Working across the stack to help deliver AI models to help people design and make anything they can imagine.

• Profiled and optimized data processing runtime to save $130,000+ per training run

• Built a headless parametric CAD package in Python using OCCT

• Managed training and development of CAD AI models

• Built experimental features across the entire AI, data, web app, and CAD package stack

• Stood up data processing pipelines using Python and DuckDB

Developed and delivered a software platform to help lab scientists run complicated scientific protocols on our robot at the click of a button. Built internal tools and processes to accelerate robotics development.

• Built mission-critical developer tools for visualizing simulations, reading real-time sensor readings and video feeds, and teleoperating field-deployed robots

• Architected services in the cloud and on deployed robots to orchestrate robotics control, logging and telemetry, video streaming, and customer-facing user interface

• Designed the product’s user interface, held UX testing sessions, and led customer training

• Prototyped, tested, and implemented several novel approaches for dextrous robotics control with real-time, closed-loop computer vision control

• Mentored a team of junior engineers through code review, pair programming, & learning materials

• Defined software development lifecycle, including CI, testing, releases, and best practices

Optimizing manufacturing through software by:

• Making our IoT 3D printers smarter and easier to use

• Building easy-to-use REST APIs to enable customers to automate their 3D printer fleets

• Organizing and visualizing IoT fleet data to accelerate product improvement

I am responsible for turning concept sketches into 3D models, and using fluid flow analysis to drive mechanical design decisions.