Lead the industry's first robotic cloud lab platform, providing scientists with an intuitive no-code planner to capture measurements, sample history, and decision making.

• Lead internal team of 5 and third-party offshore development team for workflows domain
• Boosted team velocity by 38% through enhancements in average story points per developer
• Achieved 83% sprint completion rate over the last year
• Spearheaded process changes to optimize Internal Support Channel triaging
• Increased engineer volunteering rate by 113%
• Reduced workflow builder front-end total load time by 53%
• Use Jira and Slack APIs and automation to improve developer velocity and accountability

Led migration from lambda functions to microservice architecture.

• Increased robotic throughput by 64X by improving CV robotic command used to identify genetic isolates
• Contributed to migration and design strategy from self-hosted lambda to distributed workflow engine architecture
• Unified data ingestion pipeline for web and robotic platforms
• Filed patent for 'Systems and Methods For Processing Experimental Workflow at a Remote Laboratory' Application No. 63/217,893

Developed and maintained core automation platform features.

• Developed statistical analytical tools for automated cluster identification of multidimensional flow cytometry data
• Decreased hands-on time for operational teams through automation
• Onboarded customer experimental designs and workflows for robotic execution
• Contributed to autoprotocol.org open source autoprotocol-python and Autoprotocol Standard Changes (ASC)

Established cellular and molecular workflows for DARPA's Synergistic Discovery and Design Program.

• Co-authored open-source Aquarium laboratory web application
• Developed ETL data pipeline around Aquarium API for HPCs
• Collaborated with lab automation companies to unify data schemas
• Co-authored algorithmic design of synthetic parts for genetic systems
• Mentored undergraduate research assistants

Collaborated with Reliance Industries on genetic engineering of cyanobacteria.

• Established genetic and molecular tools for metabolic pathway manipulation
• Used automation tools for multiday experiment data capture
• Maintained bioreactor control systems
• Presented results bi-weekly to CEO and CSO

Taught at biological maker space providing community access to research tools.

• Created accessible scientific content for diverse audiences
• Led hands-on workshops and demonstrations

Conducted research in the Cattolico Lab on algal biofuel production.

• Developed high-throughput lipid quantification methods
• Characterized cell cycles under varying conditions
• Modeled symbiotic relationships using bioinformatics
• Led crowdfunded research project on municipal waste water usage

• Used graph theory for genetic part design automation
• Developed parallel RNASeq assay analysis methods

• Developed integrated laboratory management system
• Created containerized application for research automation

• Specialization in Computing Systems
• Focus on Network Security and Software Architecture
• Advanced Internet Computing, Machine Learning

• Minor in Philosophy