Seongnam-si, South Korea

[email protected]

github.com/dounghun22

[https://www.linkedin.com/in/donghun-jeong-8b0068262](https://copper-technician-780.notion.site/https-www-linkedin-com-in-donghun-jeong-8b0068262-17f32ccaeb458143841bc5022b475e45)

ABOUT ME


Hello, I’m Donghun Jeong, a specialist in computer architecture and digital logic design. I hold a master’s degree in computer architecture, where I focused on memory subsystems such as GP-GPU memory compression and address translation techniques. Currently, I work at SK hynix, designing SoCs for memory solution device controllers, leveraging my expertise to optimize system performance and efficiency. I’ve also filed multiple patents based on innovative ideas in this field. I excel in analyzing complex problems and developing cutting-edge solutions, and I’m passionate about advancing technology in the semiconductor industry.

EDUCATION


Sungkyunkwan University/Master's Degree

Department of Electrical and Electronic Engineering


Sungkunkwan University/Bachelor's Degree

School of Electronic and Electrical Engineering

2021.03 ~ 2023. 02

4.13/4.5


2015.03 ~ 2021.02

4.16/4.5(Top 3.5%)

WORK EXPERIENCE


**** 2025 - Present

Associate Engineer / Memory/Storage Solution SoC Designer

SK Hynix Solution Divison


2023 - 2024

Junior Engineer / CXL Solution SoC Designer

SK Hynix Solution Division

CONTRIBUTED PROJECTS


Development of CXL 3.x Type 3 Device Controller


Responsible for the architecture design and RTL implementation of the solution part(custom and RAS feature) in CXL controllers.

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Desiging optimized architecture for customer specific feature.

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Desiging AXI slave IP RTL.

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01/2024 - 2025 (SK Hynix)

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Proposed a dynamic DRAM address allocation technique to improve DRAM efficiency.


Conducted a project supported by Samsung Electronics System LSI to enhance DRAM bandwidth efficiency in mobile application processors. Proposed a technique for dynamically changing DRAM rows to optimize performance.

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Estimating DRAM power using Microm dram power model and LPDDR5 datasheet.

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03/2022 - 02/2023 (SKKU)

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