Conduct regular assessments of pipeline conditions using tools like inline inspection (ILI), corrosion monitoring, and pressure testing. This includes analyzing the data collected to identify potential risks such as corrosion, cracks, or other structural weaknesses that could lead to failures.Develop and oversee maintenance strategies to ensure the ongoing integrity and safety of the pipeline system. This involves scheduling repairs and preventive measures based on the insights gained from inspection data, and ensuring that all interventions adhere to industry standards and regulatory requirements.Ensure that all pipeline operations are compliant with national and international safety standards, as well as environmental regulations. This includes maintaining thorough documentation of all inspections, assessments, maintenance activities, and repairs for audit purposes and regulatory reporting.

Developed the full software stack for this venture including: -Expert in current AI technology (both web UI and APIs), particularly OpenAI and mastery in prompt engineering and getting excellent results from AI -Utilized Digital Ocean for server, website hosted through Cloudflare -Created and managed PostgreSQL database -Developed Python process that ran on the server that would create illustrated storybooks from user input utilizing AI, APIs, and in-house processes. Included best practices like error handling, logging, rate limiting, queuing events and communicating with the front end and database -Took Linux skills to mastery and developed custom bash scripts for deployments and operations -Built website that is compelling and minimizes friction for customer

Led root-cause analysis to diagnose and resolve customer issues to achieve improved system performance and customer satisfactionDeveloped and implemented SOPs, fostering operational discipline and consistency within the teamOversaw comprehensive maintenance procedures for robotic systems, ensuring optimal performance and longevityEffectively communicated with customers, providing clear, concise plans for issue resolution and maintaining high levels of trust and satisfactionConducted rigorous functional testing on new designs, ensuring quality and performance standards were met prior to deploymentSpearheaded improvements, transforming unstable systems into reliable, high-performing units, greatly reducing system issuesUtilized Agile methodology to optimize workflow, foster rapid iteration, and accelerate the deployment of system enhancements resulting in an improvement in project delivery times

Manufactured fleet of Weedbots to deploy to customersPrepared assets and system for field operationsPerformed field maintenance of electromechanical systemsPrioritized field issues to team and pushed resolutionLed field team to be disciplined well-oiled operationImproved team to cut from 5 to 20 acres of weeds per day

Wired electrical system of ten Weedbots to meet deadlineAnalyzed issues with machine vision causing crop damageUtilized drone mapping to improve robot navigationBuilt field operations trailer to deploy fleet to customersImplemented skid system designed to handle tough terrain

Evaluated mechanical cutter designs for field applicationCompared different prototype designs for decision makingDesigned pole module with GPS, Rasp Pi, and cameraImplemented solutions to electrical noise issuesConducted root cause analysis on electromechanical failures