Grid-independent wireless IoT sensors

Functional materials/surfaces/structures with Triboelectric, Piezoelectric, and Thermoelectric effects

Mechanical/chemical/physical stimuli sensing

Machine status monitoring, human motion/voice detection, environmental condition tracking, etc.

Sustainable/semipermanent distributed generation with Electromagnetic, Triboelectric, and Piezoelectric generators

Renewable energy harvesting (wind, vibration, human motion, biomechanical energy, etc.)

Mechanical energy conversion principle investigation

Micro/nano-materials and composites design

Rational design-based high performance device

Theoretical analysis of mechanical elements

3D-modeling & CAD design

Kinetic/kinematic model-based mechanism investigation

Advanced design-based additional functionalities including self-monitoring and energy harvesting

Intelligent mechanical elements-based system development

Macro/micro/nano-scale process

Additive manufacturing-based fast prototyping

Classical manufacturing with molding/subtraction/solution/cold-rolling/R2R/etc.

Electrospinning/spray-based micro/nano fiber/particle fabrication

Functional surfaces, structures, and designs demonstration