Project Engineer with do whatever it takes to get job done mindset looking to get involved in more complex projects
Professional Experience
IES Commercial San Antonio, TX
Project Engineer/ Estimator October 2013-Current
• Revise and update engineering CAD drawings
• Send weekly project updates to customers
• Create professional report for final project submissions
• Estimate projects worth anywhere between $1,500.00 to $190,000 for data telecomm, fiber optic cabling, and audio/visual systems.
• Using RFP and T-drawings create a Bill Of Materials to send to suppliers for materials pricing and lead times
• Create and explain estimate for bid to data telecomm manager before submitting
• Define Scope Of Work for projects based on RFP and T-drawings
Professional Accomplishments
• Enforced the use of task codes to create better project reports
• Using CAD software, created drawings that gave the team two projects
• On day project was due, tested cables, updated drawings, and turned in final documents by deadline
Maxim Integrated Products San Antonio, TX
Equipment Engineer Intern June 2007- September 2007
• Assisted in projects to implement kaizen
• Created detailed specifications for hydraulic systems
• Studied and implemented root cause analysis
• Made an assisting tool using mill operations to help employees in handling products
• Estimated an R.O.I for a project, Exposure to Allen Bradley PLCs, P&ID drawings
Education
University of Texas at San Antonio San Antonio, TX
Bachelors of Science in Mechanical Engineering, minor in mathematics May 2013
• GPA: 2.91
• Communications Officer for American Society of Mechanical Engineers
• E.I.T. Certified (Engineer in Training)
College Of Engineering Projects
• A.S.M.E.; Using set constraints, we built a mechanical device that was stable and strong enough to throw an object weighing up to 20 pounds certain distance not to exceed 100 yards
• S.A.E.; Designed a brake system that could stop a small race car, fast and effectively from 50 m.p.h. without creating excessive heat and damaging brake lines or rotors.
• Materials Engineering; tested the effects of heat treatment processes, necking, and strain hardening.
• Manufacturing Engineering; learned about machine and tooling operations, lean manufacturing and precision measuring tools, the term ‘poka yoke’, hot and cold metal forming processes, different manufacturing layouts. Had discussions regarding root cause analysis, tool design, and product costing
• Engineering Graphics, SolidWorks; Designed a 3.5L V6 engine incorporating DOHC and compression ratios to withstand forces in numerous areas. Parts had to meet or exceed a fact...
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