- Hired and led a team of 9 devops engineers, data engineers, and data scientists to create a monitoring platform for the world's largest solar + storage installation. Resolved interdepartmental technical conflicts through focus groups and clear process documentation. Enhanced data ingestion by 500× through development of a Golang-based service, enabling real-time collection of 1M metrics/sec from 3,000+ modbus-based hardware devices on-site.- Architected a Python-based reporting platform to democratize data access for both technical and non-technical users. The platform applied an intuitive label system for easy realtime data retrieval and provided customizable templates for generating rich, customer-specific monthly reports.- Developed a hybrid edge-core architecture for VictoriaMetrics database in Kubernetes. This innovation facilitated real-time data collection at site and optimized data transmission over limited bandwidth links. Ensured robust data redundancy by synchronizing with a central database and data lake hosted in AWS.- Oversaw a Python enforcement service to track asset availability and battery cycle KPIs, ensuring equipment warranty compliance for a $1B project that powers Las Vegas, NV.- Orchestrated a Python service for optimized energy discharge scheduling, resulting in a 6× increase in revenue during Full Requirements Periods and crucial for managing stress and volatility in the Texas electrical grid.- Implemented PagerDuty for alerting and issue resolution and Grafana dashboards for efficient system monitoring and servicing.

- Directed full-stack application development as Team Lead and Principal developer for a 4-member team. Managed all phases from requirement analysis and system architecture to coding and deployment using React.js, Apollo GraphQL, Prisma, Express, Postgresql, and Docker. Key projects included: - Architected and developed a multi-channel alert app (web, email, SMS) for plant operators to signal peak power events, achieving cost savings of $40k per incident. - Designed and implemented a weekly recurring scheduler for managing the charging of 10,000+ battery cells across 57 sites, powering 1M+ US homes. - Designed a robust API for automated energy storage system control, which eliminated the need for manual round-the-clock remote monitoring. - Significantly improved a financial modeling app’s performance by developing a MERN (MongoDB, Express, React, Node) based replacement, cutting page load time from 4 sec to 0.2 sec.- Streamlined site commissioning by establishing configuration management and a CI/CD pipeline for Docker that facilitates building and deploying to Kubernetes, reducing software deployment time from 3 days to 2 hours.- Enhanced efficiency by dockerizing C control software, thereby enabling remote compiling and debugging while eliminating on-premises processes.

- With a team of three, enabled healthcare professionals to unobtrusively care for older adults and reduce nightly falls by creating a full-stack HIPAA-compliant dashboard that collects metrics via POST requests from a bed sensor.- Developed a dashboard in Angular.js and D3 to allow caregivers to monitor their patients at night.- Deployed web app to 2 assisted living facilities that serve 300 patients- software alerted caregivers to 34 falls in the first 3 months so they could provide immediate support.

- Built multiple full-stack apps to keep track of data:- Automated processing of 10k+ scanning tunneling microscope images of molecules with Ruby on Rails.- Visualized the electronic structure of molecules on nanoparticles with D3 and Ruby on Rails. - Obtained U.S. patent, published 3 articles, trained and mentored 4 students.

Developed and wrote technology portfolios for Fortune 1000 companies looking to expand into new sectors. Identified most promising companies, patents, and peer-reviewed research articles for developing new innovative products.

Elucidated thermal and photo-chemical reaction mechanisms for molecules on semiconductor surfaces with Ultra High Vacuum Microscopy, Mass Spectrometry, and Ab initio modeling techniques. Experienced with designing, programming, and fixing instrumentation hardware systems.

Worked extensively with a low temperature scanning tunneling microscope including maintenance and modification. Discovered a previously unknown surface melting mechanism for gold at room temperature induced by styrene. Studied the self packing of small molecules with atomic resolution on copper.

Assisted in developing a faster Mycobacterium paratuberculosis assay for use on cattle. Worked on advanced laboratory techniques, PCR techniques, and cell and DNA extraction.