We are the Best Autocad Training Institute in Guwahati

• Basic of 2D dimensional drawing and editing
• Working using drawing tools
• Quick working with modifier tools
• Hatch editing in detail
• Array edit in detail
• Dimensioning technique
• Table and table edit in detail
• Layer property and layer management
• Creating blocks and attributes
• Properties of line – line color line weight, line type
• Parametric constraints
• Geometric constrains
• X- Reference
• Construction drawing
• Floor plan
• Modelling tools and press pull
• Solid editing with
• Boolean operation
• 3D – move, align, scale, mirror and rotate
• Meshing operation in detail
• Sectional plane, understanding coordinates
• Materials, creation of material
• Altering material properties
• Lighting and camera
• Sun and exposure properties
• Shadow and background sky
• Rendering in AutoCAD

Duration

80 hours

Overview

Revit Structure is Autodesk’s BIM software solution for structural engineers, that provides a feature rich tool set helping to drive efficient design processes in BIM (Building Information Modelling) environment or when working with other construction discipline using CAD Software, With Revit Structure you can create detailed 3D models for concrete RCC, steel and wooden structures. These models provide in-depth information regarding a structural foundation, beams, columns, pillars, etc.

Prerequisites

Candidates with good knowledge in AutoCAD and with an exposure to construction sites. This course is designed to get you up & running with Revit Structure by teaching you the things you need to know as a structural engineer.

Course Objective

Aer completion of this course, learners and professionals can apply for job roles such as structural draftsmen, structural detailers and structural modellers. This course involves creating a 3D structural model using hands-on exercises to represent real-world situations for structural design projects. Learning Revit Structure helps structural engineers develop a physical and analytical model of a building structure. This model is utilised to create construction documentation, shop drawings and fabrication drawings.

Key Contents

Introduction to Autodesk Revit Structure
Basic Concepts and Principles
Building Information Modelling &Revit Structure,
Getting Started with a Structural Project
Snaps Tool, Opening,
Saving and Closing a Project
Options Dialog Box
Seng up a Structural Project
Using Levels, Using Grids
Working with Reference Planes
Structural Columns, Walls, Foundations
Beams, Floors and Open Web Joists
Rotating, Mirroring and Arraying
Additional Editing Tools, Creating Groups
Documenting Models and Creating Families
Standard Views, Details, and Schedules
3D Views, Sheets, Analysis,
Reinforcements and Massing
Creating Building Elements from Massing
geometry

Duration

80 hours

Overview

Autodesk 3ds Max, is a professional 3D computer graphics program for making 3D animations, models, games and images . Tool provides comprehensive 3D modelling, rendering, animation and composing solutions for different industries. 3ds Max offers a rich and flexible toolset to create premium designs with full artistic control.

Prerequisites

Prior experience on CAD is not a prerequisite. The course is designed to get you up & running with AutoCAD quickly by teaching you the things you need to know. You need to have basic computer knowledge.

Course Objective

Certification program in 3ds Max will help students and professionals to learn and master 3ds MAX software tool. The candidates will also learn the basics of 3D modelling and texturing along with 3D rendering. The powerful course will increase the productivity and performance of the individual. The primary objective of this course is to teach students the essentials of working in 3D using an array of features and tools.

Key Contents

Introduction to Autodesk 3ds max
Getting started with unit set up and understand
3dsmax interface
Working using standard primitives
Working with extended primitives
Working with compound objects
Work with viewport
layout and 3ds configuration
Basic tools -Move, copy, scale
Snap align and mirror
Creating doors and windows
AEC extent, foliage, railing and wall
Particle system and forces
Modifier in 3ds max
Basic modelling techniques
Creating Material and modification
Understanding UVW Coordinate and Mapping
Basic understanding of animation Walk through
Editable poly, Spline modelling
Lighting and camera
Exposure control, sunlight
X- reference in 3ds max
Import and export option
Advanced rendering

Duration

80 hours

Overview

ETABS (Extended 3D analysis of Building Systems) a product of Computers and Structures Inc. is one of the widely used engineering software in construction. It has highly efficient structure analysis and design programs developed for catering to multi-story building systems. It is loaded with an integrated system consisting of modelling tools and templates, code-based load prescriptions, analysis methods, and solution techniques. It can handle the largest and most complex building models and associated configurations. ETABS software is embedded with CAD-like drawing tools with an object-based interface and grid representation.

Prerequisites

This course is most suited for civil engineers, architects and designers, engineering students and professionals. Basic knowledge on CAD and fundamentals of structural engineering a must for all looking for this program.

Course Objective

ETABS certification course empowers learners to generate highly efficient and cost effective design models. Basically it is a design tool to make complex calculations related to building models easier for the engineers so that they can make powerful structures quickly without making any unnecessary investments. ETABS software uses state-of-art technology, which is constantly evolving with me and this would enhance the skills and employability prospects of civil engineers and architects and empower them to grab in-demand opportunities in construction industry.

Key Contents

Introduction
Plane Frame Modelling
Space Frame Modelling
Load Pattern and Definition
Analysis and Analysis Reports
Concrete Frame Design and Detailing
Shear Wall design
Steel frame design
Steel connection design
Steel joist design
Flat slab design
Waffle slab design
Seismic analysis
Detailing
Steel Design and Detailing
Composite Beam Design
Introduction to Dynamic Analysis

Duration

60 hours

Overview

STAAD. Pro (STAAD stands for Structural Analysis And Designing) is a 3D structural analysis and design software widely used to analyze and design structures for bridges, towers, buildings, transportation, industrial, utility structures and building structures like culverts, petrochemical plants, tunnels, bridges, piles etc. It also allows engineers to design and analyze any type of structure through its flexible modelling environment, advanced features, and fluent data collaboration. STAAD Pro is a comprehensive structural engineering software from Bentley Systems that addresses all aspects of structural engineering including model development verification, analysis, design and review of results.

Prerequisites

This course is most suited for civil and structural engineering students and professionals. Learners need to have fair idea about materials being used in building construction.

Course Objective

This course will introduce one to STAAD Pro’s state of the art user interface, prevailing analysis and design engines with sophisticated finite element (FEM), visualization tools, and dynamic analysis capabilities. This course train learners with various software functionalities like model generation and editing; loading analysis; concrete designing and introduce learners on using seismology report generation and steel and foundation design features. On successful completion of the program learners can work as Structure Designers, Project Managers, Building Analysts, Quality Analysts, Bridge.

Key Contents

Introduction:
Staad pro
Staad pro editor
Co-ordinate systems
Global & local co-ordinate systems
Creating a new project using Staad pro
For multiple member Add beam
Creating models using structure wiz
Member offset
Material specification
Group specification
Uniform fence & moment
Creating load combination
Creating load Envelop
Concentrated load
Generating surface meshing
Steel Design as per IS.800
Auto member generation
Over head water tank Design
Slab Design: One way slab
Two way slab
Stair case design

Duration

80 hours