Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Award Category. Selected for Biography
Assist Prof DrTadeleMekuriaAssosa UniversityEthiopiaSynthesis and CharacterizationBest Researcher AwardBest Researcher Award
Assist Prof DrkhadijehRabieiQom University of Technology, Qm, IranIranDesign of Materials and Componentssynthesis and design novel materials, green, nanotechnologyBest Researcher AwardBest Researcher Award
Dr.Ho KyungLeeKorea Basic Science InstituteSouth KoreaOtherSynthesis of Inorganic nanocrystalsBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Prof. Dr.AlexanderArtem'evNikolaev Institute of Inorganic ChemistryRussiaDesign of Materials and ComponentsSynthesis of photoactive materialsBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.LudovikoZirimenyaLondon School of Hygiene and Tropical MedicineUgandaAnalysisSystematic Review and Meta-analysisBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
DrMuneebUllahPusan National University, Busan South KoreaSouth KoreaOtherTargeting Drug DeliveryBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Prof.AleksandrBurdonovIrkutsk National Research Technical UniversityRussiaModelingTechnological processesBest Researcher AwardBest Researcher Award
Dr.MaríaMuy-RangelCentro de Investigaci´ón en Alimentación y DesarrolloMexicoProcessing and ManufacturingTecnología de AlimentosWomen Researcher AwardWomen Researcher Awardglobalcompositeawards.com
Dr.AbdulfattahAlqahtaniKing Saud UniversitySaudi ArabiaOtherTelehealth-Based Cardiac Rehabilitation for Heart Failure: A Systematic Review of Effectiveness, Access, and Patient-Centred OutcomeResearch Excellence AwardResearch Excellence Awardglobalcompositeawards.com
Dr.XuWuUniversity of Shanghai for Science and TechnologyChinaAnalysisTerahertz biosensing analysisBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Prof. Dr.XipingLuoZhejiang Agriculture and Forestry UniversityChinaDesign of Materials and ComponentsTestingBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Dr.Min-SuLeeKorea Institute of Industrial and TechnologySouth KoreaMetal-Matrix CompositesTestingExcellence in Research AwardExcellence in Research Awardglobalcompositeawards.com
DrKaushalMukherjeeNational Institute of Technology, Arunachal PradeshIndiaProperties and PerformanceTesting of materiel efficiency in high frequencyBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
DrBharatPatelThe M. S. University of Baroda, Vadodara, Gujarat, INDIAIndiaTextile ChemistryBest Researcher AwardBest Researcher Award
Prof DrkhaledMostafaNational Institute of StandardsEgyptProperties and PerformanceTextile Chemistry and TechnologyBest Researcher AwardBest Researcher Award
DrHomaMalekiUniversity of BirjandIranTextile, Nanofibrous structures, Medical textilesBest Researcher AwardBest Researcher Award
Prof.SANDRABISCHOFUniversity of Zagreb Faculty of Textile TechnologyCroatiaPolymer-Matrix compositesTextilesExcellence in Research AwardExcellence in Research Awardglobalcompositeawards.com
Dr.Bhanu RekhaVivekhanandhamKCG College of TechnologyIndiaDesign of Materials and ComponentsTextiles and apparels - Develop sanitary napkins from agro-waste fibresWomen Researcher AwardWomen Researcher Award
Assoc Prof. DrJafarEzzati Nazhad DolatabadiTabriz University of Medical SciencesIranPolymer-Matrix compositesThe design of paper-based electroanalytical microfluidic device coupled with post-synthesized molecularly imprinted polymers (rGO/Au@Ag2S/PANI/polyacrylamide) for the detection of streptomycinBest Researcher AwardBest Researcher Awardglobalcompositeawards.com
Mr.Abdul VahapKorkmazAfyon Kocatepe UniversityTurkeyProperties and PerformanceThe developed cementitious materials demonstrate high mechanical performance while significantly reducing clinker content. Magnesium slag–based binders exhibit improved microstructural density and long-term durability. The optimized formulations achieve competitive compressive strength compared to conventional Portland cement systems. Mechanochemically activated waste materials enhance hydration efficiency and performance stability. The incorporation of industrial by-products improves material efficiency without compromising structural integrity. Reduced porosity and refined particle packing contribute to enhanced durability and resistance to microcracking. The proposed cement systems maintain consistent performance under practical processing and curing conditions. Overall performance confirms the technical viability of low-carbon, waste-derived cement composites.Best Researcher AwardBest Researcher Awardglobalcompositeawards.com
 Title First Name Last Name Institution/Organization Country Domain Subdomain/Subject/Service Area Award Category. Selected for Biography