Taofiq Mohammed | Engineering | Research Excellence Award

Mr. Taofiq Mohammed | Engineering | Research Excellence Award

Mr. Taofiq Mohammed | Engineering | Graduate Researcher at Georgia Institute of Technology | United States

Mr. Taofiq Mohammed is a dedicated Ph.D. student at the Georgia Institute of Technology (Georgia Tech), specializing in science and engineering research with a strong focus on sustainable construction materials and advanced concrete technologies. Mr. Taofiq Mohammed holds a solid educational background that has prepared him for high-impact interdisciplinary research in civil and materials engineering, with advanced doctoral training emphasizing geopolymer concrete, fiber-reinforced composites, and environmentally responsible construction solutions.

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Featured Publications:

Effect of Oil Palm Broom Fiber on the Mechanical Properties of Rice Husk Ash–Blended Concrete
– Recent Progress in Materials, 2025
Recent Advances in Fly Ash- and Slag-Based Geopolymer Cements

– Sustainability, 2025
Calcium Carbide Residue as a Supplementary Precursor in Geopolymer Binders

– Frontiers in Materials, 2025
Transportation Infrastructure Health Monitoring

– IntechOpen, 2025

 

Min-Woo Kim | Engineering | Research Excellence

Prof. Min-Woo Kim | Engineering | Research Excellence

Prof. Min-Woo Kim | Engineering | Assistant Professor at Myongji University | South Korea

Prof. Min-Woo Kim is an emerging researcher whose academic and professional trajectory reflects a strong commitment to advancing precision manufacturing, materials engineering, and surface science. Prof. Min-Woo Kim’s educational background, though not explicitly detailed in the available record, is consistent with a rigorous training pathway typically involving advanced studies in mechanical engineering, materials science, or related fields, providing him with the foundation necessary to pursue highly technical research in semiconductor-related surface processes. Building upon this academic preparation, Prof. Min-Woo Kim has developed professional experience that centers on chemical mechanical planarization (CMP), hydrophobic coating technologies, and contamination-mitigation strategies within micro- and nanoscale fabrication environments. His work demonstrates an applied understanding of how surface wettability, particle interactions, and thin-film deposition influence the reliability and performance of CMP components used in high-precision manufacturing. Prof. Min-Woo Kim’s research interests include wettability-controlled coatings, PTFE- and DLC-based surface engineering, slurry-particle behavior, contamination control, and the broader integration of advanced materials to improve semiconductor fabrication efficiency and cleanliness. His research skills span experimental surface characterization, thin-film application techniques, interface behavior analysis, and collaborative work in multidisciplinary engineering teams, as evidenced by his role as a coauthor on peer-reviewed work published in the journal Micromachines. Professionally, he has participated in the scholarly community through peer-review activities, contributing expert review for Micromachines, which highlights his engagement in maintaining scientific standards in his field. Although the publicly available information does not list specific awards or honors, Prof. Min-Woo Kim’s contributions to surface engineering and fabrication-process optimization indicate a trajectory aligned with researchers who advance industrial innovation and academic knowledge simultaneously. Overall, Prof. Min-Woo Kim exemplifies a researcher dedicated to improving the performance and reliability of CMP systems through materials-driven solutions, and his evolving body of work reflects a promising career committed to scientific rigor, cross-disciplinary collaboration, and technological improvement within microfabrication and surface-engineering domains.

Academic Profile: ORCID

Featured Publication:

Kim, M.-W., Lee, E., Sun, K., So, Y., Baek, J., Shin, J. H., Kim, H. D., & Youn, Y. B. (2025). Wettability-controlled hydrophobic coating of CMP component using PTFE and DLC for mitigating slurry agglomeration and contamination. Micromachines. https://doi.org/10.3390/mi16121382