Hyun Jung Email and Phone Number

Deep learning- Utilize TensorFlow to create a deep convolutional neural network for segmenting collagen, virion, and neural structuresMedical Image Analysis- Create algorithms for detecting and quantifying metastasis tumor using ITK- Texture analysis of tumor images from different modalities using MaZda software and MatlabCancer Cell Characterization- Build a custom program (Python) and reconstructed RF signal from B-Mode imaging - Extract spectral parameters from the RF signal for characterizing apoptosis of cancer cells

• Investigated impacts of stress and stress gradient in Li-ion battery electrode on Li-ion battery performance• Successfully demonstrated a MEMS sensor platform for in situ, real-time monitoring of stress and structural changes in lithium-ion battery electrodes to achieve better understanding of electrochemical behavior of various electrode materials • Integrated MEMS devices with commercially available Raman spectroscopy in order to enable simultaneous characterization of stress and structural changes in Li-on battery electrodes• Improved device yield by greater than 120% through customizing existing fabrication processes and integrated processes to reduce fabrication cost• Characterized thin film behaviors using scientific characterization tools, and verified the characterization results using analytical calculations• Independently designed, simulated, and fabricated a MEMS device that enables in situ characterization of both stress and structural changes in thin film lithium-ion battery electrodes

• Prepared recitations to supplement in-class lectures for an undergraduate students for electrical and computer engineering majors• Graded homework, midterm, and final exams- Undergraduate-level course – Advanced Electronic Devices, 01/2016 – 05/2016- Undergraduate-level course – Device Physics, 08/2015 – 12/2015- Undergraduate-level course – Digital Logic Design, 01/2012 – 05/2012

• Led and managed a team of three engineers for designing and creating software testing scenario/cases of commercially available softwares for GS certification (Good Software: Government authorized software certification)

• Created Electronic Program Guide in collaboration with other team members by demultiplexing Program and System Information Protocol information from Transport Stream• Implemented a High Definition Transport Stream player, and analyzed Advanced Common Application Protocol (ACAP) for troubleshooting ACAP Middleware

- Extended Digital Media Broadcasting (DMB) service in existing framework by incorporating Transport Protocol Expert Group (TPEG) data into DMB contents.