Claudiu Lup

Background

About Claudiu Lup

Open to relocation. I'm a Product Manager specializing in ESG (Environmental, Social, Governance) data, sustainability metrics, and regulatory compliance. My current focus is on translating complex ESG methodologies into intuitive data models and delivering them through various channels such as email, FTP, API, Snowflake, and S3, to ensure ease of access and usability. I actively contribute to the development, testing, and maintenance of data points for a range of ESG-driven products, working closely with Product Owners and Project Managers. I also handle client-facing documentation (both technical and non-technical), regularly participate in presentations, brainstorming sessions and client calls, ensuring clear communication and alignment. My portfolio includes managing products like Impact Metrics, Product Involvement, Global Standards Screening, Controversies Research, Country Screening, and the Controversial Weapons Radar. I also oversee regulatory and sustainability initiatives such as the EU Taxonomy, EU Sustainable Finance Disclosure Regulation (SFDR), EU Benchmark (BMR), and Corporate Sustainability Reporting Directive (CSRD). With experience in developing and maintaining API usage overviews—primarily through SQL insights—I’ve also tested and documented our internal API package, available on PYPI. This tool helps clients seamlessly connect with and interpret our data via APIs, boosting usability and integration. I’m proficient with a variety of tools and technologies, including AWS (S3, Athena), PostgreSQL, Asana, Confluence, Jira, Excel, Python, and REST APIs. Education: West University of Timisoara — Bachelor’s Degree in Theoretical and Mathematical Physics 2012 – 2018 | Grade: 8.6 Relevant coursework includes mathematics, programming (primarily Python and C), quantum mechanics, nuclear physics, cosmology, electrodynamics, computational physics, and experimental physics. Bachelor’s Thesis:"Influences of feedback mechanisms in climate change," in which I estimated Earth's climate sensitivity by analyzing both negative and positive feedback effects.