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The Evolution of Classification: Tracing the journey from brittle Regex and IF/THEN conditions to Prompting and RAG—and why they cap out at 80% accuracy.
The Fine-Tuning Fix: How custom models solve the consistency, format control, and scaling issues that prompts leave behind.
The Decision Framework: How to weigh cost, latency, and accuracy to know exactly when to make the jump to a custom model.
Data & Training: Prepping real-world logs to train your first classifier while avoiding bad labels and overfitting.
Prototype to Production: Evaluating, debugging, and safely deploying your AI classifier like a software engineer.
Be honest: how much of your week is spent begging an LLM API to please just return a valid JSON object? For most software engineers, calling an AI API feels safe, while "fine-tuning" sounds like dark magic reserved for ML researchers. But when standard prompts cap out at 80% accuracy, and unpredictable text breaks your downstream parsers, you need a better way.
We are cutting through the hype to show you that if you know how to write a unit test, log an error, or deploy a microservice, you already have the skills to build a custom classifier. Join us to stop relying on "vibes-based" prompt engineering and learn how to apply true software engineering rigor to build reliable, production-ready AI.
Technical Baseline: Comfort with standard REST API requests, parsing JSON, and any programming language (code examples will be in Python, but the concepts apply universally).
Prior AI Experience: You do not need a machine learning background or a math PhD. You just need to have tried—and been frustrated by—standard prompt engineering.
What to Bring: Bring your laptop if you want to follow along with the code examples, and a readiness to treat AI as a standard software component rather than a black box.
I am a Staff Software Engineer with twelve years of full-stack development expertise. Throughout my career, I have driven high-impact automation and scale, including leading the technical implementation of a multi-billion dollar enterprise project, as well as automating a health insurance platform using AI that increased operational efficiency by 300%.
I build top-ranking open-source AI tools. I am the creator of Chatterbox, an Egyptian Arabic TTS model, and an English-to-Egyptian Arabic translation model that ranked second just behind GPT-4o on the national leaderboard. Currently, my active focus is on LAHGTNA, an ongoing project to build a unified speech synthesis model that comprehensively covers all Arabic dialects.
Previously, I was a Co-Founder of the open-source NAMAA Community, where I led the development of multilingual AI tools like the QARI Arabic OCR model. I am also a published researcher with papers on Multimodal Large Language Model.