H.R. CAD CENTRE
Designed by : varun kumar

Chat Now:

Syllabus

AutoCAD 2D(civil) Syllabus COURSE Duration(80hrs)
Introduction to CAD Industry "
Annotations & Dimensions "
Layers "
Drawing Settings "
Orthographic Drawings "
Isometric Drawings "
Perspective Drawings "
Editing the Drawings "
Selection Methods "
Presenting the Project "
Working with a Team "
Layout Management "
Scale setting "
Plotting "
Import & Export "
AutoCAD 2D (Mechanical) Syllabus COURSE Duration(80hrs)
Basics of CAD "
Creating Orthographic drawings "
Creating Isometric & Perspective drawings "
Modifying Autocad drawings "
Creating & editing Hatching utilities /text "
Enquire information-List, Id, Distance, Area "
Dimensioning "
Creating & editing blocks "
Design centre "
Xref "
Script files "
Plotting "
Autocad 3D (civil)Syllabus COURSE Duration(40hrs)
3D Modeling Concepts in Autocad "
3D Co-ordinates Systems "
Viewpoint & UCS "
Wireframe Modeling & Editing "
Solid, Mesh, Surface ( Modeling & Editing ) "
Materials, Lights & Rendering "
Working with Images "
Import & Export "
Autocad 3D (Mechanical) Syllabus COURSE Duration(40hrs)
3D Modeling Concepts in Autocad "
Viewpoint & UCS "
Wireframe Modeling & Editing "
Solid, Mesh, Surface ( Modeling & Editing ) "
Materials, Lights & Rendering "
Working with Images "
Import & Export "
3D Studio MAX Syllabus COURSE Duration(120hrs)
Introduction to 3dsMax "
Modeling using basic primitives "
Spline Modeling "
Transforming Objects "
Customizing Working units "
Arranging Objects using utility tools "
Modeling using parametric modifiers "
Editing Poly Models "
Landscaping & modeling using compound objects "
Cameras "
Lights "
Textures "
Particle systems "
Importing other formats "
Basics of Animation "
Walk through "
Advanced Rendering "
Projects "
STAAD Pro. Syllabus COURSE Duration(80hrs)
Introduction to Structural Engineering "
Introduction to STAAD.Pro v8i "
Model generations "
Assigning Loads "
Automatic Load generations(Slab,Wind & Moving) "
Column & beam design "
RC Designer "
Seismic Analysis & Design "
Dynamic Analysis "
Introduction to FEM/FEA "
Water Tank Design "
Slab Design "
Staircase Design "
Shear wall Design "
Bridge Deck design using STAAD.Beava "
Steel Design "
Transmission Line Tower Design "
Pushover Analysis "
Foundation Designs (Isolate Footing, Combined Footing, Mat Foundation, Pile Cap Design "
Report generation "
REVIT ARCHITECTURE Syllabus COURSE Duration(120hrs)
Introduction to BIM & Revit Architecture "
Place & Modify Walls& Complex Walls "
Add & Modify wall Profiles "
Place Doors, Windows & Components "
Dimensions & Constraints "
Create Floors & Ceilings "
Curtain Walls & Stairs "
Conceptual Models "
Annotation & Schedules "
Structural Elements "
Sheets & Title Blocks "
Views, Camera , Walk through, Render & Solar Study "
In-Place Families "
Family Creation "
Site Design "
Link Projects & Collaboration "
Design Phase "
Realistic Presentations "
Import & Export "
Interior Design Syllabus COURSE Duration(120hrs)
Introduction to Interior Design: Elements & Principles "
Standard Dimensions "
Introduction to building Material "
Types of Partitions/Panelling "
Timber/Wooden joints/ Doors "
Windows/staircases "
Space Planning "
Acoustics "
Ceiling "
Lighting "
Flooring "
Interior Furnishings "
Arches "
Brick bonds "
Types of glasses "
Painting & Polishing "
AC/Plumbing/Natural Ventilation "
Estimation & Specification "
CATIA Syllabus COURSE Duration(120hrs)
CATIA user interface "
Creating & editing sketches "
Creating sketch based features, transformation features, dress up features, advanced replication tools "
Editing parts in assembly "
Creating surface features "
Generative sheet metal design "
Drawing view generation "
Finalizing the drawing & Printing "
Dress up on 2D Views "
Real time rendering "
GD & T "
Plotting "
SOLID WORKS Syllabus COURSE Duration(80hrs)
Sketcher basics "
3d sketching "
Part modeling "
Creating reference geometries "
Editing features "
Advanced modeling tools "
Configuration "
Design table/Library features "
Import/Export of files "
Surface Overview "
Bottom-up assembly "
Top-Down assembly "
Exploding assemblies "
Simulation/Detailing "
BOM, Balloon tools "
Sheet metal "
PDM Works "
Weldment "
GD & Tt "
ANSYS Syllabus COURSE Duration(80hrs)
Introduction to Engineering Design "
Different types of Numerical Methods & Applications "
Practical Applications of FEA "
Basics of finite element method (FEM) "
Analytical Method to solve any Mechanics Problems "
Theoretical FEM Procedure to solve above Mechanics Problem "
Theories of Failure "
Basic linear & Torsional Equation "
Getting Started with ANSYS "
CAD Modeling using ANSYS "
Introduction to Meshing "
Types of elements & FEA Design intent "
Meshing Techniques "
Assigning materials properties "
Working with different boundary conditions "
Performing Different Analysis & viewing Results "
1D element example problems "
2D Plans Stress/Strain example problem "
3D Analysis "
Coupled Field Analysis "
PRO/ENGINEER Syllabus COURSE Duration(80hrs)
Pro/ENGINEER Concepts "
Using the Pro/ENGINEER interface "
Creating sketcher geometry "
Creating Extrude, Revolve& Ribs "
Selecting & Editing "
Creating datum features "
Utilizing internal sketches & embedded datums "
Creating sweeps & blends "
Creating holes & shells "
Creating rounds, chamfers & drafts "
Variable section sweeps, Helical sweeps & swept blends "
Creating patterns "
Group, copy, mirror tools "
Measuring & inspecting models "
Advanced reference management "
Relations & parameters "
Layers, family tables & UDF "
Assembling with constraints "
Exploding assemblies "
Creating surface features "
Editing surface features in pro/E "
Creating drawing views "
Creating drawing details "
Using advanced assembly constraints "
Creating &using component interfaces & flexible components "
Using assembly features & shrink wrap "
Replacing components in an assembly "
Understanding simplified reps "
Creating cross-section, display styles,& combined views "
Substituting components by rep, envelope, & model "
Creating & using assembly structures & skeletons "
Introduction to sheet metal design "
Primary, secondary & unattached walls "
Unbend, bend back & cuts "
Notches & punches "
Sheet metal forms "
Bending & unbending sheet metal geometry "
Converting solid parts "
Real time rendering "
GD & T "
PRIMAVERA Syllabus COURSE Duration(40hrs)
Calendars - defining hourly & daily calendar, weekly , monthly "
Activities - definition, sequencing & estimating duration "
Effectively using the four types of PDM Relationship "
Scheduling the project "
Monitoring & project controlling "
Defining constraints & overcoming conflicts "
Defining & assigning activity codes "
Defining &assigning WBS Codes How to organize the activities by using activity codes & WBS Codes "
Reorganizing activities "
Defining project codes "
Preparing resource information "
How to apply resource to each activity "
Estimating the cost of the project "
How to analyse the resource by using resource profile & resource table. "
How to do resource leveling & resource smoothing using crashing, stretching & splitting "
Scheduling multiple projects & preparing a master project "
Updating the project progress & comparing the actual progress with the baseline "
Earned value management "
Preparing different types of reports "
How to prepare 's' curve "
Highlighing the progress in the bar chart "
Project "
ARCHICAD Syllabus COURSE Duration(40hrs)
Introduction to BIM & Archicad "
Multi-story Settings "
Create a plan using Wall Element "
Placing building elements from library "
Arranging the elements by using modify tools "
Creating wall holes "
Creating new library elements "
Floor & Roof Designs "
Annotation & Dimensions "
Documentation & Scheduling "
Present the project with images & walkthroughs "
Construction simulation "
Layout setting & plotting "