About
I develop knowledge graphs for artificial intelligence, knowledge management, analysis & visualization, and the sciences. Currently working on:
- Software for collaborative knowledge management that will unlock the potential of AI for organizations.
- Publishing papers on knowledge management and schema design.
- Collaborating on knowledge graph constructions across academia and industry.
- Collaborating on AI analysis & visualization to unlock value of organization’s data equity.
- Contributing to open source graph databases.
My research at Georgia Tech involved developing new knowledge graph schemas and schema technologies to represent a large multi-modal set of materials knowledge. Applications required text to knowledge extraction, image to knowledge extraction, and extraction of key features from other datatypes using standards-based methods for simple datatypes and end-to-end deep learning for more complex datatypes like scientific measurements.
Degrees earned include a Material Science Ph.D. and Computer Science M.S. from Georgia Tech, and a Materials Science M.S. and B.S. from CWRU.
I enjoy board games, running, calisthenics, yoga, and rock climbing. Formerly a musician and gardener, and I hope to return one day.
My personal philosophy focuses around meaning and purpose being under our own control- creativity and perception are the key to unlocking personal growth and happiness. I believe that focus, vision, and effort lead success and accomplishments.
Blog

Citation Graph
Using the SPARQL query language, this article examines how we can use knowledge graphs to make data-driven decisions. A graph query is used to find a history of references for a paper and then additional graph queries for each reference find the number of citations per reference. A citation graph is formed from top cited papers and visualized with D3. Readers can enter custom DOIs.

Focus Vision And Effort
The real secret to success.