* Assisted in the sample preparation, testing, data analysis, and report writing for 30 Failure Analysis and Technical Service projects.* Supported factory production by performing precision cleaning, digital microscopy, contamination analysis, and specialized potting, and repair for cables.* Utilized different precision cleaning techniques to clean sensitive optics and mirrors. * Learned different material characterization techniques such as chemical, thermal, and visual analyses. * Performed analysis with various techniques, such as: Scanning Electron Microscopy (SEM), Scanning Acoustic Microscopy (SAM), and Energy Dispersive X-Ray Spectroscopy (EDS).

* Research Team Member for the Texas A&M team that competed in the Cast in Steel Competition 2020 for the Steel Founders of Society of America (SFSA).* Assisted in creating a casted bowie knife by choosing an appropriate alloy composition and heat treatment. * Helped to create three required deliverables: a bowie knife, a technical report, and a video. * Received best technical report out of 18 other competitors across North America.* https://www.sfsa.org/doc/cis2020/TAMU.pdf

* Researching how different processing techniques, such as Equal Channel Angular Pressing (ECAP), affects the corrosion resistance for AZ21 alloys using Electrochemical Impedance Spectroscopy (EIS) and Potentiodynamic Polarization.*Conducting experiments for Freeport McMoRan to test the corrosion resistance for their steel pipes against different copper solutions.

* Designed shape memory alloys using specifications given by NASA and Boeing sponsors for the application of an actuator system.* Compared five different NiTiCu based alloys with different quaternary additions. Our prime candidate alloy achieved all the design specifications with a work output of 0.9268 J/g.* Achieved a full characterization of the five different compositions that included various mechanical testing and microstructural analysis.* Completed all material productions, processing, and characterization in-house.* Presented my findings at the 2019 Consortium for the Advancement of Shape Memory AlloyResearch and Technology (CASMART) Conference in Konstanz, Germany