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Liverpool, UK | Graduate Visa (Valid until Aug 2027) | +44 7393 063 988 | #link("mailto:neelmore007@gmail.com")[neelmore007\@gmail.com] \
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// --- SUMMARY ---
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= Professional Summary
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University of Manchester (MSc AI) graduate specialized in Python-driven AI engineering and cloud-native application development. Adept at architecting scalable LLM solutions, multi-agent workflows (LangChain, LangGraph), and Retrieval-Augmented Generation (RAG) systems. Experienced in bridging development and production by deploying machine learning models via Azure CI/CD pipelines, implementing rigorous LLM observability, and building enterprise-grade data architectures. Brings applied domain knowledge in financial services, algorithmic optimization, and banking systems.
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Detail-oriented Python Software Engineer and University of Manchester Master's graduate specializing in scalable backend systems and data pipelines. As a dedicated Linux power user (6 years Debian, 2 years Ubuntu), I operate a highly optimized, 100% terminal-driven workflow utilizing Vim and TUI utilities. This keyboard-first philosophy reflects my broader engineering mindset: an inherent drive for maximum efficiency, clean architecture, and deep system understanding. Passionate about building resilient software from the ground up, I prioritize writing robust, idiomatic Python backed by rigorous testing and immaculate documentation. Eager to bring my focus on open-source quality, system performance, and automation to Canonical’s globally distributed engineering team.
- Engineered scalable, LLM-based multi-agent workflows using Python and LangChain to forecast revenue and generate actionable AI insights.
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- Integrated machine learning models into production systems, implementing LLM observability, prompt monitoring, and evaluation metrics to ensure model performance.
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- Streamlined secure data-AI pipelines and API-based integrations for certification compliance, supporting continuous improvement through rapid prototyping.
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// STRATEGIC CHANGE: Emphasize "idiomatic Python", "production systems", and "testing"
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- Engineered scalable, Python-based backend workflows and data architectures to generate actionable business insights and forecast revenue.
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- Integrated complex models into production systems, implementing rigorous observability, performance profiling, and evaluation metrics to ensure software reliability.
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- Streamlined secure REST API integrations and data pipelines for certification compliance, supporting continuous deployment through rapid, well-documented prototyping.
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]
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"Sept 2023 – Oct 2025",
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"Subtle Solutions",
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"India (Remote)",[
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- Developed end-to-end Python data pipelines, migrating large-scale commercial data into centralized cloud storage lakes.
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- Built and maintained CI/CD pipelines using Azure DevOps and Git in an Agile framework, maintaining 99.9% uptime for production data workflows.
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- Collaborated within a globally distributed, cross-functional team to deliver enterprise-grade performance tracking dashboards.
- Developed end-to-end Python data pipelines, migrating large-scale commercial data into centralized cloud storage lakes while maintaining idiomatic code standards.
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- Built and maintained CI/CD pipelines using Azure DevOps and Git in an Agile framework, achieving 99.9% uptime for critical production workflows.
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- Collaborated proactively within a globally distributed, cross-functional remote team to deliver enterprise-grade performance tracking systems.
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]
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)
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"Dec 2021",
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"JPMorgan Chase & Co.",
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"Remote",[
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- Developed a real-time interface with stock price data feeds using Python and JPMorgan frameworks for trader visualization.
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- Implemented financial data visualizations and performed performance testing to ensure high-frequency trading reliability within the banking sector.
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- Developed a real-time interface with stock price data feeds using Python and internal frameworks for high-stakes trader visualization.
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- Implemented robust data handling and performed rigorous system testing to ensure high-frequency trading reliability within the banking sector.
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]
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@@ -146,39 +150,40 @@ University of Manchester (MSc AI) graduate specialized in Python-driven AI engin
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"Jan 2022 – Feb 2022",
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"Suven Consultants & Technology",
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"India",[
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- Engineered software for a "Consumer Loan Assistance Program," focusing on backend logic, database connectivity, and financial service delivery.
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- Engineered backend software for a "Consumer Loan Assistance Program," focusing on core logic, database connectivity, and secure service delivery.
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]
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)
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// --- PROJECTS ---
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// Wrapped in a block to ensure the heading is never orphaned on the previous page
- Engineered a scalable, multi-agent AI workflow (Python, LangChain, LangGraph) with a RAG architecture to automate corporate due diligence and AML risk assessment.
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- Implemented comprehensive LLM observability via LangSmith to track prompt metrics, evaluate AI safety guardrails, and monitor token usage.
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- Architected a cloud-native FastAPI backend containerized with Docker, optimized for scalable deployment on Azure Kubernetes Service (AKS) using Azure OpenAI.
// STRATEGIC CHANGE: Highlight Docker, Linux, APIs, and Architecture
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- Architected a cloud-native FastAPI backend containerized with Docker, optimized for scalable deployment on Linux environments and Kubernetes (AKS).
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- Engineered a scalable data retrieval workflow (Python) integrated with extensive system observability to monitor performance, latency, and factual consistency.
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- Built a robust, rigorously tested codebase emphasizing clean architecture, modular design, and comprehensive documentation for future maintainers.
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]
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)
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] // End of unbreakable block
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#project_entry(
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"Full-Stack AI Agentic RAG Application",
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"Full-Stack Containerized Data Application",
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"Portfolio",[
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- Architected a containerized (Docker) cloud-native RAG application using Python, Django, Neo4j, and Gemini APIs for verifiable document retrieval.
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- Built reasoning-capable AI agents with LangChain and LangGraph, utilizing hybrid vector-graph embeddings and custom re-ranking.
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- Applied AI safety guardrails, prompt evaluation, and responsible AI principles to ensure strict factual consistency.
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- Architected a cloud-native, containerized (Docker) application utilizing Python, Django, and Neo4j for secure and verifiable data retrieval via REST APIs.
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- Implemented complex data structures and hybrid vector-graph databases to handle advanced querying logic.
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- Applied strict safety guardrailsand software engineering best practices to ensure high-quality, maintainable code.
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]
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#project_entry(
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"Symbolic Machine Learning Prover (SMLP)",
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"Intel & Univ. of Manchester",[
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- Developed a scalable machine learning model in collaboration with Intel, optimizing data structures and algorithms for computational efficiency.
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- Utilized performance instrumentation and profiling tools to evaluate model throughput, integrating ML into complex production-grade workflows.
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// STRATEGIC CHANGE: Point out performance profiling and algorithms
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- Developed a scalable Python model in collaboration with Intel, optimizing core data structures and algorithms for maximum computational efficiency.
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- Utilized performance instrumentation and profiling tools to evaluate throughput, integrating the solution into complex, production-grade Linux workflows.
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)
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"Sept 2023 – Sept 2024",
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"University of Manchester",
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"Manchester, UK",[
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- *Modules:* Large Language Models, Computer Vision, Cognitive Robotics, Data Science
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