Cole Taylor

Electrical Engineering student at Texas A&M University.

• Proficient in designing and analyzing electrical circuits, such as amplifiers, buck/boost converters, and filters.
• Experienced with electrical circuit design and troubleshooting.
• Expertise with operating shop equipment and heavy duty machinery.
• Experienced in stick and MIG welding.
• Comfortable in hands-on manual labor situations.
• Skilled with vehicle and equipment maintenance and repair.
• Skilled in operating motor vehicles on and off road.
• Confident in towing trailers of varying size and weight.
• Knowledgeable of proper equipment operation.
• Firm understanding of mechanical/electrical systems and diagnostic programs.
• Proficient in programs such as Word, Excel, Powerpoint, and Google alternatives.
• Familiar with various HDL’s and coding languages- 8 years of Java, 4 years of Python and Verilog, 3 years of C/C++.
• Experienced with Vivado, Vitis, Multisim, Matlab, and similar simulation/emulation software.
• Experienced in programming microcontrollers such as the ESP-32 using an ESP-IDF extension on VSCode.
• Experienced in the execution and validation of work projects.
• Adept in problem solving skills.
• Resilient in adverse conditions.

Home Motors Inc. / Storage Yard Manager

September 2018 - August 2021 , San Angelo TX

• Managed a TDLR certified vehicle storage lot containing on average several hundred vehicles, which included general yard upkeep and documenting, moving, and releasing vehicles.
• Maintain and repair faulty recovery equipment and heavy duty trucks in minimal time in order to keep equipment in rotation.
• Drive and operate heavy duty equipment, trucks, and machinery in unpredictable conditions.
• Responding to countless wrecks with speed and efficiency, with additional damage to vehicles and surrounding area minimized.

NexTier OFS / Reliability Engineer Intern

May 2024 - August 2024, Pearsall TX

• Participated in an internship program as a Reliability Engineer for Completions, overseeing a fleet of over 1200 fracturing pump units.
• I led a large work project with the task of reducing the potential failure rate for power ends found on the fracturing pumps.
• Successfully diagnosed and documented that ~46% of all installed power end lubrication circuits did not meet company standards.
• Working with the maintenance team, we developed a circuit checklist to assist in auditing all frac pumps.
• Personally created a Power End Lubrication Circuit Guide, consisting of a walkthrough of all of the parts found in the circuit and a troubleshooting guide. This is intended for use for new hires and reference during repairs.

Texas A&M University / BS Electrical Engineering

August 2021 - Current, College Station