Award

2025

Best Poster Presentation Award (Korean Association for Particle and Aerosol Research Award)

2025 Korean Association for Particle and Aerosol Research (KAPAR) Conference

I received the Best Poster Presentation Award for delivering an outstanding poster presentation at the KAPAR conference.

Title: Nanoparticle Penetration Efficiency Prediction Model in Conductive and Non-Conductive Coils for Aerosol Measurement System: Experimental Research and Critical Review

Best Award (Korea Electromechanical Convergence Technology Institute Award)

2025 MSDE Capstone Design Competition

Recognized with the Best Award for delivering the highest-rated project and presentation.

Project: Developed "a cigarette aerosol sampling system mimicking the human inhalation-exhalation cycle" and "a per-puff dosing algorithm".

2024

Bronze Award (SNUST Director of Center for Intellectual Property Convergence Education Award)

2024 SNUST Summer Patent Contest

미디어2.mp4

미디어1.mp4

Developed a “small cyclone dryer” using vortex airflow to address environmental challenges in coffee ground management. This design enhances drying efficiency through extended air-particle contact and enables the conversion of dried coffee grounds into energy-dense coffee pellets, ensuring an energy-efficient and cost-effective recyling process for sustainable biomass applications.

Also, proposed a vehicle-mounted system that enables simultaneous collection, drying, and storage. This approach can improve handling efficiency, and offered a cleaner, more economical process.

2023

Best Award (Commissioner of the Korean Intellectual Property Office Award)

2023 Korean National Safety Invention Contest

(Location)

National Assembly of South Korea

As a team leader, designed “Improved turnout gear for neck burn protection” by considering optimal material (GORE-TEX), thermal conductivity, physical structure, and cost-efficiency. This idea and prototype were adopted by the Korean National Fire Research Institute and are currently under development for real fire scene applications. Due to a non-disclosure agreement (NDA), I am unable to disclose detailed technical information!