Structural Engineering Service in Roorkee

Nayak, Nayaks & Associates has acquired specialization in offering unbeatable Structural Engineering Services to the clients. Structural Engineering Services involves steps like Structural Drawing, Structural Load Calculation, Green Building Designing and Steel Fabrication Drawing. All the steps involved here are aim towards making the building strong and long lasting. Our team of structural engineers is committed towards erecting buildings of international standard with all the basic amenities available. Scientific analysis is done for the every step of structural designing. The followings are the lay out structures that our experts undertake while executing structural engineering services: Preparing structural drawing such as: Foundation plans Framing Plans Lintel Plans Roofs Plans Beams and stair case design Calculating structural loads Steel fabrication drawings The steps involved in structural engineering services: Understanding geometrical configuration of the structure based on the architectural drawings Plan & Vertical Regularity No. of floors Storey height Sizes of Column & Beam and its location Fixing the design parameters, based on Purpose Location (Seismic Zone) Bearing Capacity & Type of the Soil Grade of Concrete & Steel Loads Ensure unit consistency Conceptualize the entire project and prepare a grid Modify the sizes & location of columns for preliminary analysis & design, if required. Structural Drawing Structural Load Calculation Green Building Designing Steel Fabrication Drawing

Structural Engineering is a discipline which studies advanced concepts of mechanics of structures. Generally the domain of structural engineering concerns developing mathematical models, outlining schematics, drawing specifications, calculations and supervision of new projects. The MTECH program is a blends strong theoretical foundations with practical learning through extensive analytical, computational and execution. The course not only develops industry relevant skills along core competence for academic and research tasks. The course will impart the students a firm grounding in cutting edge design and execution strategies for a spectrum of infrastructure needs. Structural Dynamics, Theory of elasticity and plasticity, Concrete structures, Soil Structure Interaction, Steel structures, Disaster resistant structures, Aseismic Design, Industrial structures, Maintenance and Rehabilitation, Structural Analysis, Computer Aided Design, Finite Element Analysis and Matrix Computer Methods.