Bio-Inspired Surfaces
Understanding natural surface architectures such as insect cuticles, plant leaves, and biological microstructures.
Materials Science · Bio-Inspired Design · Micro/Nano Fabrication
We study how biological surfaces control wetting, optics, adhesion, and mechanics, then translate these principles into engineered micro- and nanostructured materials.
Understanding natural surface architectures such as insect cuticles, plant leaves, and biological microstructures.
Exploring liquid repellency, slippery interfaces, anti-fouling coatings, and robust superhydrophobic materials.
Designing micro/nanostructured materials for antireflection, camouflage, thermal control, and information encoding.
Principal Investigator
Assistant Professor
Department of Materials Science and Engineering
Dr. Your Name is a materials scientist working at the intersection of bio-inspired materials, surface science, and micro/nano fabrication. His research focuses on understanding structure–function relationships in natural materials and translating these principles into engineered surfaces with advanced wetting, optical, and interfacial functions.
Ph.D., Materials Science and Engineering, XXX University (2014-2020)
B.S., Chemistry, XXX University (2009-2013)
Office: Room 123, XXX Building
Email: yourname@university.edu
Open positions for students interested in surface science and micro/nano fabrication.
Opportunities available for motivated students interested in hands-on research.
Former group members and visiting researchers.
Open positions for students interested in surface science and micro/nano fabrication.
Opportunities available for motivated students interested in hands-on research.
Former group members and visiting researchers.
The lab website is launched.
New research directions in bio-inspired optical and wetting materials are underway.
We welcome inquiries from prospective students and collaborators.
Students and collaborators interested in bio-inspired materials, surface science, optical materials, wetting, and micro/nano fabrication are encouraged to reach out.
Contact Usyour.email@university.edu
Department of Materials Science and Engineering
University Name
City, State, Country