Education :
Dr. Basant Lal holds a Ph.D. in Mechanical Engineering from NIT Srinagar (2019–2024), where he focused on the development and tribological behavior of Ti6Al4V/TiC nano-composites for biomedical use. He earned his M.Tech in Mechanical Engineering from NIT Srinagar (2014–2016), specializing in the tribological properties of titanium alloys, mentored by experts from both NIT and IISc Bangalore. His foundational education includes a B.Tech in Mechanical Engineering from MDU University, Haryana (2008–2012), with a project on Anti-lock Braking Systems. Dr. Lal’s educational trajectory reflects a strong emphasis on advanced materials, mechanical behavior, and biomedical engineering applications, making him a well-rounded scholar with both theoretical depth and applied research experience.
Experience :
Dr. Basant Lal has over seven years of combined academic and industrial experience. He is currently a Project Research Scientist at IIT Roorkee (2025–Present), working on spinal cord injury scaffold development. His Ph.D. research at NIT Srinagar (2019–2024) involved nano-composites and their biomedical applications. He previously completed an M.Tech research project at IISc Bangalore on titanium alloy tribology and also worked as a Production Engineer at Talbros Automotive Components Ltd., managing core production processes. His experience spans tribological research, nano-materials, biomaterials, and industrial manufacturing, allowing him to effectively bridge the gap between academic innovation and practical engineering applications.
Awards and Honors :
While specific awards are not listed, Dr. Basant Lal’s career includes prestigious academic and research opportunities, such as his role at IIT Roorkee and research collaboration with IISc Bangalore—India’s top institutions. Being supervised and co-supervised by eminent researchers such as Prof. M.F. Wani and Prof. Satish V. Kailas itself is a recognition of his scholarly merit. His work on nano-composites and titanium alloys has been well-received in academic circles, indicating the potential for future awards and accolades. His Ph.D. thesis addresses critical needs in biomedical engineering, and his research has led to conference presentations and probable publications, positioning him well for national and international research honors in the near future.
Research Focus :
Dr. Basant Lal’s research focuses on tribology across scales (nano-micro-macro), nano-composites, and biomedical materials. His Ph.D. explored the development and tribological performance of Ti6Al4V/TiC nano-composites, targeting orthopedic and implant applications. Currently, at IIT Roorkee, he is developing spinal cord injury scaffolds—integrating surface engineering, bio-materials, and interface analysis. His expertise includes spark plasma sintering, mechanical behavior analysis, in-vitro evaluation, and advanced material characterization. Dr. Lal’s interdisciplinary approach combines mechanical engineering fundamentals with cutting-edge biomedical innovation, aiming to enhance the performance, compatibility, and longevity of medical implants and devices. His work is grounded in solving complex engineering problems with tangible societal impact, particularly in healthcare and advanced manufacturing sectors.
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