I build AI-enabled software systems where retrieval, backend architecture, model inference, product UI and infrastructure have to work together.
My current direction is RAG + AI application engineering — moving beyond “chat with a PDF” demos toward systems with ingestion pipelines, vector retrieval, citations, background workers, local/cloud model options and measurable quality.
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retrieval quality • grounding • citations • async ingestion • API design • observability • evaluation • developer experience
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Local-first RAG platform Document upload → parsing → chunking → embeddings → vector retrieval → grounded answers with citations.
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Retrieval experimentation A Python project exploring advanced Retrieval-Augmented Generation patterns and AI application workflows.
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Android architecture Android/Kotlin application structure centered around maintainable MVVM patterns.
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01 PROBLEM
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02 SYSTEM BOUNDARIES
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03 END-TO-END VERTICAL SLICE
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04 OBSERVE THE DATA FLOW
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05 TEST FAILURE MODES
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06 MEASURE QUALITY
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07 SHIP → LEARN → ITERATE
I like engineering the space between prototype and product: clean boundaries, reproducible environments, useful APIs, explainable retrieval and maintainable systems.
current:
- production RAG architecture
- retrieval evaluation
- reranking and hybrid search
- agent / tool workflows
- async ingestion pipelines
- AI observability
next:
- multi-tenant AI platforms
- stronger eval harnesses
- scalable deployment patterns
- product-level AI reliabilityCurrent signal: building AI/RAG systems, shipping new projects, and focusing on production-minded engineering.
ashutosh = {
"mode": "builder",
"focus": ["AI systems", "RAG", "full-stack", "Android"],
"current_system": "UNIVERSAL_RAG",
"optimizing_for": [
"usefulness",
"reliability",
"clarity",
"shipping"
],
"loop": "build → measure → improve → repeat"
}I’m open to collaborating on AI/RAG systems, backend platforms, developer tools, Android and practical full-stack products.
