been my foundation. It is how I think, how I solve problems, how I move through the world.
For over a decade, I have led product development and industrial design across consumer and industrial sectors, taking ideas from concept to production. I understand engineering constraints, manufacturing realities, supply chains, and user experience as one continuous system. Design, to me, is not styling. It is systems architecture made tangible.
Today, alongside my independent work, I serve as a design and technology leader at Salas O’Brien, where I integrate emerging tools such as 3D scanning, spatial capture, AI-assisted workflows, and digital modeling into real-world engineering environments. I bridge physical sites and digital systems, translating complex built environments into intelligent data that supports decision-making, coordination, and future-ready infrastructure. My role sits at the intersection of field reality and computational modeling.
Over time, my work expanded beyond objects.
I became increasingly interested in what happens before the product. Before the interface. Before the behavior. What happens inside the human nervous system that makes a design succeed or fail.
That curiosity pulled me into neuroscience, psychology, emotional regulation, and human cognition. I began studying how signals move through the body, how perception shapes decision-making, and how technology influences regulation and meaning. This shifted my approach. I no longer design only for function or aesthetics. I design for regulation, clarity, and human coherence.
Today, my work sits at the intersection of physical product, AI systems, spatial intelligence, and nervous system science. I am building platforms that integrate hardware, real-time bio-signal data, digital environments, and intelligent software to create tools that help people understand and regulate themselves more effectively. My focus is bottom-up systems. Signals first. Meaning second.
I still lead teams. I still ship products. I still deploy technology into real-world environments.
But now the scope is wider.
I am interested in building tools that reduce noise in human systems rather than add to it. Whether in a physical space, a digital model, or a human nervous system, the principle remains the same: clarity improves performance.
I see design as applied biology and applied psychology expressed through form and infrastructure. Every object influences the nervous system. Every interface shapes attention. Every environment carries an emotional consequence.
My goal is not to create more products.
It is to design systems that improve how humans interact with themselves, with each other, and with the environments we build.
If that direction resonates, we will likely build something meaningful together.