Bridging Retail Operations & Artificial Intelligence.
I am a Retail Ops Professional transitioning into AI Engineering. I build practical systems that solve real-world problemsβfrom automating stocktake variances to decoding genomic sequences.
- Languages: Python (Pandas, PyTorch, NumPy)
- Engineering: Docker, GitHub Actions (CI/CD), FastAPI, Streamlit
- Focus: Process Automation, Deep Learning, Data Engineering
Engineering intelligent systems that run efficiently on constrained hardware.
| Project | Description | Tech Stack |
|---|---|---|
| Memory Bear (Legacy Edge) | π» Cognitive Agent. A local AI agent running on a 2017 MacBook Air (Intel). Implements Ebbinghaus Forgetting Curves to dynamically manage context window limits. Features Quantized Inference and a biologically inspired Memory Graph. | Python, Llama.cpp, ChromaDB, NetworkX, Phi-3 |
My core focus: Bringing engineering rigor to supermarket logistics.
| Project | Description | Tech Stack |
|---|---|---|
| FreshGuard V2 (Retail Waste) | π Flagship. Production-grade forecasting engine reducing perishable waste. Features Docker, CI/CD, and Streamlit. The engineered evolution of V1. | Python, Docker, Pytest, Holt-Winters |
| Stocktake Variance Reporter | Automation Tool. A full-stack utility designed to cut stocktake reporting time by 99%. Includes "Theft Detection" logic and a web UI. | FastAPI, Docker, Pandas |
| Enterprise Retail Solution | Advanced R&D. A predictive analytics experiment utilizing Armstrong Cycle Transformers to forecast complex sales demand patterns. | Time-Series, PyTorch Transformers |
| Retail Waste System (V1) | Prototype. My initial menu-driven application for inventory tracking. Focuses on core CRUD operations and basic analytics. | Python, Matplotlib, Pandas |
Building efficient, modular systems for real-world constraints.
| Project | Description | Tech Stack |
|---|---|---|
| Silver Retriever | Offline RAG System. A modular search engine designed for legacy hardware (No GPUs). Features a Plugin Architecture ("The Brain") to detect user intent (Deadlines, Tasks) using TF-IDF instead of heavy LLMs. Includes CI/CD and Smart Chunking. | Python, Streamlit, Scikit-Learn, GitHub Actions |
Applying AI to decode complex genomic sequences.
| Project | Description | Tech Stack |
|---|---|---|
| Genomic Decoder V2 | Advanced Pipeline. Refined Deep Learning architecture for DNA sequencing. Focuses on modular code structure and improved inference performance over the original. | PyTorch, BioPython, CI/CD |
| Genomic Decoder (FlyOS) | Research Implementation. An end-to-end pipeline that reads raw DNA sequences to predict gene expression. Features O(1) lazy-loading for massive datasets. | PyTorch, Transformers |
| Project | Description | Tech Stack |
|---|---|---|
| O-Level Predictor | First App. My very first attempt to convert a Python calculation script into an interactive web app using Streamlit. | Python, Streamlit |