Mechanical Engineer Engineering

Jaeckel Bautista

832-***-**** ***************@*****.***

Education

Bachelor of Science: Mechanical Engineering May 2019

Cullen College of Engineering at University of Houston, Houston TX

Minor: Mathematics

Related coursework: Capstone, Offshore Field Design, Thermal Design, Heat Transfer, Design of Machine Elements, Thermal Fluids Laboratory, Introduction to Finite Element Methods, Solid Mechanics, and Introduction to Fluid Mechanics

Areas of Expertise

Programming – Expertise in standard computer software to create a visual representation of building components such as shock absorbers, propellers, and connection pipes.

Oil and Gas – Knowledge of the fundamentals of subsea engineering, downhole tools, and strategies associated with real-world oil and gas production.

P&ID – Two-year experience in proficient reading instrumental diagram design for oil and gas industry, with the inclusion of all equipment, instrumentation, valve, and line list information for completions tools.

Technical Skills

Programs: AutoCAD, SolidWorks, PTC Creo Parametric, MATLAB, SAP, MS Excel, MS Word, MS Outlook.

Machining Tools: CNC, manual lathe, angle grinders, drill presses, sandblaster, miter saw, belt sander, micrometer, etc.

Professional Experience

Mechanical Engineer September 2019 – July 2020

Halliburton Spring, TX

Designed Flow Control Packers, Gauge Mandrels, Chemical Injections, Splice Subs, Control Lines, and Venturi Flow Meters within Smart Well Systems to meet customer demand as well as Quality Standards.

Reversed engineered mandrels to reduce cost while maintaining burst and collapse pressure ratings in accordance with VAM, Tenaris, JFEBEAR, Benoit, and other thread vendors.

Computed maximum design constraints in SolidWorks to ensure fitment within Casing and proper installation on the field.

Generated Redline drawings for manufacturers to rework time-sensitive Gauge Mandrels, Filter Body Clamps, Straps, and Packers.

Drafted Engineering Specification for the universal assembly and test procedure of the ROC-X and OPSIS Gauge Mandrel.

Revised Golden Gauge Mandrels and Chemical Injections design to uphold the latest engineering and manufacturing practice.

Provided direct assistance to field-related questions that may halt production, resulting in loss of revenue.

Drafter / CNC Machinist January 2019 – May 2019

Ranger Point Precision Cypress, TX

Utilized CNC machine and manual mill based on engineering CAD drawings.

Sketched firing arm parts using AutoCAD with high precision measurements and tolerance.

Performed screw cutting, tapping, groove cutting, reaming, and instrument inspection conventional to machining.

Controlled anodizing equipment to provide a corrosion-resistant surface to aluminum objects using electric currents.

Technology Consultant September 2015 – January 2019

University of Houston Houston, TX

Trained incoming support assistants to utilize computer software knowledge to provide assistance for high-end multimedia creation and edition tools, as well as numerical analysis and design software such as Photoshop, MATLAB, and AutoCAD.

Created a manual and spreadsheet of computer parts to better equip new assistants with instructions to troubleshoot common issues and properly maintain inventory control.

Promoted to Student Leader after 1.5 years due to excellent leadership and interpersonal skills.

Academic Projects

Adjustable Trunk-Mounted-Bicycle Rack, Capstone II August 2018 – April 2019

Innovated a past design to outperform current weight capability when transporting two different-sized bicycles.

Created a Gantt Chart utilizing Excel to keep track of milestones and tasks for the duration of the project.

Coordinated the investigation of the dynamic design as well as the formation of the CAD drawing.

Performed the Bench test on the arms to fortify the initial claims of being capable to withstand 2.5 times the maximum load.

Machine Design Project, Design of Machine Element November 2018 – December 2018

Created a device that would lift racquetballs from a resting position to a final position utilizing screws, shafts, and gears.

Designed parts using AutoCAD and performed Finite Element Analysis on the gears to determine the maximum shear stress on the teeth while under tension.

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