introduction/brief CV
Dr. Md Irfanul Haque Siddiqui is a dedicated Assistant Professor in the Department of Mechanical Engineering at King Saud University in Riyadh, Saudi Arabia. Holding a PhD in Mechanical Engineering from the Indian Institute of Technology Roorkee, a Master of Technology also marks his academic journey from the same institution, specializing in Mechanical Engineering (Production and Industrial Systems), and a Bachelor of Technology from Aligarh Muslim University. Dr. Siddiqui's professional narrative is rich with varied experiences, including roles as a Research Scientist and Research Professor at Korea University, Seoul, South Korea, where he contributed significantly to high-technology materials and devices projects. He has also served as a Postdoctoral Researcher at Kyungpook National University, Daegu, South Korea, focusing on heat exchanger optimization and electromagnetic braking of melt flow in continuous casting moulds.
His research interests lie primarily in Heat and Mass Transfer, Ironmaking and steelmaking, Continuous Casting, Modelling and simulation, Interfacial/Surface Tension, and Liquid Metal 3D printing, among others. An avid researcher, Dr Siddiqui's academic contributions include over 61 publications, including journals, book chapters, and conferences. Notably, his PhD thesis investigated grade intermixing in tundish during ladle changeover, reflecting his deep involvement in advancing mechanical engineering disciplines. Beyond his research, Dr. Siddiqui is a dedicated educator, having taught various undergraduate and graduate courses where he was also involved in supervising M.S. projects and thesis work. His commitment to education is evident from his comprehensive teaching portfolio, including subjects like Advanced Manufacturing Process, Foundry Technology, Steelmaking Process, and others. His skills are vast and include proficiency in software packages like ANSYS Fluent, Design Modeler, Mesh SpaceClaim, Tecplot, CFD-Post, EDEM, FactSage, Origin, C++, and MS Office, alongside hands-on experience with various mechanical machine tools and instruments.
Dr. Siddiqui's career is further distinguished by his prolific output as a researcher and his involvement in editorial activities. He has made substantial contributions to mechanical engineering with over 61 publications in reputed international journals and conferences. His publications cover many subjects, including but not limited to heat and mass transfer, continuous casting, and interfacial phenomena. In addition to his research, Dr. Siddiqui has played a vital role in the academic community as an editor and reviewer. He serves on the editorial board of several esteemed journals, contributing to advancing knowledge by ensuring the publication of high-quality research.
Dr. Siddiqui has earned several scholarships and awards, reflecting his academic excellence and commitment to his field. These recognitions include postdoctoral fellowships, research professor fellowships, and Ph.D. Scholarship Assistantship from the Ministry of Human Resource and Development, Government of India, and several others. This wide array of skills and experiences positions Dr. Siddiqui as a significant contributor to mechanical engineering, particularly in research, education, and industry application. His dedication and continuous pursuit of excellence are evident in every aspect of his career, from research and teaching to industry collaboration.
areas of expertise
- Heat and Mass Transfer: Investigating the dynamics of heat and energy transfer in various mechanical and industrial systems, particularly focusing on applications like heat exchangers and microchannel heat sinks.
- Ironmaking & Steelmaking: Exploring the various processes, technologies, and methodologies involved in the production and processing of iron and steel.
- Continuous Casting: Focusing on the continuous casting process used in metallurgy, particularly looking into mold flow optimization, intermixing, and inclusion motion.
- Modelling & Simulation: Employing various computational tools and software for simulating processes related to mechanical engineering, including fluid dynamics and material behavior.
- Interfacial/Surface Tension: Investigating the phenomena of interfacial tension in different materials and its impact on manufacturing processes and material properties.
- Liquid Metal 3D Printing: Researching the applications and mechanics of 3D printing using liquid metals, focusing on process optimization and material characteristics.
- Prosthetics Design and Reliability: Working on the design and reliability assessment of prosthetic devices, specifically looking at materials like carbon fiber for enhanced functionality.
- Thermal Insulation and Materials: Studying different materials and their properties related to thermal insulation, hydrophilicity/hydrophobicity, and breathability, especially for protective fabrics.
- Mathematical Modeling of Human Cardiac Myocytes: Delving into the complex modeling of human cardiac cells and understanding their active contraction through computational methods.
- Numerical Analysis and Optimization of Microchannel Heat Sinks: Focusing on the performance and efficiency of microchannel heat sinks through numerical methods and optimization techniques.
publications
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courses
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MSE-591 SPECIAL TOPICS: Steelmaking Process and Simulation