Education/Experience
Education
Ph.D. in Electrical Engineering, KAIST, Feb. 2022 (Thesis: Fast and Robust Distributed Machine Learning).
M.S. in Electrical Engineering, KAIST, Feb. 2018 (Thesis: Combined Window-Filter Waveform Design for Ultra-Low Latency Communications).
B.S. in Mathematics & Electrical Engineering, KAIST, Feb. 2016.
Work Experience
Postdoctoral Researcher, Purdue University (Jan. 2023 - Present)
Hosts: Prof. Christopher G. Brinton and Prof. Mung Chiang
Postdoctoral Researcher, KAIST (Mar. 2022 - Dec. 2022)
Host: Prof. Jaekyun Moon
Honors and Awards
Best Ph.D. Dissertation Award from KAIST EE, 2022 (Dissertation title: "Fast and Robust Distributed Machine Learning")
Qualcomm-KAIST Innovation Award, 2019 (Paper title: "Hierarchical Broadcast Coding: Expediting Distributed Learning at the Wireless Edge")
Academic Services
Technical Program Committee
IEEE INFOCOM 2025
IEEE MASS 2024
WiOpt 2024
Projects
FL-NTN: Fog Learning Orchestration of Heterogeneous Model Training across Hybrid Terrestrial and Non-Terrestrial Network Systems (Jan. 2023 – Present)
DARPA
Topic: AI/ML over hybrid terrestrial and satellite networks
Developing Distributed Storage System Solutions for Dynamic Network Environments via Exploration of Fundamental Tradeoffs Involving Storage Resources in Hyper-Connected Networks (Jun. 2019 – Dec. 2022)
National Research Foundation of Korea
Topic: Developing distributed machine learning solutions for hyper-connected networks
SK Hynix - KAIST Next Generation Artificial Intelligence Semiconductor System Research Center (Jun. 2021 – Feb. 2022)
SK Hynix
Topic: Training multi-exit architectures for anytime predictions in low-latency applications
Cloud Storage Coding (Mar. 2018 – May 2019)
National Research Foundation of Korea
Topic: Developed coding schemes to speed up distributed computing in wireless networks
Control & Command Data Link for Unmanned Aerial Vehicle (Jun. 2016 – May 2017)
Hanwha Systems
Topics:
Developed a physical layer simulator using MATLAB
Designed waveforms highly suited for asynchronous scenarios
Designed a RNN-based channel prediction scheme for Doppler fading channels
Teaching Experience
Teaching Assistant, Seongnam-KAIST next generation ICT research center Machine Learning Course: Sep. 2020 - Nov. 2020 (8 days), Apr. 2021 (2 days)
Teaching Assistant, KAIST
KAIST EE488: Special Topics in Electrical Engineering <Machine Learning Basics and Practices> (Fall 2020, Spring 2021)
KAIST EE528: Engineering Random Processes (Spring 2020)
KAIST EE681: Nonlinear Systems (Fall 2018)
KAIST EE405: Electronic Design Lab. (Spring 2018)
KAIST EE210: Probability and Introductory Random Processes (Fall 2017)
KAIST EE305: Introduction to Electronic Design Lab. (Spring 2017)
KAIST MAS102: Calculus II (Spring 2014)