I am an academic researcher and Assistant Professor with a multidisciplinary background in mechanical and automotive engineering, specializing in smart materials, additive manufacturing (3D/4D/Bio printing), and multifunctional composite structures. My research bridges experimental fabrication, computational modeling, and artificial intelligence to design intelligent systems with advanced performance, reusability, and sustainability. I have led and contributed to national and international projects focused on shape-memory polymers, auxetic lattices, electroactive composites, and fiber-reinforced structures for load-bearing and adaptive applications. My work also explores physics-informed machine learning to enable data-efficient modeling and predictive design across various domains. I have collaborated with research groups across the US, UK, EU, and Asia, and published extensively in high-impact journals, contributing to both theoretical advancements and real-world innovations. I am always open to new research partnerships and welcome collaboration opportunities in the areas of smart materials, structural mechanics, digital manufacturing, AI-driven design, and sustainable engineering solutions.