12+ years building enterprise data infrastructure, customer‑facing AI interfaces, and complex integrations across regulated B2B SaaS — currently leading AI and data platform strategy at Tyler Technologies, serving 1M+ daily users across public-sector. Background and education in geospatial data and earth sciences and driven to make an impact in climate tech.
I started in earth science — studying snow hydrology and geospatial systems at Montana State University. That grounding in environmental data, field conditions, and physical systems has shaped how I think about every platform I've built since.
My early career was hands-on geospatial and GIS work — building and owning digital map databases at HERE Maps, shipping cartographic systems at Google Maps, and learning how to wrangle large, messy spatial datasets with Python and SQL. From there I moved into product, taking that data instinct into fleet telematics, then enterprise infrastructure, and now AI platforms at scale.
At Tyler Technologies, I lead a team of six PMs and own the platform layer — data pipelines, AI orchestration, evaluation frameworks, and governance — for a portfolio serving 1M+ daily users. I care about the details: architecture decisions, cost models, how a feature actually gets adopted in the field.
As a Climatebase Fellow I learned that I want to spend the next chapter applying everything I've learned about AI, data infrastructure, and platform strategy to climate and environmental problems. That means working at the intersection of rigorous science, large-scale data, and AI systems that are actually deployed and used.
The Climatebase Fellowship is a selective program that connects senior technology professionals with the organizations and knowledge needed to make a meaningful impact in the climate sector. Fellows gain deep exposure to climate science, the climate tech landscape, and the role AI and data systems play in accelerating solutions at scale.
Class of 2011
B.S. Environmental Science with a focus in Snow Geography and GIS from Montana State University. Coursework spanning ecology, geomorphology, geospatial analysis, snow hydrology, and remote sensing.
Co-invented a system and method for facilitating investigation of expense card fraud. Led the product ownership and worked directly with engineering and legal teams through the patent process.
US Patent 11,410,177Undergraduate Scholars Research Program grant recipient. Calibrated a soil moisture probe for measuring snow water equivalent in mountain snowpack — combining field instrumentation, geospatial data, and earth science methods to study a critical freshwater resource.
Academic Research · 2011Stock research dashboard that pulls live prices, 3 years of financials, and valuation metrics for any ticker — no login, no ads. One click opens Yahoo Finance, Seeking Alpha, SEC EDGAR, and Finviz simultaneously.
tickeryeti.comConversational NL analytics platform replacing SSRS/PowerBI/Tableau equivalents across Tyler's portfolio. Includes agent orchestration, model evaluation, guardrails, and observability for 1M+ daily users.
Internal PlatformModernized batch data pipeline to real-time streaming architecture. Reduced latency from 15 minutes to near real-time and improved query performance by 45% while saving ~$1M annually in infrastructure costs.
Internal PlatformEvolved customer-specific telematics solutions into a scalable productized data services platform. Transitioned from batch pipelines to real-time streaming for mission-critical fleet analytics.
Internal PlatformI'm currently looking for my next role at the intersection of AI, data, and climate impact — with organizations applying AI to scientific, environmental, or high-stakes societal problems. If you're building in climate tech or AI research, I'd love to connect.