Gurukul of Civil engineers- Online Civil Engineering Courses for Creative Minds

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Structure Design with SAP2000

SAP2000 is one of the most sophisticated tools to design and or analysis of any structure. Our SAP2000 course has been prepared to cover every important aspect of structural analysis and structural design. The first module starts with the Introduction of SAP2000, an explanation of the plan/position of column, beam and centreline of the plan. The second module covers Building Plan and Elevation, Beam, Columns, Slab and Secondary Beams. It also covers the End Support System. The third module covers the calculation of Dead Load and Live Load. The fourth module covers the calculation of Wind Load, Earthquake Load, calculation of various load combinations. The fifth module covers the analysis of structure, explanation of deformation and storey displacement. The sixth module covers the analysis of structure, explanation of shear force / bending moment and 2-2,3-3. The seventh module covers the analysis of structure, explanation of axial force, torsion, support reaction, etc. The eighth module covers the design of beam, column and slab. The ninth module covers Optimization of structure and design of structure after optimization. The tenth module covers Introduction to warehouse shed and modelling of the shed, modelling of various parts of steel structure. The eleventh module covers the calculation and assignment of the dead load and live loads.

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Drainage Engineering and Design

Drainage engineering is the Key Discipline to provide an efficient drainage system for any Infrastructure Project. In Road Projects, Drainage Systems are known as Sub-surface Systems and are designed to remove surface water from the road which would otherwise lead to flooding if not managed satisfactorily. The course modules provide detailed drainage system design process, Outfall Design, Network Modelling, Attenuation System Design and a brief overview of Sustainable Drainage Systems. Please see the Promotional Course Videos for a quick flavour. The first module covers the key components of Drainage Engineering, Drainage Strategy, Drainage Design, Outfall Design, Attenuation System Design. The second module covers drainage design process from the collection of surface water to discharge to the outfall locations such as existing watercourses. The module also covers the flood risk assessment process and Drainage Network Design, Gully Spacing, Kerb drains, and drainage modelling. The third module covers outfall design and Surface Water Storage System. The module covers Outfall types, Attenuation Ponds, Oversize Career Pipes and Flow control devices. The fourth module covers drainage standard details such as drainage kerbs, manholes, bus stop drainage kerbs, gullies, slot drains and Hydro-brakes.

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Tekla Structure Design

Tekla Structure is the most advanced structural BIM software that assists designers to create, combine, manage and share multi-material 3D models packed with invaluable construction information. Right now in the BIM (Building Information Modelling) environment, Tekla Structures is one of the best and powerful software for any kind of structure design. We cover the entire Tekla Structure Design Course in the following modules: The first covers Introduction to Tekla, advantages, and interface of Tekla operations. The second module covers the modelling tools used in Tekla Structures software. The third module covers the modelling of an industrial shed and its elements like columns, rafters and purlins. The fourth module covers the modelling of the industrial shed and its elements like bracing and side runners. The fifth module covers drawing production and explains the process of generating General Arrangement Drawings. The sixth module covers moment connections. The seventh module covers shear connections. The eighth module covers the creation of template connections and the modelling of typical connections. The ninth module covers numbering checks, modelling checks and clash checks. The tenth module covers the preparation of fabrication drawings.

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Staad Pro V8i Advance

Learning Objectives: The course will cover all the steps involved in the structural analysis & designing of concrete & steel. This course will introduce one to STAAD Pro’s state-of-the-art user interface, prevailing analysis and design engines with a sophisticated finite element (FEM), visualization tools, and dynamic analysis capabilities. Some of the features that we focus on this course include: Model Generation: Generation of an interactive menu-driven model with concurrent 3D display 2D & 3D graphics generation using rectangular or polar coordinate systems Segments of repetitive geometry used to generate complex structural models. Model Verification: 2D/3D drawings on-screen and printer/plotter full 3D shapes for frames, elements Isometric, or any rotations for full 3D viewing. Static Analysis: 2D/3D analysis on the basis of state-of-the-art Matrix method to handle extremely large work. Linear, non-linear, p-delta analysis with automatic load & stiffness correction. Dynamic/Seismic Analysis: Mass modeling, frequency, and mode shape Response spectrum extraction, analysis of time history Modal damping ratio for individual models. Secondary Analysis: Finite element capabilities, concrete design, steel design, and timber design. Forces & displacements at sections between nodes. Maximum & minimum force envelopes. Learning Outcome: Students will be able to complete object-oriented instinctive 2D/3D graphic model generation. Students will learn to use pull-down menus, tool-tip help, and floating toolbars. Students will be able for carrying out flexible zooms and multiple views. Students will know to make isometric & perspective views and 3D shapes. Students will know the use of simple command language and a built-in command file editor. Students will learn how to generate graphics/text input. Students will be able to do efficient algorithms that will minimize disk space requirements. Students will learn to take presentation-quality printer plots of geometry and results as part of the run output. Students will be able to perform accurate and numerically efficient plate/shell elements incorporating out-of-plane shear & in-plane rotation; automatic element mesh generation; comprehensive element stress output including in-plane stresses, out-of-plane shear, bending & principal stresses at nodal, as well as, user-specified points. Students will learn how to achieve user-specified design parameters to customize a design. Students will know to perform code checks, member selection, and optimized member selection consisting of analysis/design cycles. Students will be able to design concrete beams/columns/slabs/footings as per all major

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Dutch Style Roundabout design

Dutch Style Roundabouts are one of the most innovative roundabouts that provide priority to pedestrians and cyclists without significantly compromising vehicular traffic movement. Our Dutch Style Roundabout course modules are designed to cover all key aspects of the design process. It covers the centreline design of all four arms, crown line of Roundabout, and then gradually develops road channels, cycle tracks, footway, crossing facilities, etc. The first module starts with verification of the Topographical Survey. Here, the module explains how to verify the topo survey and make it fit to use as Xref for roundabout design. The module also explains how to change the colors of individual layers to make Xref less prominent. The second module explains the design process of Roundabout crown line, road centrelines, channel line design, entry radius design, exit radius design, splitter island design. The proposed layout set the foundation of the roundabout footprint so that footway and cycle facilities are provided safely. The third module explains the design process of cycle facility design. A circulatory uni-directional cycle track is designed. Inbound and outbound cycle tracks are designed and connected to the circulatory. The fourth module explains the process of footway design and crossing facilities. The back edge of the footways plays an important role in tie-into the existing. Segregated pedestrian and cycle crossing facilities are proposed. It is highly recommended to provide a pedestrian crossing facility suitable for blind and partially sighted pedestrians, therefore tactile are proposed at all crossing points. The fifth module explains the process of creating a General Arrangement Drawing. The module details out how to call all required Xrefs and how to use sheet layout, title frame, etc to develop General Arrangement Drawings. Finally, the module explains how to create a PDF of the General Arrangement drawing.

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Structure Design with SAP2000

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Drainage Engineering and Design

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Tekla Structure Design

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Staad Pro V8i Advance

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Dutch Style Roundabout design

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