Technical Consultant | Systems Analyst | Business Systems Analyst
I turn ambiguous operational problems into clear requirements, practical workflows, implementation-ready documentation, and results people can trace and review. My work connects systems analysis, data-quality rules, SQL, testing, and straightforward communication.
Portfolio: tyler-windes.com
These three independent work samples use synthetic data and fictional scenarios, not customer deployments.
A Python and SQL workflow that separates usable records from records needing review without inventing missing information. The 30-record sample produces 21 valid records and 9 review-required records, with field-level traceability across validation, SQLite, SQL exports, API contracts, and reports.
Case study | Repository | v1.0.0 release
One project family with two distinct layers: a platform-neutral foundation with eight validation cases, and the Jira and Confluence Implementation Readiness Workspace with ten requirements and ten UAT cases.
IRW connects requirements, ownership, dependencies, testing, defect correction, readiness, rollback planning, and support handoff. Its final record contains ten passing UAT results and two completed correction-and-retest paths, including one controlled negative test. Jira reporting and a Forge component remain planned v1.1 work.
IRW case study | Foundation repository
A local Python, FastAPI, HTTPX, and SQLite reference implementation for investigating an account-to-support entitlement integration. Twelve recorded scenarios cover mapping, duplicate and stale updates, bounded retries, rejection, dead-letter handling, replay, and reconciliation, supported by a troubleshooting runbook. The n8n workflow is an unexecuted design draft, not the tested runtime.
I value clear reasoning, honest limitations, and evidence that can be checked. I use AI-assisted tools for brainstorming, drafting, refactoring, test ideas, and consistency review, while keeping human judgment and final accountability explicit.
My background combines regulated business operations, client-facing problem solving, process design, documentation, and technical systems training. That perspective keeps my technical work focused on practical decisions and usable handoffs.
Technical training includes the University of Denver Cybersecurity Boot Camp, a 240-hour completed program in 2022.