Learning MORE
REALITY CAPTURE // DATA SCIENCE // 3D VISUALIZATION — HOUSTON, TX
expertise
I turn the physical world into measurable, usable data — laser scans into engineering deliverables, point clouds into answers, and raw datasets into decisions.
Terrestrial LiDAR scanning and point cloud processing for industrial and offshore facilities. Registration, QA, as-built extraction, and dimensional control — getting geometry you can trust out of millions of measurements.
Analysis and tooling in Python and R — from geometric computation on point cloud data to reproducible reports and interactive calculators that put answers in front of the people who need them.
Translating complex facility models into physical prints and real-time visual experiences. Mesh optimization, print preparation workflows, and visualization pipelines in Blender and Unreal Engine.
philosophy
The monogram stands for Learning MORE — the belief that every project, dataset, and failure is raw material for the next, better version.
Opinions are cheap; measurements are not. Whether it's a deck leg centerline or a process bottleneck, I start by capturing ground truth.
Documenting the work — derivations, tooling, mistakes — turns one person's lesson into a team's capability.
If a task is done twice, it deserves a script. If it's done weekly, it deserves an interface anyone can use.
First versions exist to be improved. Shipping something imperfect and refining it beats polishing something unshipped.
resume
Strategy Engineering & Consulting — Houston, TX
Laser scanning, point cloud registration, and as-built deliverables for onshore and offshore energy facilities. Built geometric analysis tooling for structural surveys, coordinated multi-discipline model requests, and developed internal visualization and digital signage systems.
Company — City, ST
Duplicate this block in index.html for each role: a one-line title, where and when, and two sentences on what you measurably improved.
contact
For consulting inquiries, collaboration, or just to talk shop about point clouds and print beds.