Highlights:• Broach’s fixture clamping system improvement (20% cycle time reduction, cutter life increased by 30%, and reduction of variation by 20%).

Skills:SolidWorks, Mastercam, G and M Code Programming, GD&T, ASME Y14.5-2009, AS9100, Leadership, Engineering, Fixtures, AutoCad, MS Project, MS Office, Excel, Mechanical Design, Lean Manufacturing, Quality Assurance, Intermediate PLC Programming, Industrial Control and Automation

Goal:Mechatronic Engineer with three years of combined experience as a Manufacturing Engineer, Mechanical Design Engineer and intermediate skills in Controls and Automation in both the Automotive and the Aerospace Industry within companies like Ford Motor Company, UTC Aerospace Systems, and Curtiss Wright Controls. I want to continue to implement my professional experience and strengthen project management skills by creating a professional career path within a global company

Certification:• 2019 Industrial Control and Automation. Brabateh. Hermosillo, Mexico. (100hrs). • 2017 TOEFL iBT Test at ASU, Score of 83 for English Proficiency. • 2016 CSWA Certification from Dassault Systemes, SolidWorks. • 2015 Grinding Theory and Blohm Programming on Siemens and Fanuc Controls. UTC Aerospace Systems. • 2015 Engineering in motion control. Araiza Inn, Hermosillo Sonora. • 2014 SolidWorks course. Instituto Tecnológico de Sonora. • 2014 Certification on Metromathematics CNC. Maquilas Teta Kawi Training Center. • 2014 Course in Robotics (Fanuc) and PLC. Ford Motor Company.

Mechanical Design Engineer 07/2018 - current
ProAutomation, Hermosillo, Sonora Mexico
Industry: Automation
• Responsible for the design concept of the project, ensuring to meet requirements and deadlines reviewed with customers. • Design and development of Resistance Spot Welding and MIG welding machines for the Automotive Industry. • Mechanical design concepts based in NAAMS and GD&T (ASME Y14.5-2009) standards. • Elaboration of BOM, DSA (Machine Sequence for Automation), 2D prints for machining, welding and assembly of components, and creation of a manufacturing plan. • In charge of the Mechanical Design Stage until project is ready for the automation stage.
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Application to Master Program in the USA 06/2017 - 06/2018
Arizona State University, , United States
Industry: University
• Application process to a master's program in Advanced Manufacturing (Note: Did not started master program, accepted by the university for master program, failed to receive scholarship).
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Product Development Engineer 10/2016 - 06/2017
Curtiss Wright Controls, Nogales, Sonora Mexico
Industry: Aerospace Manufacturing
• Design, development and implementation of the manufacturing process for the introduction of new products. (Quotations, review of blueprints, 3D part design in Solidworks, work standardizations/operation sheets, CNC programming on lathe and milling operations, design and construction of fixtures/jigs for machining, release of the process to production and monitoring of the process to optimize it).
• Improvement in the design of existing fixtures focusing on SMED projects. • Application of process analysis tools (5 whys, Fishbone diagrams, process flow charts) through the collection of data, for monitoring the process’s health. • Implementation of lean manufacturing tools focusing on quality and elimination of waste targeting clients’ satisfaction. • CNC programming on 3 and 4 axis for milling and turning operations.--
Mechanical Design Engineer 06/2016 - 10/2016
ProAutomation, Hermosillo, Sonora Mexico
Industry: Integrated Automation
• Design and development of Resistance Spot Welding and MIG welding machines for the Automotive Industry. • Mechanical design concepts based in NAAMS and GD&T (ASME Y14.5-2009) standards. • Elaboration of BOM, DSA (Machine Sequence for Automation), 2D prints for machining, welding and assembly of components, and creation of a manufacturing plan.
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Manufacturing Engineer 05/2014 - 05/2016
UTC Aerospace Systems, Guaymas, Sonora Mexico
Industry: Aerospace Manufacturing
• Support manufacturing processes for different aerospace products (Turbine Discs, IP Segments, High Pressure Stators, and Bearing Housings). • Design, test and approval of tooling and fixtures based on customer blueprints and specifications. • Management, design and implementation of automated projects for improvement of existing tooling. • Creation, development and implementation of engineering procedures and standards for the use of manufacturing processes and its equipment.
Achievements: • Broach’s fixture clamping system improvement (20% cycle time reduction, cutter life increased by 30%, and reduction of variation by 20%).--
Internship 08/2013 - 01/2014
Ford Motor Company, Hermosillo, Sonora Mexico
Industry: Automotive Manufacturing
• Development of a design proposal of a robot clamping system to automate a cell operation. • Development of Blueprint as a standardized assessment tool and continuous improvement tool.
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Hermosillo Technical Institute 08/2009 - 12/2013
Hermosillo, Sonora, Mexico
Degree: Bachelor's Degree
Major:Mechatronics Engineering
As an undergraduate student I participated at The Innovation Contest of my Institution back in 2013 where I was in charge of the design, development and part of the manufacturing of a robot intended to assist in mining and exploration duties. Here I helped my team with a prototype using CAD software (Solidworks); selecting the materials for the mechanical structure and the electronic components considered like servo motors, stepper motors and electronic circuits and where they were going to be located within the robot.

Mechatronic Engineer