OBJECTIVE:
Eager to obtain an engineering position with an important company which will enable me to use my skills, to continuously assume challenges, and to work within a multidisciplinary and high level team, constantly adding value to the organization.
EDUCATION:
University of Colorado-Boulder, Grand Junction, CO
Bachelor of Science in Mechanical Engineering May 2013
EMPLOYMENT EXPERIENCE:
Bladestone, Oilfield Well Control Supervision and Training July 2013 – Present
Field Engineer
• Audit well control operations and equipment in drilling and completions rigs
• Trainer for well control classes and seminars (In English and Spanish)
• Translate tests and worksheets for training into Spanish
• Model well control equipment using SolidWorks as well as performing Simulations
• 3D print well control equipment for training purposes
PROJECTS:
Ergonomic Pipe Load System, Halliburton Company Fall 2012
• Design a new ergonomic storage and transportation system for 14 2 in. steel pipes. The design was modeled using SolidWorks. Preliminary FEA was completed to determine displacement and stresses exerted on the system. The system fulfilled the ergonomic requirements set by Halliburton to safely secure and transport the pipes. Scholarship awarded for best class project.
Senior Design Project, University of Colorado-Boulder Fall 2012/Spring 2013
• Design and build a working prototype for an assistive mechanized walking device that will enable people affected by paraplegia to walk. The assistive device is based on the design laid out in the patent by Eric J. Skoog: Paraplegic controlled, concealed mechanized walking device.
Airfoil Placement Analysis, University of Colorado-Boulder Spring 2013
• Designed an airfoil kit for a Mercedes-Benz E350 Sport Sedan. A 1:27 scale replica was created using SolidWorks and printed with a 3-D Plastic Printer. Testing was conducted using a Wind Tunnel, Particle Imaging Velocimetry (PIV), and Computational Fluid Dynamic...
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