
Developed an Automated Academic Research Assistant feature for the ContextualAI/examples repository, delivering an end-to-end research automation workflow. The solution leveraged Python and CrewAI to orchestrate a multi-agent system that integrates contextual AI tools with the ArXiv API for academic paper discovery, processing, and knowledge extraction. By establishing a queryable knowledge base, the system enables users to ask questions and receive answers grounded in processed academic literature. The implementation focused on Retrieval-Augmented Generation (RAG) techniques to enhance information retrieval and synthesis. This work demonstrated depth in multi-agent system design and practical integration of AI-driven research automation within a Python environment.
In August 2025, delivered the Automated Academic Research Assistant feature in ContextualAI/examples, implementing a CrewAI-based multi-agent system that automates academic research from paper discovery to knowledge extraction using ArXiv and contextual AI tools, with a queryable knowledge base to answer questions.
In August 2025, delivered the Automated Academic Research Assistant feature in ContextualAI/examples, implementing a CrewAI-based multi-agent system that automates academic research from paper discovery to knowledge extraction using ArXiv and contextual AI tools, with a queryable knowledge base to answer questions.

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