Emily Mayoras Email & Phone Number

Cambridge, Massachusetts, United States

Sterling Heights, Michigan, United States

• Review and verify stator production data for varnish applications, epoxy coverage, laser EW and SB welding through mechanical testing, microstructure, geometric analysis and thermal cure profile
• Lead team to reduce daily analysis timing with AI and VBA integration for repeatable, efficient, and improved quality metrics that emphasizes six-sigma strategies
• Act as a subject matter expert between quality and production for current and future products
• Oversee flow of testing in lab

Seattle, Washington, United States

• Manage the qualification of a new metal bond primer used for future paint systems
• Engineered and supported testing for spar processing and future wing and fuselage material qualification
• Reported comprehensive summaries of test results (technical and qualitative) to customers, project management and supporting cross-functional teams
• Worked to develop manufacturing plans for new materials from fabrication to post-test analysis

Sterling Heights, Michigan, United States

• Metallurgical analysis and sample preparation
• Mechanical testing of material validation or verification
• Responsible for communicating between interdisciplinary groups to design, test, and summarize results
• Analysis of weld integrity at macroscopic and microscopic levels
• Chemical and physical characterization of non-metallic materials
• Instruments used: Instron, Taber Abraser, Scanning Electron Microscope (SEM), Metallograph, Olympus Microscope, Laser Induced Breakdown Spectroscopy (LIBS), Rockwell and Brinell Hardness test, FTIR Spectrometer.

Troy, New York, United States

Used computational models to better understand the outcomes for certain arrangements of random closed packed structures. Continuing my algorithm for 2D, my goal is to achieve 13.397 nearest neighbors in 3D. The plan is to design code to study the effects of hard sphere packings in order to develop new strategies for amorphous material design and explain.

Auburn Hills, Michigan, United States

• Analyzed returned warranty parts and determined specific test requirements to verify failure mode
• Gained knowledge of metallurgy & metrology request and standard damage grading procedure
• Created a cut and electron beam weld prototype of a tulip to meet additional torque load on rear halfshaft
• Performed peer review CAD (NX software) designs of half shafts for new programs

Education record

Activities and Societies: Swim and Dive, Soccer and National Honor Society

Bachelor Of Science - Bs, Materials Engineering

Activities and Societies: Womens Swim and Dive, Rensselaer Motorsport Formula SAE, Rensselaer Crew Team