Unmanned Air Vehicle Systems(UAVs) Development

As an avionics engineer, I an currently participating in developing UAVs in following projects:

• Low Observable Wingman UAV System, LOWUS (2025.06 ~ )

• Open-Architecture UAV Platform for Multi-Mission Equipment Operations (2025.04 ~ )

• Loitering Munition (2024.10 ~ )

Low-Observable Unmanned Wingman (LOWUS) is a next-generation Manned-Unmanned Teaming (MUM-T) system designed to perform autonomous reconnaissance, electronic warfare, and strike missions under pilot oversight. 

With a target flight demonstration set for 2027, the project incorporates indigenous core technologies, including homegrown engines and AESA radars. 

In my role as an Avionics Integration Engineer, I tested in system integration laboratory (SIL) and ground tests, and currently preparing for flight test. 

The Midium Scale Loitering Munition UAV is a next-generation aerial platform co-developed by Korean Air and the Agency for Defense Development (ADD). 

I managed avionics development for formation flight systems, integrating real-time aerial imagery into coordinated multi-UAV operations.