M. Muruganant is a Commonwealth fellow and a doctorate from University of Cambridge, UK. Having worked with some of the most prestigious research institutes across the globe, his contributions in the field of structure-property correlation, understanding of the components of high temperature creep strength of ferritic steels have benefitted the scientific community. His contributions have benefitted corporate giants like ABB Sweden, Siemens Westinghouse corporation USA, and ESAB Sweden. Prof. Muruganant has a great passion for research, academia and technology. His contributions have been recognized through various publications in peer-reviewed Journals, invitation for keynote lectures in premier conferences across the globe. His models for structure-property correlation were the first to world to predict properties of steel as required by commercial standards. He has implemented modules through computational methods that has saved several million dollars in steel plants. He is the founder Chairman of the major International Conferences series in Materials like FiMPART (Frontiers in Materials Processing, Applications, Research and Technology) and FiNSTA (Frontiers in Nanoscience, Technology and Applications). He is currently serving as the Ministry of Steel Chair Professor having selected by the Ministry of Steel and Mines, Govt. of India as one of the Chair Professors and contributes from PSG College of Technology a 100 year old institute whose Design data book is used by all engineering fabricators in India and elsewhere. It is worthy to note that he is the youngest Chair Professors in the history of this Chair position - a befitting reward for his sustained and positive contribution to education, research and industries alike. He is also the director of the Steel Academics, Research and Consultancy Center (SARCC). He is an expert consultant selected by Intota experts USA. He is the Editor in Chief of Steel communications.
Ali Chirazi Obtained an MEng in applied physics with specialization in nuclear and atomic physics from University of Brussels in Belgium in 1995, followed by a year-long course in Ergology, at Ergology business school in Brussels, Belgium. He obtained his PhD in Multiscale Computational Materials Science applied to light alloy in the year 2000 from University of Greenwich in London, UK. Conducted a Post doc from 2000 to 2002, at Imperial College materials department in London UK, combining Image-based characterization techniques with multi-physics materials simulation for property predictions, applied to aluminum alloys. He served as Research Scientist at “Institute for Condensed Matter Chemistry of Bordeaux” (ICMCB-CNRS), from 2002 to 2014, where he was responsible for 3D image based characterization techniques. He was the manager of the “Henry Moseley X-Ray Imaging Facility” (HMXIF) in Manchester, UK, from 2014 to 2016, heading research in 4D-Image based techniques combined with computational physics in materials science. He is currently Senior Materials Scientist in the Materials & Structural Analysis division (Formerly FEI) within “ThermoFisher Scientific”, Bordeaux, France, working on multi-modal and multiscale correlative workflows in materials science.
Baldev Raj has rendered yeoman service to the Department of Atomic Energy over a 42-year period until 2011. As Distinguished Scientist and Director, Indira Gandhi Centre of Atomic Research, Kalpakkam, he galvanized a whole community of staff, scientists and engineers for advancing several challenging technologies, especially those related to the fast breeder test reactor (FBTR) and the prototype fast breeder reactor (PFBR). He has nurtured and grown excellent schools in nuclear materials and mechanics, non-destructive evaluation, corrosion, welding, separation sciences & technology and robotics & automation. These schools have delivered science based technological solutions to strategic sectors, industries and have created strong groups in leading educational institutions. His unique accomplishment has been breaking barriers between academia-research and research-industry in order to realize tangible and significant outcomes in high technology domains. Dr. Baldev Raj has played a pioneering role in mastering the technology of complex post-irradiation examination (PIE) to achieve a burn up of 165 GWd/tonne of Pu-rich carbide. Dr.Raj has pioneered application of NDE for basic research using acoustic and electromagnetic techniques in a variety of materials and components. He is also responsible for realising societal applications of NDE in areas related to cultural heritage and medical diagnosis. His widely acclaimed contributions relate to understanding deformation using acoustic and magnetic Barkhausen methods, studies on stability and functional characterization of ferrofluids, corrosion mechanisms and specific sensors for high sensitivity and relevant measurements in a wide spectrum of
