Keynote Topic : 

Innovating Green Technology for Sustainable Advancement in Nano-Flexible and Wearable Engineering for a Better Future

Synopsis

In Malaysia, the growing demand for sustainable innovation in the fields of nano-flexible and wearable engineering is driving both industry and academic research toward green technology solutions. The Malaysian government’s emphasis on sustainability and environmental responsibility has created a fertile ground for the development of eco-friendly wearable devices and nano-materials. Industries, particularly in healthcare and electronics, are increasingly adopting green technologies to meet market expectations for energy efficiency and reduced environmental impact. Academic institutions are responding by focusing on research in biodegradable materials, energy harvesting, and flexible electronics to create next-generation wearable technologies.

The advantages of this shift include reducing Malaysia’s carbon footprint, minimizing electronic waste, and enhancing energy efficiency, which supports the nation’s commitment to green growth. This synergy between industry needs and academic research is fostering a dynamic ecosystem for innovation. For Malaysia, positioning itself as a leader in sustainable, nano-flexible, and wearable technologies can drive economic growth, attract investment, and improve global competitiveness.

Expertise ;

Finite Element Analysis

Structural Dynamics

Control Engineering

Vibration and Acoustics Analysis

Conditioning Monitoring 

Advanced Materials

Nanotechnology

Nanocomposites