•Analyses of ancient materials for modern applications using various characterization techniques such as X-ray Fluorescence (XRF), Scanning Electron Microscopy (SEM) and X- ray Diffraction (XRD).•Utilization of Reitvald software to analyze the XRD data to identify a metal-looted artifact from the Los Angeles Department of Homeland Security Investigation•Investigate the use of blue cobalt pigment (CoAl-spinel) used in antiquity and exploration of its properties to inspire new materials for modern applications (obtained from the Petrie Museum in London)

• Analyzed ancient cobalt blue ceramic pigment using various characterization techniques such as X-ray Fluorescence Spectroscopy (XRF), Scanning Electron Microscopy (SEM) - Energy and Wavelength Dispersive Spectroscopy (SEM-EDS-WDS) and X-ray Diffractometry (XRD) to understand its microstructure and composition• Reverse engineered cobalt blue via solid state and precipitation synthesis to understand the chemistry and production of the ancient pigment.• Developed methodology to identify the formation of ancient cobalt blue ceramic spinels as a function of temperature

• Created and conducted small scale trials to investigate the spalling of coating used in Isothermal Forging • Revamped and executed several experiments to improve cooling curves for the resultant forging and thermal residual stresses developed in aluminum alloy forgings utilizing INTEMP FEA analysis• Identified the properties of ceramic tile between backing dies via mechanical and thermal testing to recommend continuous use of the material• Developed a materials process plan to optimize materials characterization and processing for the design team• Led a sub – team in a building wide continuous improvement project to reduce back log which improved the process flow in plant

•Conducted literature research for the development of a coarse grain-processing route for isothermally forged Udimet 720 and RR1000 alloys used in turbine disks.•Developed and created a mechanical testing layout per ASME specifications for Alcoa’s first AmpliforgeTM (Additive Manufacturing) test forging and analyzed data for comparison to conventional forgings. •Executed several experiments to improve cooling curves for the resultant forging and thermal residual stresses developed in aluminum alloy 7085 forgings utilizing INTEMP FEA analysis. •Identified suitable titanium landing gear forgings for determining a qualified pickling source that meets stringent Messier Bugatti Dowty Specifications.

• Managed 30+ team members from various departments of operations and engineering.• Improved diversity and team member relationships for a more positive, enriched work experienced.• Increased productivity by 5%, at off seasons through mentoring of team members while monitoring product development and quality.• Led my team’s efficiency to top 5 of all the distribution center for weeks.

• Interned with Creative Corner, an after school program that teaches Italian students classes in English. These classes include English, Math, Science and Art.• Increased learning efficiency of Pre – K Italian students by 20% through the implementation of interactive tools that intrigued their interest in learning English.• Improved the marketability and clientele of Creative Corner by enhancing customer service.

Dr. Masa Watanabe Research Group:• Developed simulations using computer code in python and created atomistic models of various carbon nanotubes (CNTs).• Analyzed data using computer software such as GROMACS.• Developed a working hypothesis on the behavior of carbon nanotubes in environments such as water and vacuum. • Presented oral and poster presentation on the use of carbon nanotubes therapeutically.

Dr. Lilian Davila Research Group: • Created carbon nanotubes of all types and ran simulations under various tensile loads using Materials Studio and COMSOL • Conducted preliminary research regarding current statistics aircraft wings' efficiency and strength. • Created a poster presentation for this research while producing adequate results to real life applications for aircraft wings. • Presented poster for this research at a California Alliance for Minority Participation (CAMP) at the University of California, Irvine.

• Designed a system that accurately measure the intake and out take of fluids from the baby such as the baby’s urine.• Designed systems to minimize handling or opening of portholes for positioning and waste management.• Created GANTT charts, Preliminary Design Report (PDR) and Critical Design Report (CDR) for client.• Performed preliminary and final testing of the design and components, based on test protocols. • Assessed and analyzed materials' properties and safety for the incubator.