
Worked on the d-fine/DatalandQALab repository to deliver end-to-end QA automation and enhance data extraction and analysis workflows for EU Taxonomy data, focusing on Nuclear and Gas sectors. Developed new Jupyter notebooks and Python backend components to automate testing, data generation, and report submission, integrating automated data validation against PDF reports. Refactored existing workflows to improve clarity and efficiency, including prompt engineering for yes/no responses and structured data processing. Later, implemented a template-driven prompting workflow using Azure OpenAI, enabling scalable document analysis and structured data extraction. Leveraged skills in Python programming, API integration, and cloud services to accelerate and streamline QA processes.
Month: 2024-12 | DatalandQALab Focused on delivering a template-driven prompting workflow for document analysis, enabling structured data extraction and scalable QA insights.
Month: 2024-12 | DatalandQALab Focused on delivering a template-driven prompting workflow for document analysis, enabling structured data extraction and scalable QA insights.
2024-11 Monthly summary for d-fine/DatalandQALab: Delivered end-to-end QA automation and data extraction/analysis workflow enhancements for EU Taxonomy data (Nuclear and Gas). Implemented new Jupyter notebooks for automated testing, data generation, and report submission, and backend changes to support automated data validation against PDF reports and direct QA report submission. Refactored and enhanced the data extraction/analysis workflow by updating notebooks and Python code, improved prompt instructions for yes/no responses, and added new code cells for processing extracted data to improve clarity and efficiency. These changes accelerate QA cycles, improve report reliability, and reduce manual effort in data validation and submission.
2024-11 Monthly summary for d-fine/DatalandQALab: Delivered end-to-end QA automation and data extraction/analysis workflow enhancements for EU Taxonomy data (Nuclear and Gas). Implemented new Jupyter notebooks for automated testing, data generation, and report submission, and backend changes to support automated data validation against PDF reports and direct QA report submission. Refactored and enhanced the data extraction/analysis workflow by updating notebooks and Python code, improved prompt instructions for yes/no responses, and added new code cells for processing extracted data to improve clarity and efficiency. These changes accelerate QA cycles, improve report reliability, and reduce manual effort in data validation and submission.

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