Job Duties:1. Design and optimize diversion jobs to maximize performance2. On-site implementation of jobs to help customers become familiar with products3. Post-job analysis and review with customers to improve future designs4. Research and test new products to advance diversion technology in the industry5. Job types - New completions, chemical treatments, drilling, refrac operations, production maintenance, frac hit mitigation, etc.

Major job duties include:1. Training junior engineers2. Implementing new and unique solutions to area specific challenges3. Overseeing broad operations to optimize efficiency and identify areas for improvement

First and foremost, I ensure that the work we do aligns with Halliburton's standards for quality and safety. I analyze real-time data using stimulation modeling software and a comprehensive knowledge of data patterns to predict formation activity and adjust our pumping design accordingly. I am also responsible for pre-job planning, material logistics, troubleshooting malfunctions and issues, and post job analysis of the services Halliburton provides. I have also been tasked with training new engineers by mentoring them in the field. I am currently directly involved in some of the most cutting edge new diversion methods being implemented in North America. It is my role to perform on-site pressure analysis and make diversion design changes on the fly in order to maximize formation stimulation and ensure surface safety.

I design cement slurries to meet wellbore and formation requirements. I utilize job simulations and lab testing to optimize the slurries, and provide on-site technical advise during job execution.

Field Engineering Intern. Operated and performed testing on both Coil-Tubing Fishing Tools and Drilling Fishing tools. Spent time both in the warehouse studying the internal functionality of the tools and in the field shadowing a Fishing Engineer.

Interned with Drill-Bit testing group at The Woodlands Facility. Performed and analyzed efficiency testing on Drill-Bits to improve Rate of Penetration, Cutter Efficiency and Placement, and Wellbore Cleaning Capability.