Dr. Sohel Anwar stands as a distinguished professor and thought leader in mechanical engineering with a specialization in advanced control systems and sustainable mobility solutions. Currently serving as Professor of Mechanical Engineering at Purdue University's Indianapolis campus with courtesy appointment in West Lafayette, he brings over two and a half decades of expertise to his role. His academic journey began with dual degrees from Bangladesh University of Engineering and Technology, followed by a Master's from Florida State University, culminating in a Ph.D. in Mechanical Engineering from the University of Arizona in 1995. Dr. Anwar has established himself as a bridge between theoretical engineering principles and practical applications, with particular emphasis on transportation and energy systems.
Dr. Anwar's pioneering research in perception and control systems for autonomous vehicles has significantly advanced the field of intelligent transportation, with his novel sensor development and data fusion techniques enhancing vehicle safety and reliability. His work on advanced diagnostics for large capacity batteries has provided critical insights for the electric vehicle industry, while his innovative approaches to wind turbine modeling and control have contributed to more efficient renewable energy systems. Notably, his patented invention for real-time soot measurement in diesel particulate filters (US Patent No. 9,151,205, 2015) represents a significant contribution to emissions control technology with practical applications in automotive engineering. His scholarly output includes numerous publications in high-impact journals, including his work on hydrostatic wind turbine control strategies that has influenced next-generation renewable energy systems design.
Dr. Anwar's research extends across multiple domains including biomechanical device design and control, where his engineering expertise has contributed to innovative healthcare solutions through force sensor based soft tissue massage technology. His work on electrified powertrains and sustainable mobility systems positions him at the forefront of addressing critical transportation challenges in the 21st century. The interdisciplinary nature of his research portfolio demonstrates his ability to integrate mechanical engineering principles with emerging technologies to solve complex real-world problems. Currently, Dr. Anwar continues to advance knowledge in perception systems for autonomous vehicles and novel sensor development, with his ongoing work expected to further influence both academic research and industry applications in sustainable mobility.
