X-Syndrome is an energy-generating shoe that converts kinetic energy generated during walking into electricity to restore energy wasted in everyday life. The built-in piezoelectric element generates energy with each step, allowing the user to charge the small device, thereby boosting self-reliance and sustainability.

Developed based on the "Y3K" concept language, X-Syndrome embodies the aesthetics of future energy. The metallic texture and energy wave-shaped design visualize the flow of energy, and 3D printing using TPU filaments minimizes material waste and provides a light, comfortable fit, making it suitable for everyday wear.

HALo is an unmanned halal restaurant designed for Muslim tourists traveling in Korea. Strategically located in major train stations, HALo offers a convenient and culturally respected dining experience. This project was designed to solve the reality that Muslim tourists find it difficult to find proper meals in Korea, especially in the outskirts of Seoul, due to the lack of halal certified restaurants. HALo aims to make traveling in Korea more convenient and comfortable for Muslim visitors. HALo makes Korea more attractive as a travel destination by respecting religious customs and providing safe and delicious meals by turning the dining process into a meaningful and enjoyable experience rather than a difficult one.

MOVI is a smart walking assistance device that can be used in both indoor and outdoor environments. It consists of a stick-type device, a walker, and an indoor wheel robot, which can be freely combined and separated according to the user's routine. When going out, the walker and the device are combined to help stable movement, and after returning home, the device can be separated and combined with an indoor robot to use it as a cane. MOVI records activity and walking data in real time, and accurately supports the health and safety of users. In addition, unlike existing cold and mechanical products, it provides emotional stability through warm, soft molding and color. MOVI is a next-generation walking assistance device that has both mobility, freedom, and emotion.

Students of Kyung Hee University's Department of Industrial Design (Ko Min-kyung, Park Seo-hyun) International Design Contest It was selected as a "Finalist" at the "2024 Spark Design Award" and proved its excellent design capabilities.

The work selected this time is Design for Autism, an innovative product design to help children with autism spectrum disorder (ASD) develop their language. ASD children have difficulty in social communication, which also affects language development.

In response, students of Kyung Hee University's Department of Industrial Design collaborated with seven ASD experts to derive major functions using the Delphi method, and to develop symbolic play in communication and cognitive and social skills It was noted that it plays an important role. They developed sustainable solutions by focusing on creating social value through design.

OOZZ, a student start-up team of Kyung Hee University's industrial design department, won the top prize in the DDP Design Fair University Collaboration Program with its eco-friendly living brand "SOLEIL" using oyster shells.

The team designed living products such as lighting and side tables using water-soluble resin "Mika Oceans" recycled oyster shells and biochar mixed concrete.

The product has implemented functionality and aesthetic elements at the same time by reflecting "Breeze-Soleil," a concept that effectively controls sunlight.

In the course of the activity, practical achievements such as patent applications and academic thesis presentation were also achieved beyond simple participation in the exhibition.

The Oz team aims to popularize sustainable material and product design using waste resources in the future.

Lee Hyun-jung, a student at Kyung Hee University's Department of Industrial Design, demonstrated her design competence by achieving outstanding results in major space design contests in Korea. This award was highly praised for her creative and experimental ideas as a special feature of the 17th Korea Space Design Exhibition.

Lee Hyun-jung received a special selection at the 17th Korea Space Design Exhibition. The Korea Space Design Exhibition is a prestigious competition that evaluates creative space composition and practical design, and the winning work was highly evaluated for both aesthetics and functionality. At the competition, Lee Hyun-jung presented the idea of spatializing the brand renewal of a company that provides Adobe design tools by planning a complex cultural space for creators. This space was highly praised for being designed to share inspiration, exchange exhibitions, and information.

Students from Kyung Hee University's Department of Industrial Design demonstrated their design competence by achieving outstanding results in major space design contests in Korea. This award was awarded to the 37th Korean Interior Design Competition, which was highly appreciated for students' creative and experimental ideas.

Bae Min-kyung and Kim Myung-sun won the P-reading work at the 37th Korean Interior Design Competition. This work is a unique children's library space that combines gamification, and it suggested a way to increase the degree of immersion in learning by combining play elements with the learning environment. In particular, design applying game mechanisms was noted to solve the problem that the Alpha generation, which is undergoing digitalization, is losing interest in learning. The award result reflects practical design education and efforts to strengthen creative problem-solving capabilities that Kyung Hee University's Department of Industrial Design has continuously promoted.

Students from Kyung Hee University's Department of Industrial Design received attention for outstanding achievements in several categories at the world-renowned Red Dot Award. At this competition, nine students from Kyung Hee University's Department of Industrial Design (Kwon Eui-hwan, Kim Soo-min, Kim Jong-un, Kim Ji-min, Kim Ha-rang, Park Geon, Park Hae-joon, Yoo Chae-yeon, and Ha Chae-yeon) demonstrated their design expertise by winning awards based on innovative ideas and creativity in the product design and design concept categories.

In particular, the original concept design reflecting future virtual design was highly evaluated by the judges as a work that perfectly harmonized functionality, aesthetics, and imagination. These works presented new possibilities that lead technological development and future trends beyond simple aesthetic elements, and served as an opportunity to expand the global design trend. The future-oriented thinking and creative approach of Kyung Hee University's industrial design students showed the potential to further expand the role of design and change people's lives and experiences. This award became an opportunity to promote the high educational level of Kyung Hee University's industrial design department and the outstanding skills of students internationally, and it is expected to produce more results on the global stage in the future.