Geomatics Engineer & Computational Systems Architect
Building mathematically rigorous, dependency-free software for modern land surveying, engineering education, and autonomous agentic workflows.
I design and build software at the intersection of geodesy, spatial computation, and modern systems architecture. My engineering philosophy centers on pure-algorithm foundations: writing transparent, standard-library-first code with strict, machine-enforced schema contracts rather than relying on opaque commercial black boxes.
[ Computational Focus Areas ]
|
+--------------------+------------+------------+--------------------+
| | | |
[ Land Surveying Suite ] [ NCEES Exam Prep ] [ Agentic Workflows ] [ Geospatial Analytics ]
Field-to-finish geomatics Multi-exam mobile apps Adversarial debate & Satellite monitoring &
& zero-dependency plats with parameterized math data audit pipelines vertical map reels
1. SurveySuite — Field-to-Finish Land Surveying
A comprehensive computational suite taking land surveyors from raw field data to legally defensible PDF plats:
- survey-drafting: Pure-Python vector PDF 1.4 drafting engine with a validity gate and automated metes-and-bounds legal descriptions.
- survey-adjust-workflow: User-weighted least-squares adjustment, Baarda data snooping, and formal justification reports.
- survey-crs: Pure-Python registry of 345 EPSG-researched coordinate reference systems (SPCS, UTM, Lambert, Transverse Mercator).
- survey-cogo: Inverses, intersections, traverses, and area computations with zero external dependencies.
2. NCEES Exam Prep — Mobile & Algorithmic Learning
A cross-platform mobile ecosystem and parameterized question generator for engineering and surveying licensure:
- Generative Question Engine: 48 deterministic math and theory generators across all 7 NCEES FS knowledge areas.
- Mobile Quiz Client (Flutter): SM-2 spaced repetition with confidence grading, Question of the Day (QOTD), streaks, and exam countdowns.
- Expanding Family: Foundations for upcoming training apps for NCEES PS, FE Civil, PE, and State-Specific PLS exams.
3. TradeSuite & Agentic Framework — Autonomous Multi-Agent Desks
Institutional-grade quantitative architectures and research tooling:
- Multi-Agent Research Desk: Adversarial debate, data auditing (survivorship and split discontinuities), and research intake ledgers.
- Occam's Razor Ablations: Complexity-budget enforcement and out-of-sample backtest validation.
4. EarthWatch & Geospatial Media — Satellite & Ocean Flow
- Automated vertical MP4 reel rendering from NOAA OFS surface currents, sea surface temperatures, and satellite site monitoring.
| Category | Technologies & Domains |
|---|---|
| Languages | Python (stdlib-first, pytest), Dart / Flutter, Bash, PowerShell, LaTeX |
| Geomatics & GIS | Geodesy, Ellipsoids, Least-Squares Adjustment, Coordinate Geometry (COGO), Map Projections (SPCS/UTM), QGIS |
| Mobile & Frontend | Flutter (Material 3, Provider, Local Notifications, Offline Relational Storage) |
| Architecture | Contract-Driven Schemas (JSON Schema v1), Deterministic Generation, Multi-Agent Debate Systems, Hand-rolled Vector Graphics |
- GitHub: @crieck2010
- Focus: Computational Geomatics, Open-Source Land Surveying Software, and Engineering Education.