Engineering Drawing


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. It is developed and produced by Autodesk Media and Entertainment

  • Introducing 3Ds Max
  • Importance of 3Ds Max for Civil/ArchitectureStudents
  • Creating all type of Standard, Extended, Primitive objects
  • Creating Doors, Windows and Stairs according to parameters
  • Creating all types of shapes like Circle, Line and Ellipse etc
  • Convert all solid objects into Editable mesh
  • Convert all shapes in EditableSpline
  • Creating CompoundObjects
  • Creating Doors, Windows frame, Pannel, Glasses using Boolean
  • Creating Doors, Windows frame, Pannel, Glasses using Editor Spline
  • Importing AutoCAD 3D Building Model File in 3Ds Max
  • Applying Camera, Lights and Materials in 3D Model view
  • Rendering Model View using Default Scan line Renderer
  • Rendering Building View using Mental RayRenderer
  • Different types of Lens and Effects in Lights
  • Creating Road Night views using Spot light and Lens effects
  • With path and without path Animation of an object in Particular frames
  • Road Animation creating with Dummy and Camera
  • Creating a big Fountain of Circular shape by Particle System and Space Warp
  • Creating Bounce Effect of Water
  • Creating Smoke Effect in Pooja Room by Particle system and Space Warp
  • Creating a Farm House with Water Animation, Rotation of Fan Wheel
  • Creating a scene with Fire Effects
  • Creating Inner wall, Inner door with Frames in AutoCAD to Exterior Building Model
  • Importing Exterior and Interior building model in 3Ds Max
  • Setting the furniture in rooms according to its requirement
  • Walk Through of Building in Exterior andInterior
  • Creating AVI Movie
  • Creating Blanket with Bed and Table Cloth Using some special modifiers
  • Creating Curtains using specialmodifiers
  • 3 Month

Auto CAD is a computer-aided design software developed by the company Autodesk (hence the name AutoCAD). It allows you to draw and edit digital 2D and 3D designs more quickly and easily than you could by hand. The files can also be easily saved and stored in the cloud, so they be accessed anywhere at anytime

  • INTRODUCTION OF AUTOCAD
  • Control the Drawing CHANGE VIEWS
  • Cartesian coordinate system
  • Draw commands
  • Modify commands
  • Annotate Dimension Style Manager
  • Text command Layers blocks
  • Parametric
  • Isometric views
  • Isometric drawings
  • 2D Fundamentals
  • Mechanical diagrams
  • 2d drawings
  • 2d diagram
  • Create and Save AutoCAD
  • Use the AutoCAD visual reference commands
  • Interactive Input method
  • Civil Building planning and drawingbrief history of building drawing
  • Residential Buildings
  • Institutional buildings
  • Different types of residential buildings
  • Duplex type house
  • Principles of planning of building
  • Elevations
  • Door drawings windows
  • Partitions foundation sub substructure
  • Electrical drawings
  • Electrical plans
  • Introduction to 3d interface
  • 45 Days

Revit is a design and documentation platform that supports the design, drawings, and schedules required for building information modeling (BIM). BIM delivers information about project design, scope, quantities, and phases when you need it.

  • BIM and Autodesk Revit
  • Overview of the Interface
  • Starting Projects
  • Viewing Commands Basic Drawing and Modifying Tools
  • Using General Drawing Tools
  • Editing Elements
  • Working with Basic Modifying Tools
  • Working with Additional Modifying Tools
  • Setting upLevels
  • Creating Structural Grids
  • Adding Columns, Footing & Beams
  • Linking and Importing CAD Files
  • Template creation
  • Setting up & updating Templates
  • Modeling Walls
  • Modifying Walls (Texture, Revels & Sweep)
  • Inserting Doors and Windows
  • Loading Door and Window Types from the Library
  • Creating Additional Door and Window Sizes
  • Creating Curtain alls
  • Adding Curtain Grids
  • Working with Curtain Wall Panels
  • Attaching Mullions to Curtain Grids
  • Modeling Floors
  • Creating Shaft Openings
  • Creating Sloped Floors
  • Modeling Roofs
  • Creating Roofs by Footprint
  • Establishing Work Planes
  • Creating Roofs by Extrusion
  • Creating Component Stairs
  • Modifying Component Stairs
  • Working with Railings
  • Sketching Custom Stairs
  • Creating Ramps
  • Adding Tags and Schedules
  • Adding Tags, using callouts
  • Adding Rooms and Tags
  • Creating Drafting views
  • Creating Schedules & Exporting to excel
  • Creating Sheets and adding floor plans and scaling respectively
  • Exporting to cad or .pdf formats
  • Creating rendering Images and exporting to JPEG
  • Creating Walkthroughs and exporting to AVI format
  • 8 Month

Solid Works is a solid modeling computer-aided design and computer-aided engineering computer program that runs primarily on Microsoft Windows. Solid works is used to develop mechatronics systems from beginning to end. At the initial stage, the software is used for planning, visual ideation, modeling, feasibility assessment, prototyping, and project management. The software is then used for design and building of mechanical, electrical, and software elements.

  • Graphic User Interface
  • System requirements
  • Parametric design
  • Basic part modeling
  • Feature based modeling
  • File Management
  • Managing SolidWorks environment
  • 2D Sketching
  • Sketching entities and relations
  • 3D Sketching
  • Editing & its features
  • Dimensions
  • Sketch tool
  • Mirror, Convertentity
  • Move & Copy
  • PartModeling
  • Extrude and Cut extrude
  • Revolve and Sweep
  • View toolbar
  • Creating Reference geometries
  • Fillet and Chamfer
  • Hole wizard
  • Calculating weight/mass & other geometri cproperties
  • Export / Import of CAD files
  • Adding ribs and draft
  • Circular and rectangular pattern
  • Shell and Boss feature
  • Configuration and Design Tables
  • Material Library & Assigning Material
  • Library Features & Smart Fasteners
  • Booleanoperations
  • Getting started with Assembly
  • Inserting components inassembly
  • Top-Down Assembly
  • Feature Manager Design tree & Symbols
  • Hiding components & controll in transparency
  • Sub Assemblies
  • Using mates inassembly
  • Use of SmartFasteners
  • Bottom -Up Assembly
  • Interference detection and misalignment of holes
  • Exploding assemblies and adding explodelines
  • Drafting over view
  • Drawing sheets and views
  • Adding drawing views
  • View settings and drawing properties
  • Smart Dimensioning
  • Annotations and Symbols
  • Sheet Formats and Templates
  • Sheet Formats and Templates
  • Ballooning for nomen clature
  • Adding Bill of Material and tables
  • Introduction to surfacing tools
  • Sweep, Loft, Revolve, Offset etc.
  • Filleting and trimming
  • Utilization of Sheet Metal & formingtools
  • Weldment
  • Core & Cavity
  • Piperouting
  • 60 Days