Autodesk Revit Architecture is an architectural design and documentation software application for architects and building professionals resolve limitation of 2D workings. Building information model is the feature that make up Revit Architecture are specifically designed to support architects and allied services.
Learning Objectives:
Introduction
Walls
Doors and Windows
Component
Managing Views
Ceiling
Lightings
Curtain Walls
Stairs
Ramp, Railing, Ramps & Rooms
Material Takeoff
Massing
Visibility & Graphics
Site Design
Revit Structure
Revit Structure is a Building Information Modeling(BIM) tool for structural engineers, which associatively may work with Revit architecture models.
Revit structure is an extension in Revit architecture and used by design engineers to model an place structural components like beam column, footing, walls etc. as per architectural requirement. It can calculate loads and geometric constrains of modelled parts and further transfer to analysis software viz Staad Pro, Robot for design.
Learning Objectives:
Walls
Columns
Foundation
Beam
Floor & Slab
Reinforcement
Column Rebar Detailing
Truss
Schedule
Symbols
Sheet
Visibility & Graphics
Legend
In Place Families
Family Creation.
Staad.Pro
Staad.Pro is a structural analysis and design software. It is a capable of analysing and designing civil engineering structure such as building, bridges, tunnels and space trusses, plants and footing. Staad Pro generalize software for structural engineering and incorporate many analysis methods like static, nonlinear, pushover, FEM etc.
Learning Objectives:
Overview of structural Analysis and Design.
Geometry Creation Methods.
Support Assignment.
Understand & Calculation Building Loads.
Introduction to floor load & Live load as per IS 875-1st & 2nd.
Introduction to RCC DesignAs per IS 456.
Wind Load Design as per IS 875 3rd
Calculation of Wind load as per IS 875 Part 3rd.
Seismic Analysis & Design as per IS – 1893
Steel Design in Staad Pro as per IS-800
FEM Modelling in Staad.Pro
Staad Pro Advance
Take your concrete analysis to a new level with STAAD Advanced Concerete Design. Produce drawings according to global design standards Design concrete elements, such as beams, columns, and walls in an automated and interactive workflow.
Learning Objectives:
Advanced geometry creation.
Finite element concept
Advanced user table creating section.
Angle & R-angel
Foundation support with live project.
Seismic advanced analysis.
Design concept of Ely, Elz, E face, M face, R face, R bar, Ensh, Rensh, S face and offset command.
Civil 3D
AutoCAD Civil 3D software is a civil engineering design and documentation solution that is used for designing, drafting & documentation, analysis, defining workflows, surveying and mapping of civil projects.
It’s a powerful tool for civil engineers and useful in planning & placement of any structure which is being constructed on earth.
Learning Objectives:
Styles and objects.
Feature Lines.
Working with Survey tools.
Working with points.
Transferring data.
Designing corridors.
Working with sections.
Working with pipe networks.
Working with pressure pipe networks.
Working with plan production tools.
AutoCAD
Auto Stands for Autodesk and CAD Stands for “Computer Aided Design”. AutoCAD is a two dimensional and three dimensional design software produced by the Autodesk Company.
It is a computer Aided drafting software program used to create blueprints for buildings, bridges, computer chips, machineries & Products, among other things.. It includes a powerful suit of features to improve workflow and create true-to-life maps, diagrams, structures, and schematics. AutoCAD is used across a wide range of industries, by architects, project managers, engineers, graphic designers, and many other professionals.
It can be used in various fields of operation such as:
1- As an Engineering Drafting Tool.
2- As a graphic Design Tool
3- As an architectural planning tool.
4- In 3D Printing.
5- In the fashion Industry.
6- As an industrial Design Tool.
Learning Objectives:
A- 2D Drafting
B- Drafting Setting Toolbar
C- Modifying Toolbar
D- Annotation
E- Styles Managers
F- Layers
G- Palettes.
H- Design Centre
I- Geometric & Dimensional Constraints
J- Express Tools
K- Linking & Extraction
L- Plotting
M- 3D Modelling
N- Render, Animation
E-Tabs
ETABS is an engineering designing software that caters to multi-storey building analysis & design . E-Tabs is well equipped to handle simplified lateral procedures, push-over analysis, response spectrum analysis and response history analysis. One of the biggest advantage apart from analysis and of ETABS is having capabilities to generate drawings as well.
Learning Objectives
Draw floor/wall Objects.
Add structural objects manually.
Select Structural Objects
Edit the Model Geometry.
Load the Structural Model.
Define Load Cases
Analyze the Model
Result Verification.
Design
Detailing
3Ds Max
3ds max is an animation software from Autodesk which provides a comprehensive 3D modelling, animation, rendering and compositing solution for different industries.
Learning Objectives:
3D modelling and texturing.
3D rendering.
Configurable user interface.
Adobe after effects interoperability.
Compositing Integration.
Animation & VFX.
V-Ray
V-Ray is the most complete lighting, shading and rendering toolkit on the market, making speed and simplicity accessible to all artists. The latest version delivers powerful features set, technical advances and support for open source technologies.
Learning Objectives:
Realistic/Imaginary Lighting.
Visual effect for animation.
Creating day and night scene.
Realistic Visualization.
Extensive Material Library and resources.
Photo real/imaginary.
MS Projects
Microsoft Office project, also referred to as Microsoft Project, Is a suit of tools for more efficient project and portfolio management. Project is used in a variety of industries including construction, manufacturing, pharmaceuticals, government, retail, financial services and health care. The main modules of Microsoft Project include project work and project teams, schedules and finances.
Learning Objectives:
Understand the topics required to create a project plan.
Setup the software.
Define calendars.
Add task and organize tasks.
Formate the display.
Add logic & Constraints.
User tables, views and filters.
Print reports.
Records and track the progress.
Create and assign resources.
Analyse resources.
Updates resources projects.
Customize the projects options.
Understand the different techniques for scheduling.
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