Crystal H. Email & Phone Number

Diamond Bar, Ca, Us

Irvine, California

● validate post-silicon design and System On Chip (SOC) application-specific integrated circuit (asic) chip functionality using electrical equipment, JTAG● analyze and visualize data collected through automation tests● implement electrical validation and characterization plans for high speed Serdes and ASIC testing● debug PHY hardware related issues and work with design and other functional groups in driving resolutions to issues found● validate high-speed serial interface, functionality, and firmware implementations in hard drives, flash SSDs● hands on experience with SATA, PCIe, and USB, SerDes, hardware, software, lab test equipment, CAD for PCB layouts, and rework/soldering tools● project management with projects involving cross-functional teams (design, verification, firmware)● Great analytical and problem solving skills, dedicated to solving hardware and software issues● Developed automation scripting and software development using visual basic and python code for testing test bench, debugging, and unit chips● protocol knowledge in: TCP/IP, SATA, PCIe, UFS (M-PHY) protocols

• Hands-on application of the data science method (problem identification, data wrangling, EDA, preprocessing, modeling, and data storytelling).• Five projects completed under mentor supervision.• Tools: Python (pandas, numpy, matplotlib, seaborn, scikit-learn, etc), SQL, Flask, Docker, Google Cloud Big Query, AWS

Irvine, California

Hero's Lab- Professor Hung Cao● Executed the study of various iridium oxide coating techniques and their impact on the sensor electrodes performance and design.● Perform Iridium Oxide coating on the electrodes with various methods to improve coatings and to characterize the electrode sensitivity and quality through the pH measurement.● Determine the performance of the iridium oxide coated electrodes by collecting the pH values and using Labview software to analyze the data to obtain the average results and sensitivity. ● Utilize the electroplating technique and Yamanaka solution to coat iridium oxide onto the gold electrode and then study the thickness, roughness and uniformity of the electroplated layer, which ultimately impacts the sensor’s performance.● Research and study the biocompatibility of the iridium oxide coated electrodes and to determine the level of surface modification needed on the electrodes.

Nano-Optics and Bio-technology Lab - Professor Kumar Wickramasinghe● Developed a software program for the display system of point of care device to assist others to examine patient’s DNA and further identify if any DNA resulted in the illness or potentially for other diseases.● Identified hardware and software problems of the Photo-induced Force Microscope (PiFM) and developed techniques for the sample preparation to improve the operation efficiency and obtain better result.● Created, experimented, and analyzed Poly Methyl Methacrylate (PMMA), Monolayer, Polystyrene samples to study the distance-Photo-induced Force signal relationship using a Photo-induced Force Microscope

Riverside, California

Naval Engineering Education Consortium (NEEC)● Researched methods to enable an increase in distance for Non-Line-of-Sight (NLOS) Communication, an alternative communication device using ultraviolet lasers instead of radio frequencies in case RF signals are jammed● Presented at the NEEC Annual Meeting 2017 on capability, structure, and theory of NLOS communication

Shanghai, China And Wuhan, China

International Research Experience for Students Program (IRES)● Collaborated with R&D groups at Shanghai Research Institute of Microelectronics with Dr. Shen Li in study of MOSFET characteristics and data acquisition● Performed data acquisition and analysis to provide behavior and characteristics of MOSFETs for industrial application● Participated in the development of a portable low-cost device for detecting ozone concentration● Presented at Southern California Conferences for Undergraduate Research (SCCUR) about the project on Low cost instrument to measure Ozone Concentration in Air-based Optical Scattering and the research on Behavior and Characteristics of MOSFETs

Hsinchu County/City, Taiwan

● Performed and conducted Quality Control (QC) with lab technicians using computerized microscopes to test degree and focus of Intraocular Lens ● Assisted in advanced cutting machine of creating an IOL by observing the correction of thickness, degree, and angle of crystal used to cut Acrylic lens● Analyzed the data collected from the production and quality control to improve the yield and efficiency through visual graphing of the measurements made on size and durability of IOLs● Prepared presentations of data analytics, calculations methodologies, and graphic interpretations for management● Studied the principles related to the design and risks of implantable Intra-Ocular Lens (IOL)

Coding Bootcamp, Web Development

Activities and Societies: HTML5/CSS3 and Bootstrap Javascript jQuery API/JSON/Ajax Express Node.js MySQL MongoDB, Mongo Atlas React MERN.

Master'S Degree, Electrical And Electronics Engineering

Activities and Societies: Mentoring Excellence Program, TA Professional Development Program, UCI Blockathon• Developed knowledge.

Bachelor'S Degree, Electrical And Electronics Engineering

• Focused on materials and devices in the electrical field. Understand the fundamental knowledge of circuit analysis, electromagnetics.