Smart textile is not just cloth: Vafa
His background is in Polymer Engineering. He completed both BSc and MSc with a focus on polymer synthesis, polymer chemistry, and biomaterials. He was particularly drawn to how polymers and biopolymers can be designed for biomedical and environmental applications. That foundation led him to explore how these materials can transform textiles into functional, sustainable solutions.
Vafa stated that his work is centered on integrating advanced functionalities into natural textiles such as cotton and wool. Specifically, he is developing metallic-free, bio-based, and sustainable materials that can match or even surpass the performance of conventional synthetic fabrics. The idea is to push the boundaries of what textiles can do while keeping them environmentally friendly.
Vafa specified that Smart textiles are fabrics that do more than just cover and protect us. They can sense, respond, or interact with their environment. In my research, I’m working on bio-based smart textiles for wearable applications—things like e-textiles that can monitor health through sensors or generate heat for comfort. The challenge is to design these advanced properties without relying on unsustainable or metal-based materials, which are commonly used today.
Vafa added that I see strong potential in healthcare and personal well-being—imagine clothing that can help monitor vital signs or provide localized heating. At the same time, these innovations could have applications in sports, safety gear, and even fashion. The key is ensuring these products are not only high-performance but also sustainable, so they can be produced and used responsibly.
I believe we’re entering a new era where textiles won’t just be judged by how they look or feel, but also by their functionality and environmental footprint, he added. By combining bio-based chemistry with advanced textile design, we can create fabrics that are smart, sustainable, and scalable. My hope is that these innovations will help reduce our reliance on non-renewable resources while opening up exciting new possibilities for everyday life.
Read more news
Researchers make micromanipulation more accessible
FilMBot aims to lower the barrier to high-precision work in education, research, and micro-assembly
Positive communication and improvisation help build students’ communication skills to meet employer needs
The School of Business redesigned its mandatory first-year communication course
Learning Environments Research Group — 2025 in Review
2025 recap: three doctoral theses on context-aware interaction design, AI as creative learning partner, and telerobotic puppetry for peacebuilding.