Experience

Work

Data Science Intern, Product Data Science: Advertiser Controls & Campaign Performance

Moloco

  • Conducted a causal-inference test via g-computation on impression-level auction and MMP postback data which showed Moloco's won IAA impressions reach IAP payers at 2–3× the rate of ten competing ad networks due to an edge from user selection, not inventory mix.
  • Analyzed Moloco's IAA bid funnel across ~1,400 enrolled app–OS pairs and ~11 TB/day of auction logs; traced IAP whale losses to two purchase-blind gates — pre-auction value-based throttling and bid floors.
  • Audited a production-level Value-Based Throttling system via source-code trace and surrogate modeling, proving its user score carries no long-term IAP signal.
  • Backtested a payer-aware redesign of the throttling policy: adding IAP signal lifted re-monetization AUC 0.77 → 0.85 and halved wrongly dropped payers at fixed throttle volume and near-zero spend impact.
  • Parsed ad-revenue postbacks from 11 MMPs into a unified row-level schema — winning network, mediation platform, ad unit — and productionized it as two daily Airflow DAGs powering the IAA analyses above.

Data Science Intern, Growth Data Science Team

Moloco

  • Analyzed monetization patterns across 35 RMG apps ($64.4M+ spend); uncovered iOS LTV delays and post-D30 revenue concentration, guiding long-horizon ROAS modeling.
  • Built an anomaly detection engine using rolling z-scores to flag app-level shifts; informed $8M+ in campaign optimizations including DraftKings, Betr, and FanDuel.
  • Diagnosed an 80% spend drop and 2× CPA rise in DraftKings Android campaigns; identified conversion inefficiencies and creative imbalance as key drivers.
  • Modeled ARPPU trends across OS and verticals; revealed 3–5× iOS monetization advantage, driving budget shifts to high-value segments.

Data Science Intern, Growth Data Science Team

Moloco

  • Increased win rates by 5% and actions by 30% for AMR consumer advertisers by adjusting discount rates dynamically for high-value users. Boosted CPA predictability by 20% via statistical research on creative diversity, funnel category, and budget mode, leading to actionable A/B test recommendations.
  • Achieved a 3–4% increase in ROAS for Activision by correlating pLTV with purchase events, leading to better revenue performance in D3 pLTV campaigns.
  • Developed DMA-based strategies for Bumble that reduced CPA by 15%, identifying optimal spend levels and high-performing DMA markets, enhancing profitability for UA campaigns.

Data Science Capstone

Sabre Labs

  • Led the development of a robust LLM-based solution leveraging LLaMA 2 to unify address structures, processing 1.35 million records of lodging properties from diverse aggregators. Achieved an initial accuracy score of 82.7%.
  • Utilized a BERT-based model to generate contextual embeddings from categorical data in over 6 million shop requests to Sabre IntelliSell, improving accuracy and performance for cache rate prediction.
  • Used the generated contextual embeddings for dynamic price prediction as a downstream task.
  • Leveraged the HPC capabilities of the TACC-Lonestar 6 supercomputer for parallel computing and optimization.

Data Science Intern

Twimbit

  • Data Analysis: Installed and managed a holistic data pipeline (Algolia, Heap, Matomo, Segment) for tracking website user interactions to facilitate data-driven decisions.
  • Leveraged A/B test insights and ad-hoc analysis to reduce product friction and boost daily user numbers by 5%.
  • Machine Learning: Parsed raw HTML data from 700+ webpages on the product website using Beautiful Soup to train a Decision Tree model for automated classification of records into distinct categories.
  • Proposed and implemented a unique metric correlating read time to page depth scrolled, improving page readability and user retention by 20%.
  • Utilized text processing and topic modeling using gensim and spacy-transformers, leading to a 64% improvement in search query response time.