Our members work together to design, fabricate, and evaluate multifunctional composite structures for future space systems.
Each student develops independent expertise while contributing to collaborative research in space composites,
deployable structures, and structural energy storage systems.
Integrated M.S./Ph.D. Program
Research Area:
Structural Energy Storage Composites
Research Keywords:
Structural batteries, CFRP electrodes, multifunctional composites
Integrated M.S./Ph.D. Program
namgyu0903@knu.ac.kr
Research Area: Space Composites
Research Keywords:
Space environmental protection, composite structures, aerospace materials
Our students participate in research projects covering structural batteries, space composite materials, deployable structures, and environmental durability of aerospace materials.
Load-bearing composite structures with integrated energy-storage functions
Composite materials for radiation shielding, debris protection, and space-environment resistance
Origami-inspired composite structures for compact and expandable space systems
Fabrication, mechanical testing, electrochemical testing, and environmental assessment
We are looking for motivated undergraduate and graduate students interested in space composites, multifunctional structures, and experimental aerospace engineering.
Students with backgrounds in aerospace engineering, mechanical engineering, materials science, electrical engineering, or related fields are welcome to contact us.
Contact Us
space_composites@knu.ac.kr
Call
053-950-4561