Andrew Boles Email & Phone Number

Austin, Tx, Us

Austin, Texas, United States

Bellevue, Washington, Us

Cedar Park, Texas, Us

Farmington Hills, Mi, Us

• Created and executed ADVPR test plans for 3 electromechanical steering columns and transmission shifter programs, managing over 100 test samples for primary product validation milestone• Validated and implemented cost-down activity component modifications• Utilized software tools such as Excel, Minitab, and LabVIEW to collect and analyze complex data sets• Devised novel test setups and fixtures, employing a wide array of testing equipment installations• Fostered communication channel with our primary customer, GM, to meet and exceed performance andquality expectations through each design maturity milestone

Dearborn, Michigan, Us

Owned all climate control system performance deliverables for 2017/2020 Super Duty and 2018/2019 Edge through major design milestones, reporting out to multiple levels of management and cross-functional teams• Interfaced with OBDII/PCM on prototype and production vehicles to manage and analyze climate controlperformance data, both in the wind tunnel, and on the road• Implemented novel solutions to adapt to the challenges of hardware and system configuration differences,while delivering or exceeding carryover product performance against objective measurements• Coordinated with 8 major automotive system groups (powertrain calibration, fuel economy, etc) to fosteran ideal balance of resource needs to successfully deliver the best vehicle possible• Utilized Excel, MiniTab, and a multitude of 1st-party tools to acquire and analyze mass amounts of sensor,engine, and automotive computer data

Fort Worth, Tx, Us

o Performed real-time monitoring and management of well stimulation services provided for a wide range of customers and job types, while also providing technical advice and counsel to FTS International and customers concerning the design, development, and execution of well stimulation serviceso When requested, designed well completion models for customers based upon applicable petroleum engineering principles, taking into consideration available geological data and financial constraints o Oversaw the QAQC aspects of slickwater, linear gel, and cross-link fluid systems to optimize the production of the desired completion strategyo Wrote technical reports and performed multiple levels of job evaluations and assessments to generate constructive feedback for following jobso Created multiple software tools to help improve field engineer productivity that have been adopted district-wide

Cincinnati, Oh, Us

o Continually identify and streamline ineffective and inconsistent component overhaul and assembly processes to help increase serviced jet engine test pass rate from 83% to 89%, saving thousands of dollars in labor costs and preventing engine retests that cost ~$6000 per runo Tasked with limiting jet engine rotor vibration in the test cell, involving complex data analysis and long term overhaul process and assembly studies examining component repair techniques, turbine rotor balance operations, inherent engine design conflicts, and process and test repeatability to ensure the best quality engine overhaul possibleo Constant effort to utilize Six Sigma based lean techniques to spearhead engine assembly improvement projects that cut labor and queue hours, and limit unnecessary expenditures in the engine overhaul process

o Utilized 3D modeling software to design and draft composite and sheet metal aircraft equipment system installations and their associated detail parts o Examined, revised, and improved existing structural engineering designs and drawings to create and support upcoming aircraft engineering baselineso Assumed liaison engineer role to analyze and implement design solutions to unique structural engineering issues and post-fabrication alterations