Building an engineering team for the release and success of Google's open source LLM family Gemma.

Leading a team in the XLA group developing efficient compilers for Machine Learning applications.

Leading the horizontal applied machine learning team for Lyft Rideshare, dedicated to increasing access the latest machine learning techniques through research and application.

I manage a team working on personalizing sponsored content and advertisement on LinkedIn. We improve ranking algorithms and click prediction models fundamental to the ads bidding platform and marketplace.

I work on building and implementing machine learning algorithms to personalize the LinkedIn experience for the consumer and enterprise products. I mine large data sets for feature engineering and experiment on different variations of logistic regression and other learning algorithms to build large scale recommendation systems.Previously, on the product team at LinkedIn, I used big data to drive product development decisions. I supported the content team, helping to design experiments to measure changes in engagement, working with product relevance teams and doing deep analysis to identify areas of growth.

Data mining, design and analysis for an internet based social media company. This includes running and automating queries from sql and hadoop databases, developing automated reporting systems and using this analysis to make intelligent business decisions. I work closely with product development teams to ensure valuable, measurable metrics are implemented in our products. I am also responsible for ensuring the quality of A/B experiments done to make incremental improvements.Basic skills developed include: SQL, hive, python

Analyzed airborne wind energy prototype's dynamic stability. Contributed to high fidelity models and developed control architecture and algorithms implemented on VTOL test flights.After my formal work experience with this company I continued to collaborate with the team on my doctoral research, which included developing theory for stability models and conceptual design techniques.

Wrote matlab code to estimate model parameters from science data and to estimate spacecraft pointing. Improved high fidelity control simulation for drag free spacecraft, added rate gyro models and replicated actual flight spacecraft control data to high accuracy.