Awards & Research | World Friends Korea

Tech & Business Innovation

🏆 GOLD MEDAL @ EUROINVENT 2025 (Iași, Romania)

1. Award & Recognition

2. Paper & Research Summary

Research Topic: AI Deep-Tech Healthcare Model for High-Risk Patient Prediction & Medication Adherence.
Problem Statement: Existing psychiatric systems face challenges in early suicide risk detection and low patient adherence to prescribed medication protocols.
Methodology: Developed an AI predictive algorithm analyzing patient biological and behavioral data patterns, integrated with a modular healthcare tracking system to monitor real-time medication intake.
Key Conclusion: Demonstrated that quantitative, data-driven AI monitoring significantly reduces observation gaps for high-risk patients and improves medical adherence and prevention rates.

3. Market & Business Impact

Establishes B2B/B2G pipelines for Digital Therapeutics (DTx).
Validates SaaS subscription models for hospitals and psychiatric centers with potential medical insurance coverage.

🏆 GOLD AWARD @ WICO 2025 (Seoul, Korea)

1. Award & Recognition:

2. Paper & Research Summary:

Research Topic: Quantitative Energy Efficiency Comparison of Next-Gen Mobility (EV vs. FCEV)
via Small Model Car Experiments.
Problem Statement: Lack of objective, empirical comparative data regarding real-world energy
conversion efficiency between Battery Electric Vehicles (EV) and Hydrogen Fuel Cell Vehicles (FCEV).
Methodology: Built identical small-scale vehicle testing platforms to measure power loss during energy conversion, power consumption per distance, and cell load variation under controlled conditions.
Key Conclusion: Proved that while Battery EVs excel in short-distance urban driving, Hydrogen Fuel Cells (FCEV) offer superior energy density and conversion efficiency under high-load, long-distance environments.

3. Market & Business Impact:

Evaluates commercial feasibility for hydrogen infrastructure in heavy-duty logistics (trucks, buses, aviation).
Provides data-driven insights for B2G policy decision-making in global hydrogen value chains.

🏆 GOLD MEDAL @ iCAN 2025 (Toronto, Canada)

1. Award & Recognition:

2. Paper & Research Summary:

Research Topic: Electromagnetic Induction and Lorentz Force-Based Space Debris Capture System to Prevent Kessler Syndrome.
Problem Statement: Catastrophic threats posed to satellites by high-velocity orbital debris in LEO, and the physical limitations of mechanical capture methods (nets/robotic arms).
Methodology: Designed a non-contact orbit alteration mechanism leveraging Electromagnetic Induction and Lorentz Force to decelerate and redirect hyper-velocity orbital fragments.
Key Conclusion: Verified the physical feasibility of safely de-orbiting high-speed debris into the upper atmosphere for thermal disposal without risking direct collision.

3. Market & Business Impact:

Unlocks B2B orbital cleanup services for satellite operators in the New Space economy.
Introduces ESG-aligned space environmental solutions to reduce liability and insurance losses in space commercialization.

🏆 GOLD AWARD @ AI-JAM ASIA 2025

1. Award & Recognition:

2. Research & Project Summary:

Project Topic: Analyzing Performance Using Advanced Data Analytics in Sports.
Problem Statement: Traditional qualitative sports evaluations often fail to capture complex player efficiency and game dynamics under high-stress conditions.
Methodology: Applied advanced data analytics and sabermetric statistical modeling to evaluate player metrics, predict outcome probabilities, and optimize tactical decision-making in competitive sports.
Key Conclusion: Demonstrated that data-driven predictive models significantly outperform traditional metrics in forecasting athletic performance and team strategy optimization.

3. Market & Business Impact:

Unlocks B2B Sports Tech analytics opportunities for professional leagues, sports management agencies, and sports betting platforms.
Connects advanced data analytics directly with commercial sports media and performance consulting services.