The ISEInstitution of Structural Engineers in India was established to implement the Central Act of Structural Engineering, Structural Engineer License, National Land Information Center and Geological Code, Code of Conduct for Steel Designers, Structural Audit, Checkpoints, Standards, Continuing Education Programs, Development and Control Rules , Incorporating earthquake, geology and seismic engineering into civil engineering, safety measures, etc. And its amendments. ISE India provides membership for engineering graduates of the first department, and has nearly (5) years of design engineering experience in well-known companies/companies/individual professionals. Structural engineering is an engineering field that analyzes and designs structures that support or resist loads. Structural engineering is generally considered to be a major in civil engineering. Structural engineers are most often involved in the design of buildings and large structures, but they are also involved in the design of machinery, medical equipment, vehicles, or any project whose structural integrity affects the function or safety of the project. Based on safety, structural engineers must ensure that their design meets the given design standards. These buildings can withstand huge loads, as well as climate change and natural disasters. Structural engineering theory is based on the laws of physics and empirical knowledge of the structural properties of different landscapes and materials. Structural engineering design uses relatively few basic structural elements to build structural systems that can be very complex. Structural engineers are responsible for the creative and effective use of funds, structural elements and materials to achieve these goals. Structural engineers: Structural engineers are professionals who are responsible for designing buildings or any other structures that comply with codes and regulations. Human safety standards must be integrated into the aesthetic and functional characteristics required by the building. In addition, construction costs are critical to the feasibility of the project. Therefore, it is very important to design a design that maximizes the structural efficiency. The ability to provide designs that meet all these requirements is the essence of a good structural engineer. Structural engineers are responsible for engineering design and analysis. The role of structural engineers today involves a deep understanding of static and dynamic loads and the structures that can withstand these loads. The complexity of modern structures usually requires engineers to exert a lot of creativity to ensure that the structures can withstand and withstand the loads they bear. Structural engineers usually have a four-year or five-year degree, and then have at least five years of professional practice before they can be considered fully qualified, but the situation of different institutions, societies and institutions are different.