Civil Engineering Software Courses

All the courses are for the civil engineering people, who are doing their civil engineering (Diploma or B.Tech), who are complated their civil engineering(Diploma or B.Tech) and also for the working civil engineering people. These software are used to create 2d plans, Real time virtual 3D models, Analysis for the structures and also planning for any project. Here each software is used for different kind of work.

AutoCAD Civil Contents

AutoCAD is a commercial computer-aided design and drafting software application. Which is used to create 2d plans, sections, elevations and 3d Models.

3DS Max Contents

Autodesk 3ds Max, formerly 3D Studio and 3D Studio Max, is a professional 3D computer graphics program for making 3D animations, models, games and images.

Revit Architecture Contents

Autodesk Revit is a building information modelling software for architects,structural, landscape architects, mechanical, electrical, and plumbing engineers.

SketchUp Contents

SketchUp is a 3D modeling software for the drawing applications like as architectural, interior design, civil and mechanical engineering, film and video game design.

StaadPro Contents

STAADPro is one of the most widely used structural analysis and design software. It supports over 90+ international steel, concrete, timber & aluminium design codes.

ETabs Contents

ETABS is a multi-story building analysis and design software. Modeling tools with templates, code-based load prescriptions, analysis methods and solution techniques.

GIS Contents

ArcGIS is a geographic information system for working on different kinds of maps. It was developed by by ESRI (Environmental Systems Research Institute).

PrimaveraP6 Contents

Primavera P6 is a software program used in multidiscipline projects. It is the powerful solution for planning, managing and executing projects with cost analysis.

MS Project Contents

Microsoft Project is a project management software. It is designed to assist a PM in developing a plan, schedule, tracking progress, managing budget, and analyzing.

Auto CAD Contents

Introduction to AUTOCAD
Graphical user interface
Drawing, Simple Sketches (line, Arc, Circle, Ellipse, Polygon etc…)
Drawing Settings
Modifying entities
Object selection Methods
Setting and modifying entity properties
Creating and Managing layers
Introduction to Line Types
Adding Annotation and Dimensions to your drawings
Parametric Constraints
Creating text Styles and Dimensions Styles
Working with Blocks
Design Calculation Adding Symbols
Exporting objects
Layout Management
Plotting drawings.
Working on Images
Enquiry Commands
Transparent Commands
3D Commands

Civil CAD Works

2D Plans
Sections
Elevations
Layouts
3D Conversion

3DS MAX Contents

Getting Started

Course Introduction
Learning Objectives
Configuring 3ds Max and Design
Setting Up Units
Setting Display Units to Architectural
Assigning a Project Folder
Creating a Prototype File
Configuring the Default UI and Presets
Accessing the Help System
Understanding Object Interaction

Modeling

Modeling in 3ds Max
Understanding Shapes
Saving Incremental Files
Cloning Shapes
Creating Outline Shapes
Attaching Shapes
Editing Closed 2D Shapes
Trimming and Welding Splines
Filleting a Vertex
Discovering the Editable Poly Object Type
Converting Object Types
Understanding 2D and 3D Objects
Introducing Compound Objects
Working with Pro Boolean
Using Shape merge
Exploring More Editable Poly
Merging Objects
Modeling Windows
Modeling a Window Frame
Modeling a Window Pane
Learning About Object Space Modifiers
Adding a Bevel Profile Modifier
Editing 2D Shapes
Understanding World Space Modifiers
Discovering AEC Objects
Building with AEC Walls
Installing a Door
Adding Windows

Materials

Introducing Materials
Understanding the Slate Material Editor
Creating Schematic Materials
Learning the Arch & Design Material
Adjusting Shades Editing Reflectivity
Assigning a Material
Using Map Patterns
Setting Transparency
Calculating map sizes Creating a Tile Map
Discovering the Multi/Sub-Object Material
Discovering Material Libraries
Understanding Autodesk Materials Libraries
Using an Autodesk Library Material
Creating a New Library

Lighting

Learning Direct and Indirect Light
Discovering Daylight
Placing a Daylight System
Adjusting Location
Adjusting Physical Sky
Understanding Photometric Lights
Enabling Streetlights in a Scene
Changing Photometric Light Presets
Understanding Indirect Light
Calculating Indirect Illumination
Learning about Global Illumination
Setting Interior Night Lighting

Cameras

Understanding the Camera’s Importance
Discovering Traditional Camera Shots
Learning Effective Camera Distance
Changing Viewer Distance
Discovering Depth of Field
Adding Depth of Field to Control Focus
Understanding Camera Angles
Adjusting Camera Angles
Discovering Composition Essentials
Understanding Animation Concepts
Discovering Object Animation
Exploring Key frame Animation
Key framing a Moving Object
Understanding Path Animation
Animating on a Path
Understanding Velocity Control
Applying an Ease Curve
Learning Camera Animation Basics
Separating Camera Position and Rotation Control

Rendering

Introducing Rendering
Learning About Still Images
Understanding Still Image Resolution
Rendering Still Images
Setting Render Presets
Understanding Still Image File Types
Choosing Still Image File Types
Rendering Animations
Understanding Image Resolution for Animations
Setting Animation Resolution
Understanding Animation File Types

Rendering an Analysis

Rendering a Complete Analysis
Adjusting Exposure
Configuring Mental Ray
Setting Common Rendering Settings
Rendering a Final Image

Revit Architecture Contents

1. Modelling

Getting Started
Revit Fundamentals
Basic Modify and Reporting Tools
Modeling Essentials
Core and Shell
Walls – An In-Depth Look
Building Structure
Stairs and Railings
Building Interiors
Site Tools
Schedules and Tags
Annotation
Dimensions and Constraints
Drafting and Detailing
View Graphics
View and Sheets
Printing and Publishing
Managing Your Projects
Managing Settings
Conceptual Design
Design Analysis
Work sharing
Collaboration
Groups
Phases
Design Options
Construction Modeling
Advances Modeling
Family Creation

2. Materials

Introducing Materials
Understanding the Material Editor
Creating Materials
Learning the Arch & Design Material
Assigning a Material
Using Map Patterns
Setting Transparency
Calculating map sizes Creating a Tile Map
Discovering Material Libraries
Understanding Autodesk Materials Libraries
Using an Autodesk Library Material
Creating a New Library

3. Rendering

Introducing Rendering
Learning About Images
Understanding Image Resolution
Render Setting
Choosing Image File Types
Rendering Animations
Understanding Image Resolution for Animations
Setting Animation Resolution
Understanding Animation File Types
Rendering and Walkthroughs
Presentation Views

SketchUp Contents

1. Modelling

Introductions and Setup
Program Setup
Basic Geometry/Drawing Tools
3D Geometry Construction Tools
Modification Tools
Making Multiple Copies
Group and Components
Inserting
Printing, Materials, and Textures
Adding Text and Dimensions
Miscellaneous Basic Exercises
Sectioning
Styles

2. Materials

Introducing Materials
Understanding the Material Editor
Creating Materials
Learning the Arch & Design Material
Assigning a Material
Using Map Patterns
Setting Transparency
Calculating map sizes Creating a Tile Map
Discovering Material Libraries
Understanding Autodesk Materials Libraries
Using an Autodesk Library Material
Creating a New Library

3. Rendering

Introducing Rendering
Learning About Images
Understanding Image Resolution
Render Setting
Choosing Image File Types
Rendering Animations
Understanding Image Resolution for Animations
Setting Animation Resolution
Understanding Animation File Types
Rendering and Walkthroughs
Presentation Views
Finishing Up
Imagining and Presentation
A Taste of Animations

StaadPro Contents

STAAD.Pro Training Course Outline

Object-oriented intuitive 2D/3D graphical model generation.
Pull down menus, floating toolbars, and tool tip help.
Quick data input through property sheets and spreadsheets.
Isometric and perspective views 3D shapes. Sectional views.
Flexible Zoom, Pan and Multiple views.
Toggle display of Loads, Supports, Properties, Joints, Members, etc.
Built-in Command File editor.
Copy & Paste through clipboard.
Simple Command Language.
State-of-the-art Graphical Pre and Post Processor.
Rectangular/Cylindrical Coordinate Systems with mix and match capabilities.
Joint, Member/Element, Mesh Generation with flexible user-controlled numbering scheme.
FPS, Metric or SI units.
Presentation quality printer plots of Geometry and Results as part of run output.

Objectives :

Analysis and design any beam with any loading type and any kind of supports.
Analysis and design any 2D Frame with any loading type for any load sets.
Analysis and design any plan (3D) of a RCC building for static, earthquake & wind loads.
Analysis steel structures with truss elements.
Analysis steel structures with beam elements.
Analysis 3D Industrial Steel truss structures.
Analysis dome shape structures or any structure with plate elements

2D RCC Structures

Simple beam with UDL & a Point Load
Simple beam with Triangular loads
Simple beam with Trapezoidal loads
Simple beam with moments & linearly varying loads
Continues Beam with various loads and supports
Portal frame
Portal frame with 5 load combinations- Analysis
Multistory / Multi bay 2D Frame- Analysis & design
Multistory Frame with load combinations- Analysis & design

Wind load & Earthquake analysis of RCC Structures

Wind load analysis- Introduction to IS875
G+10 Structure – Wind load analysis

Steel Structures

Modeling of various truss structures using
Analysis of 2D truss.
Analysis & Design Check (Code check) of truss structure.
Optimization of steel truss.
Grouping of members in a steel truss.
Steel structures with bending elements.

ETABS Training Course Contents

ETABS is the ultimate integrated software package for the structural analysis and design of buildings. Incorporating 40 years of continuous research and development, this latest ETAB Suffers unmatched 3D object based modeling and visualization tools, blazingly fast linear and nonlinear analytical power, sophisticated and comprehensive design capabilities for a wide-range of materials, and insightful graphic displays, reports, and schematic drawings that allow users to quickly and easily decipher and understand analysis and design results. The course content helps you to design a ground + 5 storied building design independently with full concept oriented programs will guide you check the structural output will manual design checks.

1. Modeling

Introduction
Objective
File operation
Etabs window / floor information
Creating basic grid systems
Creating structural model
Defining storey data
Add structural objects using templates/manually
- Drawing of point, line and area objects
- Reference lines and planes
View, Selection Options
- View Management
- Object Selection
- Options and preferences
Assign model properties for beams/ columns/slabs etc.,

2. Load case

Objective
Define static load case assignment
- Point object assignments
- Line object assignments
- Area object assignments
Self weight multiplier
Modify an existing static load case
Delete existing static load case
Load combination

3. Analysis the model

Model analysis with various combination
- Analysis options
- Analysis log
Locking and unlocking the model

4. Results Graphical Output(analysis output)

Study of Bending, shear & torsion for Beam members
Study of axial load & biaxial moments for column members
Study of deformation of nodes and deflection of various structural members.
Check for overall stability of structure.

5. Editing

Cut, copy and paste
Replicate
Frame and area meshing.
Point and line extrusion

6. Text input and file export/import

Text input file.
Export options
Import options

7. Design

Assigning design parameters as per IS 456 & IS 800
Study of design summary results in items of percentage of reinforcement.
Study of detail results for individual members.

8. Preparation of design reports

Details result summary for
- Geometry
- Load cases combination
- Design summary for columns ,beams

G I S (Geographic Information System) (Civil) (MSc Geology)

ArcGIS 10.5: It contains some software Products/Modules, they are:

Arc Map ( 2D Map editing work and Analysis with thematic layer)
Arc Catalog ( To create and maintain database files)
Arc Scene (2D to 3D conversion and analysis)
Arc Globe ( To Check the geo referenced Data)

ARCGIS Contents

What is mapping?
What is GIS and GIS essentials?
Software used in GIS
What are the Components of GIS.
What are the Coordinate systems and their usages.
What is UTM and its uses.
Introduction to arc GIS
Main modules of Arc GIS.
Introduction to Arc Map and its Uses.
Introduction to Arc Catalog and its Uses.
All editing tools with navigation tool bar.
Working on Geo referenced and without Geo referenced raster data.
What is Geo coding?
What is Reverse Geo coding?
Conversion of data from one format to other formats
Geo referencing of Toposheet and checking with base map.
Geo referencing of Google Earth Map
Referencing of Vector data.
Edge matching of adjacent vector data files.

Contours Creation using points.
Contours Creation using Excel
Getting of DEM file through online.
Contours creation using DEM.
Creation of Drainage System
Getting of Image from Google Earth and Referencing of image.
Working on Google earth image and converting to kml or kmz (Google Earth file) format.
What is attributes data and fields?
Edit attribute data
Joining of Excel data into Attributes
Preservation of excel data permanently.
Querying features using logical expression
Thematic Layer preparation
Creation of maps, Charts, and graphs for final output
Displaying of Coordinates on the layout view.
Finding of shortest route analysis using Network Analysis toolbar.
LULC Mapping of specific location.
Supervised Classification
Unsupervised Classification

PRIMAVERA Contents

1. Introduction to Project Management

2. Introduction to Primavera

3. Introduction of CPM

4. Forward and Backward Passes concepts with CPM

5. Introduction of Primavera and its Environment

6. Creation of EPS Nodes, Sub Nodes with OBS

7. Project Creation

8. Calendars Preparation and Assigning

9. WBS and simple budgeting

10. Defining the Activities, Duration, Relations

11. Creations of new currencies and unit of measures

12. Scheduling

13. Filters and Global Changes

14. LAYOUTS

15. Defining the Activity, Project & Resource Codes etc.

16. Resources Creation(3M’s), Roles and Assigning the Resources to activity

17. Leveling the Resources

18. Resources and Cost Analysis

19. Indirect Cost (Other Expenses)

20. Reports Tabular & Graphical

21. Base Line Creation and assigning the base line

22. Reflection of a Project

23. Comparison of projects (Claim digger)

24. Earned Value Management with cost calculations

25. Creating the Planned S – Curve

26. Auto Updating and Manual Updating the Project

27. Generating the Variance Reports

28. Editing, View and Tool Options etc.

29. Project Options WP’s Doc’s

30. File Management

MS Project Contents

1. Introduction to Project Management

2. MS Project Concepts

3. Introduction of CPM

4. Project Planning and Scheduling

5. Project Plan

6. Project Duration Estimate

7. Preparation of Calendars

8. Relationship and Linking Tasks

9. Base line creation and assigning

10. Work Break Down Structure

11. Constraints and Recurring Tasks

12. Resources And Cost Analysis

13. Resource Defining And Assigning

14. What is Resource pool and how to use the Resource Pool

15. Resource Leveling manual and auto.

16. Groups and Filters

17. Project Controlling and Updating

18. Base line Creation And Assigning the Base line

19. Auto updating and Manual updating the Project with relations assignment

20. Generating the variance Reports

21. Creating the planned S-Curve

22. Tracking the Project Progress

23. Earned Value Management with cost calculations

24. Views and Format

25. Multiple Projects

26. Reports generation

27. Tabular and Graphical reports

28. Projects Export/Import

29. File management