Engineer Management
Resume:
Michael Hay
Dallas, TX
*******.*****@*****.***
https://www.linkedin.com/in/michaelhay1
SUMMARY
A driven and multi-functional mechanical engineer with petroleum and energy systems experience. Extensive experience in job supervision, data manipulation and analysis, fluid mechanics research, and hands-on engineering. Strengths in public presenting, project management, interpersonal communications, and fatigue and energy systems analysis.
Energy Systems Analysis
Product Presentation
Project Management
Staff Management
Job Supervision
Research and Development
Oil and Gas Production
Job Planning and Design
PROFESSIONAL EXPERIENCE
Schlumberger, Angleton and Midland, TX 2012-2015
Field Engineer, 2012 – 2015
As a field engineer, one is responsible for supervising crews on coil tubing operations. Non-field duties consist of managing coil tubing data, KPI’s, meeting with clients, and equipment maintenance.
Conducted a fluid mechanics study of ten fracture plug milling cleanouts to optimize job time and cleanout performance, and conserve chemical use for enhanced production.
Managed field personnel and their daily respective duties, and supervised coil tubing jobs per established procedures to ensure service quality.
Tracked Key Performance Indicators to help promote increased service quality by comparing and contrasting monthly productive time and revenue from each job.
Compared coil tubing drag data for each oil well to predict if upcoming jobs would be possible by comparing drag data for each region.
Managed five coil tubing strings’ job history, exposed pressures, corrosion exposure, and running footage to prevent pipe failure and ensure personnel safety.
Research Engineer, Summer 2014 2014
With the project described below, the research engineer, at the request of the company, gathered data from ten wells and created a presentation for upper engineering management.
Conducted a fluid mechanics study of ten fracture plug milling cleanouts to optimize job time and cleanout performance for enhanced production.
Compared fluid viscosities, coiled tubing running speed, and pumping rates to get an ideal Reynold’s number to achieve optimum particle transport.
Result: Cleanout procedures were altered and applied in the field. By taking accurate measurements of fluid viscosity, adjusting pipe speed and pump rate, more efficient cleanouts of oil and gas wells were possible.
Michael Hay Page Two
Result: Helped ensure less money went towards work over rigs, downtime from getting stuck, and allowed for better flow of the effected oil and gas wells.
University of Wisconsin Engine Research Center, Madison, WI 2012
Research Assistant, 2012
The research assistant was responsible for dedicating time to finding a way to properly manipulate the flame wall, take several readings with thermocouples, and correlate the accuracy of the data with the laser passing through it.
Tested consistency of constructed flame wall to be used to with vehicle cylinder laser technology.
Created real-time graphs in LabVIEW and used riding rails and thermocouples to correlate consistency of the flame wall to flame propagation inside engine cylinders.
Memorial Union - Der Rathskeller, Madison, WI 2011-2012
Student Employee, 2011 – 2012
A student employee at the Der Rathskeller was responsible for preparing ingredients, cooking meals, serving refreshments, and holding the highest regard for their customers.
Increased communication and time management skills by constantly working with customers and managing personal engineering work.
EDUCATION/TRAINING/SKILLS
Bachelor of Science, Mechanical Engineering
University of Wisconsin, Madison, Wisconsin
Field Engineer 2, Coil Tubing Technical School
Schlumberger, Tulsa, Oklahoma
Field Engineer 1, Coil Tubing Operational School
Schlumberger, Tulsa, Oklahoma
Microsoft Office
SolidWorks
CTES Cerberus
EES
LabVIEW
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