I’m a technologist with a Master’s in Instructional Technology and a Bachelor’s in Computer Management Information Systems, transitioning from safety-critical operational roles into AI-driven automation, systems design, and digital workflow work.
This portfolio highlights hands-on AI, automation, IoT, and tooling projects—built to solve real problems, not just as tutorials. My focus is on turning messy, real-world challenges into structured, testable, and maintainable systems.
Each project has a dedicated page with architecture, approach, implementation details, and practical outcomes.
Python-based automation framework using exchange APIs (Kraken, IBKR) with EMA/MACD-style logic, multi-candle confirmation, and structured logging for transparency.
Multi-device smart security network with motion/object detection, alert logic, and remote monitoring, integrating hardware, network config, and software rules.
Automation utilities for sorting, renaming, batching, and data cleanup—built to eliminate repetitive work and enforce consistent structures across files and datasets.
Targeted scrapers for product data, prices, and metadata—exported into structured formats for analysis and e-commerce decision-making.
Modular LED panel system with programmable lighting logic and automation routines, designed as a configurable, ambient lighting solution.
Rapid design of custom components using AI-assisted CAD workflows, iterative fit testing, and 3D printing for hardware/tooling improvements.
A full resume, cover letter, and project reference guide are available on request or via direct application. This portfolio is designed to give hiring managers and teams a deeper view into how I think about systems, automation, and technical problem-solving.