The future of textiles is no longer just about comfort or aesthetics—it is about intelligence. In my recently published review in Discover Materials (Springer), titled "Review of fabrication technologies and applications for futuristic functional and smart textiles," I explore the cutting-edge manufacturing techniques that are transforming conventional fabrics into responsive, multi-functional systems.

This review systematically examines key fabrication technologies, including nano-coating, electrospinning, 3D printing of textile structures, conductive ink deposition, and layer-by-layer assembly. It also highlights emerging methods for integrating nanomaterials and conductive elements into textile substrates without compromising flexibility, breathability, or durability. The paper maps these technologies to real-world applications across healthcare (wearable sensors and patient monitoring), defense (protective and camouflage textiles), sportswear (performance tracking), and smart fashion.

Importantly, the review addresses persistent challenges such as washability, scalability, energy storage integration, and cost-effective production—critical barriers that must be overcome for laboratory innovations to reach commercial markets.