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Read MoreREVIT Structure is Autodesk' software for Structure Design or Structure Engineering. Revit performs structural analysis and exports the structural analysis and design by using the analytical model. REVIT simplifies the process to create structural details from a 3D model. It enables connecting to multiple structural analysis applications. It accelerates construction Modelling and that assists to gain better construction vision from the 3D Model. The first module covers Introduction to REVIT, its advantages and its basic settings. The second module covers the Interface of REVIT and functions. It discusses workspaces like project browser tab, property tab, toolbar tabs, etc The third module covers the usage of different toolbars in REVIT such as structure, system, analyse, massing & site, etc in a detailed manner. The fourth module covers REVIT Architecture Plan development. The module shows how to develop REVIT Architecture Plan (Ground Floor), 3D model development, etc. The fifth module covers the REVIT Architecture Plan development of upper floors. It module shows how to develop REVIT Architecture Plan (first floor, rooftop), staircase, 3D model development, etc. The sixth module covers dimensioning, tagging, naming each component of the building. The module also covers the placement of the furniture in each room, electrical appliances, etc. Finally, the module shows how to develop a sheet layout of plans, elevations and isometric views. The seventh module covers structure framing, structure modelling, foundation modelling, etc. The module also covers the modelling of beams, columns and slabs. The eighth module covers footing development and detailing. The module shows how to provide concrete reinforcement and steel bars within the footings. The ninth module covers columns, beams, slabs development and detailing. The module shows how to provide concrete reinforcement and steel bars within the columns, beams and slabs.
Read moreHighway Design with Autodesk Civil 3D software is in demand globally and a good understanding of the Civil 3D software plus knowledge of design standards can surely help engineers to fast track their career as highway design engineers. Our Civil 3D course modules are designed to cover all key aspects of design right from getting started with opening window, familiarity with tools, dropdowns, etc to importing ground survey data, horizontal alignment design, vertical alignment design, assembly creation, corridor modelling, and generating final 3D model outputs. The first module starts with getting started with the Civil 3D start-up window, quick access toolbar, dropdown option settings, etc. The module then opens the Civil 3D metric template and explains all the ribbons such as ground data, design data, profiles, etc. Civil 3D is template-based software, therefore templates are created and saved in tool space pallets and course all the menu options of the pallet. The module also covers drawing setting, unit transformation, object layers, etc. The second module covers importing ground survey data into Civil3D. the module covers three types of data importing methods (topo survey, land XML, and lidar coordinates (x,y,z)). When importing a CAD file, first all layers are isolated and then imported to Civil3D. The module explains the land XML and lidar data transfer process in a detailed manner. After transferring data, the module demonstrates how to create the ground surface model. The third module demonstrates how to analyze the surface, refine the surface and remove the errors like null levels, zero levels, etc. Then it covers how to trim falls surface area that sits outside the project road boundary. The module demonstrates how to create different surface types using tool pallets e.g contours, ground surface, etc, and finally how to check the ground level, profile and sections dynamically. The fourth module commences with horizontal alignment design in Civil 3D and covers 4 types of horizontal alignment design i.e centreline alignment, offset alignment, curve return alignment and miscellaneous alignment. Create alignment from the layout or predefine polyline or import the alignment from other software or file. The module also covers the quick alignment design method and setting the line style, curve style, transition style, point style, etc. The fifth module covers alignment design with Element Method. The module demonstrates fixed tangent, floating curve with transition length, fixed curved with transition length, fillet curve and reverse curve design for various design speed criteria. The module demonstrates some tips to minimize abortive work (when the amendment is needed) when designing it with the element method. The sixth module explains the vertical design process of the proposed centreline. For that, first, we import the ground model land XML and then start the profile creation process. The module describes how to fix the setting of the profile creating window. The vertical profile can be created by the quick method and element method. Both methods are described methodically for easy understanding. The module also explains how to set the profile band to show chainage, ground levels, proposed road levels, superelevation, etc. The seventh module describes how to create an annotation for the profile drawing production and how to make them in a presentable format. It shows how to show curves and gradients details within the profile section and how to create bands at the lower section showing chainage, proposed levels, ground levels, superelevation, horizontal alignment details, vertical alignment details, etc. The module also covers how to change grid style, font style, line type, datum levels, etc The Eighth module describes the process of creating cross-sections on the 3D model. Here module starts with assembly creation and it demonstrates two types of assemblies, dual carriageway assembly (without central median) and dual carriageway assembly (with central median). It demonstrates how to create assemblies from tool pallets. The ninth module describes the process to review and analyzing the corridor. It explains how to visualize the corridor against cross-section assemblies, how to fix the errors in the corridor, and how to make it in a presentable format. The tenth module described how to create retaining walls profiles in place of the embankment and describes how to generate cross-sections from the design model.
Read moreIf you want to learn MS Power point and make an outstanding power point presentation, this is the ideal course for you to start. The course gives you opportunity to learn MS Power Point from basics to advance levels. In the first module, you will learn about the following topics - MS Power Point Interface, Ribbon, quick access toolbar, view & navigate and creating a new power point presentation. In the second module, you will learn adding text to titles, working with slide layouts, bullet listings, etc. In third module, you will learn adding colours, gradient, adding images and how to apply background. In fourth module, you will learn adding text box, adding shapes arranging shapes, etc. In fifth module, you will learn insert tables, charts, smart art, videos and presentation delivery.
Read moreCSI SAFE is specifically developed for the design of raised floor and foundation slab systems. A model based on 3D objects can be created in SAFE or imported from SAP2000, ETABS, or CAD. We cover the entire CSI Safe Structure Design Course in the following modules: The first module covers Introduction to SAFE and its basic interface. The second module covers the description and use of modelling tools in CSI SAFE software. The third module covers materials and modelling of Slabs. The module also covers analysis, design of slabs and data imports from Etabs software. The fourth module covers the modelling of flat slabs. The module also covers design checks for quality assurance purposes. The fifth module covers the design of isolated footings, modelling and analysis. The module also covers model optimisation. The sixth module covers the design of combined footing, design checks for quality assurance purposes. The seventh module covers the modelling of strap footing and shear checks. The module also covers the design of strap footing. The eighth module covers Mat modelling and analysis. The module also covers design checks for quality assurance purposes. The ninth module covers Eccentric Footing design. The tenth module covers Pile Cap design and modelling. The module also covers design checks for quality assurance purposes.
Read moreThe Course Modules are designed to help students to understand Highway Engineering & Highway Design. Highway Engineering involves design, construction, operation & maintenance of roads to ensure safe & effective transportation of people & goods. The Course provides various key design principles and design procedures to assist students to understand best design and construction practices. Please see the Promotional Course Videos for a quick flavour. Highways Design module provides the design process of highway link design, horizontal alignment, vertical profile, super-elevation, stopping sight distance analysis, visibility checks, verge widening requirements, departure & relaxation, and various design checks. Also covers kerb and footway development. Pavement Design module provides a detailed process of pavement design and covers full depth pavement construction process and Overlay/ Inlay treatment. It covers existing pavement improvement process, carriageway widening, and subgrade improvement process. it also covers high friction surface (HFS) treatment process by providing details cold HFS and Hot HFS. Junction Design module covers the design process of the 4-legged junction, 3-legged junction and T-junctions. It covers junction visibility, junction swept path analysis, cycle lane design and provisions for disabled road users. It also covers the basic concept of grade-separated junctions such as half cloverleaf, Dumb-bell Roundabout, 2-bridge Roundabout, etc. Roundabout Design module covers the detailed process of Roundabout Design. It covers the crown line design. entry/ exit design, deflection radius requirements and various value engineering solutions. It also covers various design checks, drainage low point checks and cycle lane design provisions. It also provides key tips to design a safe roundabout. Standard Details Module covers all highway details such as Pavement Details, Kerbing & Edging details, Footpaths details, Bus Stop Details, etc. These standard products are generally procured from suppliers and installed on the site as per the standard details requirements and specifications.
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