• Optimization Technology of Nanointerface for Low-friction Systems with Water and Gases
• Design and Creation of Nanointerface for High -friction and Wear resistant
• Hybrid-coatings for Low-friction and Wear Resistant Tribological Systems
• Multi-scale Texturing for Low-friction and Wear Resistant Tribological Systems
• Self-restored Lubrication Systems for Next Generation Medical Devices
• Actuator with Friction Drive for Nano-positioning

• Ultra-low friction systems
• Wear resistant systems
• Innovative medical devices
• Self-restored lubrication systems
• Control of nanointerface

The goal of our research is to develop the optimizationtechnology for controlling the friction and wear of the contact surface. We introduce the concept of "Tribologically-based Machine Design" for obtaining high performance of machines.