CAD CAM CENTRE GOA

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We have Started the ETABS Courses in Goa with the Aim to provide Best Structural Design Learning for the Students in Civil Engineering allied streams.

ETABS Program Description Objective, ETABS menu commands, Time Saving Options, Templates and Defaults, Basic process, Forms.

ETABS “Screen”

The ETABS Window, Main title Bar, Menu Bar, Toolbars and Buttons, Model Explorer, Display Windows, Display Title Tab, Status Bar, Working Plane Drop-Down List, Mouse Pointer Position Coordinates, Drawing & Selection Drop- down List, Coordinate System Drop-Down List, Currents units, file operation, edit, view, define, draw, select, assign, analyze, Display, design, detailing, options.

Basic modes, Drawing tools, mouse pointers

Objective, select or draw.

Begin a model

Objective, create the basic grid system, grid dimensions( Plan)- Define a grid system, story dimensions- define story data.

ETABS Course Certification Goa for CIVIL Students

Create the structural model

Objective, and structural objects using templates, define properties, material properties, frame sections, auto selection list, add structural objects manually, draw beams, draw secondary ( infill ) beams, Draw the Floor, Draw walls, Draw wall stack.

Select structural objects

Objectives, selecting, graphical selection options, selecting by coordinates, selecting by features, deselect command, invert selection command, get previous selections commands.

Assign/Change Properties

Objective, assign the AUTOLATBM, Auto select selection list, make an assignment as the object is drawn, make an assignment using the model explorer.

Load the structural model

Objective, Structural loads, define the load patterns, auto lateral load, self-weight multiplier, modify an existing load pattern, delete an existing load pattern, define shell uniform load sets, assign structural loads.

Define load cases

Objective, Review/create load cases

Edit the model Geometry

Objective, editing options,

Analyze the model

Objective, set the mesh options, model analyses, model alive feature, locking and unlocking the model.

Design

Objective, design the structure.

Detailing

Objective, detailing process, references, rebar selection rules, start detailing, edit views, create and manage drawing sheets,

Display results

Objective, Obtain basic graphical displays, graphical displays using model explorer, tabular display of results, generate results, Objective, summary report, print graphics, export results.

Listed are the Detail REVIT Training Courses

Revit Architecture Training in GOA India

- Overview
- About Building Information Modeling
- The Revit architecture User Interface
- The Design Bar
- Guidelines for using the user Interface

CREATING AND MODIFYING LEVELS
- About Levels
- Defining Levels
- Guidelines for Creating and Modifying Levels
- Exercise: Create and Modify Levels

WORKING WITH GRIDS
- Process of Creating and Modifying Grid Lines
- Guidelines for Creating and Modifying Grids
- Exercise: Create Column Grids

CREATING BASIC FLOOR PLAN
- Creating Walls in a Floor Plan
- About Temporary Dimensions
- About Drawing Aids
- Guidelines for Placing Walls

ADDING AND MODIFYING WALLS
- About Wall Properties
- Modifying Walls / Joins
- Editing and Preventing Wall Joins
- Guidelines for adding and Modifying Wall

WORKING WITH COMPOUND AND VERTICALLY COMPOUND WALLS
- About Modifying Compound Walls
- Inserting and Modifying Layers
- About Vertically Compound Walls
- Guidelines for Creating vertically compound Wall

USING EDITING COMMANDS
- Edit Tools Toolbar
- Guidelines for Using Editing Tools
WORKING WITH DOORS
- Process of Adding and Modifying Door
- Creating a new Door Type
- Guidelines for Working with Doors
- Exercise: Add Doors

ADDING AND MODIFYING WINDOWS
- Overview
- Process of Adding and Modifying Windows
- Guidelines for Adding and Modifying Windows
- Exercise: Add Windows to Building Model

ADDING AND MODIFYING COMPONENT FAMILIES
- About Component Families
- Adding Components
- About Modifying Components Families
- Creating and Modifying Components Families
- Guidelines for Adding and Modifying Components Families

MANAGING VIEWS
- Creating and Editing Views
- View Templates
- Guidelines for Working with Views
- Exercise: Explore Views Modify View Properties

CONTROLLING OBJECT VISIBLITY
- Object Visibility Setting
- Modifying line styles
- About User-Defined Filters
- Guidelines for Controlling Object Visibility
- Exercise: Control Object Visibility

WORKING WITH SELECTION AND ELEVATION VIEWS
- About Selection Views / Elevation Views
- Guidelines for creating Selection and Elevation Views
- Exercise: Create and Modifying Selection and Elevation Views
CREATE AND MODIFYING 3D VIEWS
- About 3D Views About Cameras
- Create and Modifying Cameras Views
- Guidelines for creating and modifying 3D Views
- Exercise: Creating 3D Perspective and 3D Orthographic Views

WORKING WITH DIMENSIONS
- About Temporary Dimensions
- About Permanent Dimensions
- Guidelines for Working with Dimensions
- Exercise: Work with Dimensions

APPLYING AND REMOVING CONSTRAINTS

- About Constraints
- Applying and Removing Constraints
- Guidelines for Applying Constraints
- Exercise: Applying Constraints

CREATING AND MODIFYING FLOORS
- About Floors
- Modifying Floors
- Guidelines for Creating Modifying Floors
WORKING WITH CEILINGS
- About Ceilings
- Modifying Ceilings
- Guidelines for Adding Modifying Ceilings

ADDING AND MODIFYING ROOFS
- About Roofs / Modifying Roofs
- Process of sketching Roofs
- Guidelines for Adding Modifying Roofs

CREATING CURTAIN WALLS
- About Curtain Wall
- About curtain Grids and Mullions Creating Curtain Wall and Modifying Curtain Grids
- Guidelines for Creating Curtain Walls, Grids, and Mullions

CREATING CALLOUT VIEWS
- Creating Reference Callouts
- Guidelines for Creating Callouts

WORKING WITH TEXT AND TAG
- About Text about Tags
- Guidelines for Working with Text and Tags
- Exercise: Work With Text and Tags

WORKING WITH DETAIL VIEWS
- About Detail Views /Â Creating Detail Views
- Process Of saving and Reusing a Detail View
- Guidelines for saving and Reusing a Detail View

WORKING WITH DRAFTING VIEWS
- About Drafting Views
- Process Of Reusing a Drafting View
- Exercise: Create Drafting Views
- Exercise: Import a View and a CAD File

CREATING AND MODIFYING SCHEDULES

- About Schedules / Schedules Properties
- Exporting Schedule
- Modifying Schedule Files
- Guidelines for Cresting and Modifying Schedule
- Exercise: Create a Door Schedule and a Door Hardware key Schedule
- Exercise: Modify The Appearance Shed

What is STAAD PRO ?

Introduction
STAAD stands for Structural Analysis and Design. STAAD Pro software is used in analyzing and designing commercial and residential buildings, bridges, towers, industrial structures etc. It helps structural engineers reduce their work of manual calculations. It is the world’s most useful structural analysis and design software supporting Indian and international codes.

Staad Pro Latest Design Training Courses in GOA, India

Students at Training Session at
CAD CAM Centre Goa

STAAD Pro was originally developed by Research Engineers International in 1997,In 2005 was later sold to Bentley Systems. It supports several steel, concrete and timber design codes.It can also make use of various forms of dynamic analysis from modal extraction to time history and response spectrum analysis.In recent years it has become part of integrated structural analysis and design.Foundation is also provided for engineers working with STAAD Pro.

How to get Training Course of STADD PRO as an Student in Goa, India ?

At CAD CAM CENTRE, MARGAO, GOA one can Learn and Practice STAAD PRO effectively , once joining the Course. You can Register Free by Submitting the Online Form Here.

Design codes in STADD PRO

STAAD Indian design codes:-

*Concrete Design per IS 456

*Concrete Design per IS 13920

*Steel Design per IS 800 – 1984

*Steel Design per IS 800 – 2007

*Steel Design per IS 802 – 1995

*Design per Indian Cold Formed Steel Code 801 – 1975

STAAD American Steel Design codes:-

*Steel Design per AASHTO Specifications ASD and LRFDAmerican Aluminum Code based on ASD 1994 Sixth Edition (October, 1994).
Design Code Steel Design per ASCE 10 -97

*Steel Design per American Petroleum Institute Code - based on the API 2A-WSDstandard, 21st Edition.

*ANSI/AISC N690-1994 Code – needs the STAAD Nuclear Design Codes.
SELECT Code Pack.

*ANSI/AISC N690-1984 Code

*ASME NF 3000 - 1974 & 1977

* CodesASME NF 3000 - 1989

* CodeASME NF 3000 - 1998

* CodeASME NF 3000 - 2001

* 2004 Codes requires Nuclear Design Codes pack

STAAD British design codes:-

*BS 5950-1:2000 (steel)

*BS 5950– 5:1998 (cold formed steel)

*BS 8110-1:1997 (concrete)

*BS 5400- 3:1982 (steel, concrete and composite bridges with amendment # 4051and 6488)

*BS 8700- 1997 (concrete structures forretaining aqueous liquids)

3Ds Max from Autodesk is another popular one under the category of interior designing. Used by interior design students as well as professional interior designers, Autodesk 3Ds Max provides excellent tools for animating, rendering, simulating and visualizing interiors. Though the software is pretty easy to begin with and getting used to, it includes a ton of functionalities and also offers flexible plug in architecture to support many third party applications. 3Ds Max is used by architects, designers, civil engineers, and visualization specialists to validate and sell designs before they are built, and get rapid iteration of designs, accurate daylight analysis, and high-impact visuals and animations.

Interior Design With 3D Max - AutoCAD Training Required

With Autodesk 3Ds Max, you can almost do anything, from creating realistic interior designs to animations. This tool can give you the essential edge in your design. That is why it is advisable to learn and master this 3D application, it will insure to have the best presentation you could have.

3DMax is designed for production 3D work, mostly found in animation, film, and broadcast media, where visual fidelity is paramount. Interior designers always work for individual clients, and each project is different, so speed and ease of use are far more important than broadcast quality animation.

Interior design is a multi–faceted profession that follows a systematic and coordinated methodology, which includes research, analysis, and integration of knowledge into the creative process. Interior designing has come a long way. From the simple pen and paper used in creating designs, technology advancement has indeed created a major change in this profession. With Autodesk 3Ds Max, you can almost do anything, from creating realistic interior designs to animations and yes this software can give you the essential edge in your design. So if you wish to design\model contemporary and marvelous interiors\exteriors, suggest you need to familiarize yourself with tools provided by Autodesk.