Ayder Nabiev is a respected researcher and academic affiliated with the Institute of Mechanics and Seismic Stability of Structures named after M.T. Urazbaev, under the Uzbekistan Academy of Sciences in Tashkent. With a strong background in structural mechanics and seismic engineering, Nabiev plays a key role in advancing research focused on the safety, stability, and resilience of infrastructure in earthquake-prone regions.

At the Uzbekistan Academy of Sciences, he contributes to both theoretical and applied research projects that address the seismic behavior of buildings, bridges, and critical infrastructure. His work involves structural modeling, dynamic analysis, and the development of innovative engineering solutions to enhance seismic resistance, especially in the context of Central Asia's unique geological conditions.

As an author at IgMin Research, Nabiev shares his expertise through publications on earthquake-resistant design, materials testing, and structural health monitoring. His research often explores the intersection of engineering innovation and public safety, aiming to inform building codes and disaster risk reduction strategies.

Ayder Nabiev is also actively engaged in interdisciplinary collaboration with engineers, architects, and policymakers to promote sustainable and resilient construction practices. His scientific contributions support national initiatives for earthquake preparedness and infrastructure modernization.

Based in Uzbekistan, Nabiev’s work reflects a deep commitment to protecting communities through rigorous scientific inquiry and engineering excellence. Through both his institutional role and research publications, he continues to impact the fields of seismic stability and structural safety on a national and international level.

Ayder Nabiev’s research interests focus on structural mechanics, seismic stability, and earthquake-resistant design. He is particularly engaged in studying how buildings and infrastructure respond to seismic forces, with the goal of improving structural safety and resilience in earthquake-prone regions such as Central Asia.

His work includes dynamic analysis of structural systems, modeling of seismic load effects, and the evaluation of construction materials under stress conditions. Nabiev is also interested in the development of advanced engineering methods for enhancing the seismic performance of both new and existing structures.

In addition to technical modeling, he explores structural health monitoring techniques and contributes to the refinement of building codes and safety regulations. His research supports disaster risk reduction strategies and sustainable development initiatives, integrating science, engineering, and public safety. Through his affiliation with the Uzbekistan Academy of Sciences, Nabiev actively contributes to national and international efforts in seismic risk mitigation and resilient infrastructure design.