Khidhair Jasim Mohammed is an accomplished researcher and Assistant Professor in the Air‑Conditioning and Refrigeration Techniques Engineering Department at Al‑Mustaqbal University, Hillah, Babylon, Iraq. With a PhD and a robust publication record, he bridges materials science, mechanical engineering, and energy systems through innovative, interdisciplinary investigations.

His prominent early work, Abrasive Wear in Some High Fe‑Cr‑C Alloy in Cement Powder, published in IgMin Research (January 2025), analyzed wear behavior of high-chromium casting alloys under industrial grinding conditions. The study demonstrated that higher chromium content enhances hardness and lowers wear rates—offering significant cost-saving implications for cement manufacturing.

Dr. Mohammed’s research trajectory extends deeply into nanomaterials. In Novel modified ANFIS based fuzzy logic model for performance prediction of FRCM‑to‑concrete bond strength (Aug 2023, Advances in Engineering Software), he employed adaptive neuro-fuzzy inference systems to predict bond performance between fiber-reinforced cement mortar and concrete—achieving over 99% accuracy. Additionally, his reviews in BioNanoScience (Mar 2023), Properties and Application of Nanostructure in Liquid Crystals and Synthesis and Modification of Nanoparticles with Ionic Liquids, explore nanoparticle synthesis methods and their embedding in liquid crystals and ionic liquids—demonstrating his versatility and influence across chemistry and engineering domains.

His collaboration network spans global academia, with co-authored works alongside researchers from China, Saudi Arabia, and Iraq in applied artificial intelligence, fuzzy logic, and carbon-based materials for water treatment and infrastructure enhancements.

At Al‑Mustaqbal University, Dr. Mohammed mentors advanced students in modeling, simulation, and mechanical design. His engineering approach incorporates machine learning, nanotechnology, and materials engineering to develop sustainable solutions in energy systems and construction. Known for rapid, open-access publishing—evidenced by his ● 305 19 views and ● 489 downloads on IgMin—he actively promotes global knowledge exchange.

In sum, Khidhair Jasim Mohammed stands out as a dynamic, interdisciplinary scholar whose work enhances industrial materials design, predictive modeling, and nanostructure applications—cementing his role as a committed educator and global research collaborator.

Dr. Khidhair Jasim Mohammed's research interests span a diverse array of interdisciplinary domains, reflecting his expertise in mechanical engineering, materials science, and emerging technologies. His primary focus lies in the development and characterization of advanced materials, particularly high-chromium alloys and nanomaterials, for industrial and engineering applications. He is deeply engaged in studying abrasive wear, thermal performance, and structural behavior of materials under various operational conditions. Additionally, Dr. Mohammed is highly interested in the integration of artificial intelligence and fuzzy logic systems—such as ANFIS—for predictive modeling in structural engineering and materials performance. His recent work also explores the synthesis and modification of nanoparticles, especially using ionic liquids, and their application in energy systems, liquid crystals, and water treatment technologies. Through computational simulations, experimental analysis, and data-driven approaches, Dr. Mohammed aims to improve material sustainability, energy efficiency, and the practical application of nanotechnology in real-world engineering challenges.