BCG X is the tech build & design unit of BCG.Turbocharging BCG's deep industry and functional expertise, BCG X brings together advanced tech knowledge and ambitious entrepreneurship to help organizations enable innovation at scale.With nearly 3,000 technologists, scientists, programmers, engineers, and human-centered designers located across 80+ cities, BCG X builds and designs platforms and software to address the world's most important challenges and opportunities.Teaming across our practices and in close collaboration with our clients, our end-to-end global team unlocks new possibilities. Together we're creating the bold and disruptive products, services, and businesses of tomorrow.

Flood Insurance Consulting- Performed review of systems and models used to price rating plans for flood insurance, identifying potential areas of improvement and leading efforts to overhaul data pipelines and refine modeling strategies.- These enhancements have massively increased the efficiency of the modeling process,yielding up to 50x reductions in analyst time and 10x reductions in computationalruntime, all while providing improvements in model performance and transparency.Telematics Research- Produced minimal viable product for a novel type of telematics model. - Developed efficient systems using PySpark and Databricks to clean and analyze large road networks containing up to one billion observations and hundreds of variables.- Designed and analyzed XGBoost models to predict risk of specific routes, validatingresults against existing telematics products.

Researched and helped build telematics risk score used to price automobile insurance via XGBoost models. These models have since been approved by regulators for use in most of the U.S. and is sold by Milliman through an API.

Teacher's assistant for introductory and intermediate programming courses at UVM. Helped students understand basic concepts of programming as well as object-orienteddesign principles and apply them to projects.

• Worked on a team of nine undergraduate researchers, led by a professor, to develop atopic-aware chatbot.• Studied current literature on attention-based models for text generation andnon-negative matrix factorization for topic modeling.• Designed a functional model that combines both methods in order to train atopic-aware chatbot.• Working-paper available on arXiv: https://arxiv.org/abs/1912.00315

A traditional 9-week summer camp for children ages 5-13. As Camp Improvement Coordinator, I designed and build camp infrastructure including benches, bridges, and other woodworking projects. Worked with children daily, organized games with up to 80+ campers.