Conducting research on silver sintering die attach material for high-power electronics as part of a four-person team
Conducting DOE to optimize screen-printing, dispensing and die attach parameters to obtain ideal bond line thickness and die bond shear strength
Measuring temperature changes in situ to accurately measure thermal resistance
Conducting Thermal Cycling and High-Temperature Storage (HTS) Tests to demonstrate the reliability of developed test device assembly
Performing shear tests to characterize bond strength of die attach and determine sources of failure
Measuring porosity using surface characterization techniques such as X-ray and SEM.
Researcher
Computational Materials Research Lab (CMRL) at San Jose State University
05.2021 - Current
Using VASP (Linux software) to evaluate theoretical electrical properties (Bandgap, Fermi-level, Density-of-States, Work Function, and Band Structure) of molybdenum ditelluride based on Density Function Theory (DFT), then modeled using various visualization software to determine high performance in potential semiconductor devices
Conducting calculations to obtain scanning tunneling microscopy (STM) images to evaluate structure corresponding to electrical properties
Performing calculations simulating theoretical vibrational spectroscopy (IR and Raman) to further correlate electrical properties with material structure to better determine potential semiconductor-based applications.
Lead Captain
Maum
05.2018 - 12.2019
Solidified leadership and team-building skills in a fast-paced environment
Part of opening team and achieved a Michelin Star in less than one year of operation
Coordinated front-of-the-house team and kitchen staff while prioritizing the needs of guests
Ranked #117 restaurant in North America by the OAD Top 100 2018 and 2019, and listed in 2019’s San Francisco Chronicle's Top 100 Restaurants in the Bay Area.
P.O.E.T.S. (Power Optimization of Electro-Thermal Systems) Researcher
Stanford University
05.2019 - 08.2019
Conducted literature review on electrical properties of 2D molybdenum disulfide as a researcher for the NSF-funded Extreme Environment Microsystems Laboratory
Assisted in creating MoS2 using chemical vapor deposition (CVD) and fabricating semiconductor devices in Stanford Nanofabrication Facility (SNF)
Investigated quality of monolayer formation in varying temperatures with different environments (Argon and air) in a Cleanroom
Characterized monolayer structure using Raman Spectroscopy.
Education
B.S. - Materials Engineering
San Jose State University
San Jose, CA
05.2022
Skills
Solidworks CAD
Google Sketchup
Vesta
MATLAB
Photoshop
C
Java
HTML
CSS
Linux (Bridges2, VASP, and Quantum Espresso)
Microsoft Word
PowerPoint
Excel
Origin
Project
Raman Spectrometer
Scanning Electron Microscope (SEM)
Rapid Temperature Annealing (RTA)
QVI Smartscope CMM
Thermal constants analyzer
Nordson Dage 4000 bond tester
Tensile
Charpy
Hardness tests
High-Temperature-Probe Station
BESI 2200 evo die bonder
Cleanroom experience
Ability to work independently and under pressure
Great communication skills
Proactive team member with excellent leadership skills