I build practical tools, data products, and technical resources that turn soil, geospatial, and environmental data into usable information for conservation planning, analysis, decision support, and field application.

My work sits at the intersection of soil science, GIS, data engineering, technical documentation, environmental modeling, and software-enabled delivery. Across my public repositories, you’ll find projects focused on Soil Data Access, NASIS, SSURGO, ArcGIS workflows, interpretation logic, reporting systems, geospatial applications, and domain-specific training resources.

I bring deep experience in soil survey, soil interpretations, geospatial analysis, conservation technology, and applied data systems. My work reflects a strong combination of domain expertise and technical execution: designing tools and workflows that help technical teams access, understand, analyze, and operationalize complex soil and environmental data.

I have contributed to projects involving:

• soil data access and interpretation workflows
• geospatial and map-based decision-support tools
• national and regional soil information systems
• SQL-driven reporting and environmental analysis
• data products for conservation planning and technical assistance
• training resources that help specialists and analysts use soil data more effectively

In addition to scientific and geospatial work, I also build modern software projects that demonstrate practical engineering skills in Python, APIs, structured application design, authentication, testing-oriented architecture, and technical documentation.

• Design and support soil and geospatial data workflows
• Build decision-support tools for conservation and land-use analysis
• Develop SQL-, API-, and GIS-based solutions for working with complex environmental datasets
• Create documentation, training materials, and technical references for data users and domain specialists
• Translate specialized scientific data into usable systems, reports, applications, and visual products

• Soil science expertise with strong applied understanding of soil interpretation, survey use, and data utilization
• Geospatial problem solving using mapping, terrain analysis, and GIS-enabled workflows
• Data systems fluency across SQL, APIs, structured data access, and reporting logic
• Technical communication through documentation, training resources, publications, and presentations
• Practical product thinking focused on usability, clarity, and real-world decision support
• Cross-functional delivery connecting scientific knowledge, technical implementation, and end-user needs

Documentation and Soil Data Access logic supporting the Conservation Assessment Ranking Tool for conservation planning, interpretation workflows, and land-unit analysis.

A practical Soil Data Access SQL script library with examples, technical references, and published documentation for SDA-based workflows.

SQL-based soil characteristic extraction and supporting documentation for grazing-land modeling, SSURGO analysis, and conservation-focused workflows.

A portfolio repository highlighting publications, technical materials, project summaries, and professional work across soil science and conservation technology.

Training-oriented materials for learning Soil Data Access through SQL, APIs, SSURGO examples, and practical analytical workflows.

• Soil science
• Soil survey and interpretations
• Conservation planning
• Environmental analysis
• Water-quality and runoff-related modeling
• Geospatial decision support

• Python
• SQL / T-SQL
• JavaScript
• HTML/CSS
• FastAPI
• SQLAlchemy
• API integration
• Data access and reporting workflows
• GIS and spatial analysis
• ArcGIS-based tooling
• GitHub Pages and technical documentation

I am especially well aligned with roles involving:

• soil data systems
• geospatial analysis and GIS application development
• conservation technology
• environmental data products and decision-support systems
• scientific data delivery and interpretation
• technical product, solutions, or analytics roles tied to land, water, agriculture, or natural resources

• GitHub: @jneme910
• LinkedIn: Jason Nemecek

If you are viewing my GitHub profile, the best repositories to start with are:

• Jason-Nemecek
• buildtrack
• CART
• NRCS-Soil-Data-Access
• CEAP-Grazing-Lands
• Soil-Data-Access-Training-Resources

If you work in soil science, geospatial technology, conservation, environmental data, or applied decision-support systems, feel free to connect.