About
Dr. Premkumar Kothavade is a Research Fellow at the School of Engineering, RMIT University, Australia. He holds dual doctorates in Polymer Engineering (CSIR-NCL, India) and Aerospace Engineering (RMIT University), making him one of the few with such a unique academic background. His current research focuses on high-performance polymers for aerospace and defense applications, including materials for hypersonic missile systems. Dr. Prem also contributes to undergraduate teaching, advising the MIET2115: Mechanics and Materials 2 course, and mentors PhD and master’s students. His work emphasizes sustainable, functional, and scalable solutions in additive manufacturing and nanocomposite materials.
Education: He began his academic journey with a GATE qualification from CIPET: IPT, Ahmedabad, followed by direct PhD programs at CSIR-NCL and RMIT University through the AcSIR-RMIT dual PhD program. This combination enables him to bridge polymer science and aerospace engineering expertise.
Research Interests: Dr. Prem’s research spans advanced polymeric materials development, with a focus on thermoplastic polyimides, biodegradable polymers, and their applications in additive manufacturing. He explores structure-property relationships in polymers, nanocomposite materials (e.g., nanocellulose, chitosan), and their use in thermal protection systems, piezoelectric energy harvesting, and fluorescence-based sensors. His work often involves collaboration with global institutions like NASA, Boeing Australia, and Silon (Czech Republic).
Professional Contributions: He co-founded the AM Plus Club as its first General Secretary, promoting innovation in additive manufacturing. Additionally, he serves as an Advisor and Market Development Officer at Innovate 3D Global. He actively engages in community outreach, inspiring students through mentorship and teaching.
Collaborations: His partnerships include IISER Pune, IIT Madras, NASA (via University of Texas), Boeing Australia, and Silon (Czech Republic), advancing both academic and industrial applications of sustainable materials.
