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Education

Harvard University
PhD candidate in Environmental Science and Engineering
Secondary degree in Data Science

Williams College
Bachelor of Arts in Geoscience and Computer Science
Varsity Cross Country and Track
Dean’s List 2019

Relevant Experience

PhD Candidate, Harvard Atmospheric Chemistry Modeling Group, Harvard University
Advised by Dr. Daniel Jacob

  • Developing open-source, user-friendly software to quantify and monitor methane emissions through a combination of satellite data and inverse modeling techniques

  • Applying novel data assimilation techniques to estimate US methane emissions from satellite data

Scientific Programmer, GEOS-Chem Support Team, Harvard University
Supervised by Dr. Daniel Jacob

  • Supporting postdocs and graduate students on research projects requiring technical expertise

  • Further developing and improving the capability of running GEOS-Chem and GCHP on the cloud

  • Developing structural updates to the model’s analysis tools (GCPy) and chemical solver (KPP)

  • Providing user support to a vibrant community of users via github issues

Software Engineer, Nevo Technologies

  • Worked as part of a high velocity agile development team on a wide variety of projects

  • Gained experience in web/mobile app development and AWS ecosystem

  • Quickly adapted to new technologies, stacks, and development environments

  • Implemented ETL processes for high volume data processing project

Research Intern, Incorporated Research Institutions for Seismology
Supervised by Dr. Kasey Aderhold

  • Conducted novel seismic research studying Alaskan Sea Ice modulations of seismic noise

  • Performed statistical analyses of seismic data in Matlab and Python

  • Presented research at American Geophysical Union conference 2019

  • Wrote scripts that pull data in real time directly from the IRIS data center API

Research Assistant, Cohen Lab - Williams College
Supervised by Dr. Phoebe Cohen

  • Studied the microfossil and mercury content of Devonian Shales to investigate the End-Devonian mass extinction

  • Prepared samples for analysis and recorded detailed notes of results and procedures

  • Presented research at the Geological Society of America’s 2018 Conference in Indianapolis

  • Wrote Python scripts to analyze datasets from the Macrostrat and Paleobio Database API

Crew, Appalachian Mountain Club Cold River Camp - Chatham, NH

  • Lived and worked with colleagues in a team-oriented, fast-paced environment

  • Maintained all buildings and grounds; Served on waitstaff and ensured guest satisfaction

Intern, Weston Geophysical – Lexington, MA

  • Analyzed global seismic activity using company software in a Linux environment

  • Setup and Prepared equipment for offsite seismic studies

Technical Skills

Programming
Python, Java, TypeScript, C/C#/C++, Matlab, SQL/PSQL, Docker, AWS, Terraform, Linux, Object Oriented Programming, Unit Testing, Debugging, Version Control (Git), Bitbucket Pipelines, SQL/PSQL

Frameworks
Angular, .NET Core, React Native, Xamarin Forms

Software
ArcGIS, InDesign, Microsoft Suite

Service and Leadership

Purple Bike Coalition President, Treasurer, Mechanic

Manage shop budget, train and hire mechanics, organize work schedules

Teaching Assistant - Geoscience 101, Williams College

Assist 30+ students in labs and answer questions related to lectures and course materials

Review and grade student labs

Track Captain, Williams College

Organize team events, promote positive culture, communicate with coaches

Projects

Integrated Methane Inversion (IMI)
The Integrated Methane Inversion (IMI) is a user-friendly research-grade cloud-computing tool for estimating total methane emissions for any domain and period of interest by analytical inversion of satellite observations from the TROPOspheric Monitoring Instrument (TROPOMI). It enables researchers and stakeholders to infer methane emissions at up to 0.25° × 0.3125° (≈ 25 × 25 km²) spatial resolution and up to weekly temporal resolution from TROPOMI satellite data resident on the Amazon Web Services (AWS) cloud, without requiring expert knowledge of inverse methods or cumbersome data download. See the IMI website for more information. I am the lead developer on this project.

Acushnet Artworks
Worked as part of a small development team to implement a logo management web application for the Acushnet Holdings Corporation. This project utilized Angular for the front end application and .NET Core for the backend. This project was deployed and run with an entirely serverless footprint using AWS ECS to run a dockerized version of the application. I was heavily involved in standing up the necessary devOps infrastructure and coding both the client-side and server-side applications

IHM Insights
Developed a high volume, cloud-based medical data ingest and egress system for the Institute for Health Metrics. I worked as one the sole contributors handling the ingestion and transformation of EHR data from over 50 hospitals into our canonical persistence store on the cloud. This project involved leveraging a wide variety of AWS services including AWS Glue (Pyspark), Lambda, Step Functions, RDS Aurora, ECS, etc.

J&J JLabs Navigator
Developed a web application for Johnson & Johnson’s incubator program (JLABS). Worked on the client-side application to replace their legacy Drupal application with a new Angular version that provides richer interactions and visualizations.

Seismic Data Tools
Programmed tools in Matlab and Python to fetch and analyze seismic noise from IRIS data center

Paleontology Scripting Analysis
Wrote Python scripts to interact and analyze data from Macrostrat and the Paleobio Database API’s

Roguelike Game Development
Implemented and developed JavaScript rogue-like video game