Life is short... Be meaningful!

Hi, I'm Richard, and I'm a UX Architect.

My work is driven by a longstanding interest in how people think, perceive, and make sense of the world around them. Translating research into products and experiences that feel intuitive, useful, and humane is what drew me into design. That curiosity started in cognitive science and neuroscience, where I became deeply interested in perception, memory, and the ways environments shape cognition and behavior.

For a long time, I saw neuroscience and design as adjacent interests rather than truly connected disciplines. That changed when I read the Cell commentary Neuroscience and Architecture: Seeking Common Ground. What struck me was its central argument: the environments we inhabit do not merely surround us, they actively influence cognition, problem-solving, mood, spatial orientation, and stress. The article points to the role of landmarks, paths, light, and environmental cues in shaping how people navigate and remember spaces, and it argues that design can either reduce or intensify cognitive and emotional burden.

What made that piece especially meaningful to me was not simply its discussion of architecture, but its broader implication: design is never neutral. The structure of an environment shapes the quality of thought and action within it. The commentary draws on research around the hippocampus, spatial memory, and sense of place, suggesting that memorable and navigable environments are not accidental; they are built through cues, orientation, movement, and coherence. That idea has stayed with me ever since.

After reading it, I enrolled in an architecture course and began studying radiology reading rooms in hospitals. I observed radiologists, interviewed them, and documented their workflows, initially believing that the physical space itself would be the primary source of friction. It did not take long to realize that the room was only part of the story. The greater burden often lived in the tools: the software interfaces, the fragmentation of information, and the workflows required to receive, interpret, and distribute patient data. The most consequential design problems were not only architectural. They were cognitive and systemic.

That realization fundamentally shaped the direction of my career. Since then, I have been motivated by a simple question: how do we design systems that work with human cognition rather than against it? If physical environments can support or erode orientation, focus, and comfort, then digital environments can do the same. Interfaces guide attention. Workflows influence confidence and error. Information architecture can either support judgment or increase mental load. In that sense, software is also an environment, and designing it well requires the same seriousness we bring to the design of physical space. The commentary on neuroscience-architecture makes this especially clear when it links environmental stressors to impaired problem-solving and higher error rates; those same concerns should matter deeply in the design of professional tools.

Today, I have the opportunity to work on products for mapping and spatial analysis, and that has made this line of thinking even more meaningful to me. I currently work on ArcGIS Pro, Esri's desktop GIS application for mapping, analysis, and data management. ArcGIS Pro is a 64-bit, multithreaded application with integrated 2D and 3D mapping, multiple maps and layouts, and close integration with ArcGIS Online and the broader platform.

What matters to me is not only the technical capability of a product like ArcGIS Pro, but what those capabilities enable. ArcGIS Pro is more than a desktop application for making maps. It is an environment for reasoning with spatial information. It gives people a way to visualize patterns, test assumptions, manage data, perform analysis, and communicate insights. In that sense, it supports a kind of professional cognition: helping people move from raw information to understanding, and from understanding to action. When the experience is clear, coherent, and well designed, the software does not merely expose tools; it helps people think better about complex geographic problems.

That is why I believe design has such an important role to play in GIS and analytical software. People using these systems are often working through ambiguity, scale, and real-world complexity. They may be trying to understand patterns in public health, infrastructure, natural resources, intelligence, or urban systems. In these contexts, design is not decoration. It is part of the analytic experience itself. It helps people stay oriented, find the right tool at the right moment, understand what the system is telling them, and trust the path from data to decision. The value of good UX in these environments is not just ease of use; it is clearer thinking.

One of the things I have found especially rewarding is contributing to this work at scale. ArcGIS Pro involves many teams, many workflows, and many kinds of users. Designing in that environment requires not only creativity, but collaboration, adaptability, and a willingness to think across systems rather than isolated screens. It has challenged me to grow quickly and to work in close partnership with development teams, product thinkers, and, most importantly, users. I have had the opportunity to help design and validate experiences used by thousands of people around the world.

Meaningful technology should extend human capability without losing sight of human cognition. Whether the environment is a building, a hospital workflow, or an enterprise GIS application, the challenge is the same. We are designing for perception, memory, decision-making, and action. We are designing for people trying to make sense of complex worlds. That is the work that excites me, and it is the work I want to keep doing.

I'm grateful to be doing it, and I'm looking forward to what comes next.