Muxtorjon Tohirjonovich Mansurov
Prof., Doctor of Technical Sciences, Namangan State Technical University
Rasuljon Rustamjon o‘g‘li Yo‘ldoshev
PhD student, Namangan State Technical University
Abstract
This article explores the effectiveness of integrating information technologies into construction testing laboratories, with a focus on enhancing the quality control of concrete products in Uzbekistan. The study highlights the inefficiencies of manual testing processes, such as errors in documentation, lack of integration, and non-compliance with regulatory standards (e.g., UzDSt 1025:2020, UzDSt 2857:2015). It proposes a unified automated platform that streamlines the testing sequence—from client data entry and contract creation to sampling, test card generation, and protocol preparation. The methodology analyzes previous studies and technological advancements, demonstrating benefits such as error reduction, increased process speed, compliance with international standards (ASTM, AASHTO, ISO 17025), and improved transparency through cloud-based and LIMS integration. The developed system automates calculations, ensures legal and technical consistency, and boosts laboratory efficiency by 2–3 times. Future enhancements, including AI-based algorithms, IoT monitoring, and integration with state laboratories, are suggested to further elevate transparency and reliability in the construction sector.