About me
I’m an applied AI researcher and engineer focused on building intelligent systems that work reliably in real-world settings. My experience spans natural language processing, computer vision, and machine learning, with a strong emphasis on turning raw, messy data into systems that support real decisions rather than isolated model demos.
My background includes academic research, AI-driven product development, and data-centric engineering. I take a Python-first, systems-oriented approach to problem solving, with end-to-end ownership across the AI lifecycle from data ingestion and model design to evaluation, deployment, and iteration. I care deeply about clarity, robustness, and measurable impact, especially when models are part of larger software systems.
Curious by nature and grounded in engineering reality, I enjoy working at the intersection of research, system design, and practical constraints, where thoughtful AI design makes a tangible difference.
What I Specialize In
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Language & Vision AI
Designing models that understand language and interpret visual data using NLP, computer vision, and deep learning.
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Python-Based AI Engineering
Building scalable AI systems in Python, including model pipelines, APIs, and automation workflows.
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Research & Prototyping
Turning research ideas into working prototypes through rapid iteration and clear evaluation.
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End-to-End AI Systems
Developing full-cycle AI systems from data ingestion to deployment within larger software systems.