Embedded / VLSI Training & Development Organisation - NANO CDAC

PTC

PRO-Engineer(CREO)

Sketcher:

Sketcher Mode, Sketcher Environment, Drawing a Sketch Using the Sketcher Tools, Dimensioning the Sketch, Sketched Entities Constraint, Modifying Dimensions, Fillets, Reference coordinate system, Splines, Moving and Resizing, Importing 2D Drawing.

Modeling:

General Interaction, Parametric Models, Basic Modeling, Using a Template, Cut Feature, Intent Manager, Manipulating Sketches, Rounds, Basic Modifications, Datum's, Holes. More Features, Sweeps and Blends, Resolve Features, Layers, Visualizations.

Assemblies:

Bottom-up Assembly, Top-up Assembly Components, Redefining the Components of an Assembly, Reordering the Components, Replacing Components, Modifying the Components, Creating the Exploded state, Bill of Material (BOM), Editing Assemblies.

Advanced Modeling:

Datum Points, Datum Curves, Relations, Sketcher, Variable Section Sweep, Stan- dard Holes, User defined Features, Advanced Patterns, Family Tables, Advanced Rounds, Helical Sweep, Creating a Map key.

Detailing:

Creating Drawing, Sections, Detailing, Tolerances, GD & T, Text, Formats, Assem- bly Drawings.

Surfaces:

Blended Surfaces, Two parallel Curves, Several parallel curves, Non-parallel Curves, Curves in 2 Directions, Swept Blend, Working with Surfaces, Merge, Trim, Solidify, Offset, Mirror, Thicken, Advanced Surfaces, Rounds, Blend Control Points, Tangency Conditions, Extend Surface, Extension Distance, Wrap Feature.

Sheet Metal:

The User Interface, Introduction, Terms, Toolbar, Object Selection and Viewing, Methodology, Unattached Walls, Extrude, Revolve and Flat Walls, Blend and Offset Walls, Additional Walls, Extend and Merge Walls Bend and Unbend, Cut, Round, Chamfer and Hole, Punch and Notch, Bend Back, Form Features, Flat Pattern and Flattern, Connect, Deform Area, Bend Allowance, Setup and Pa- rameters, Bend Order Tables, Projects.

Solid Works:

CATIA:

User Interface, Managing Files Visualizing Models, Specification Tree Managing Geometry

Part Design:

Introduction to part Design Basic Sketch Based Features Dress Up Features Patterns Additional Dress Up Features

Assembly Design:

Basic Assemblies, Assembly Overview, Assembly Workbench, Product Specification Tree, Component Reposition Methods, Creating Bottom-Up Assembly, Assembly Constraints

Wireframe and Surface:

Basic Wireframe Geometry, Basic Surfaces Geometrical Sets

Drafting:

Drafting Introduction, Geometry Creation Geometry Modification, Dress Ups View Creation, Secondary Views Editing Drawing, Dimensioning Annotations, Draft Tools Bordering Creation Ballons with Bill of Materials (BOM) Filtering Assembly Drawing Views Customizing Your Drawing Sheet Drafting Workshop Generative Sheet Metal Design Introduction, Parameters Walls, Bends, Features Stampings, Operations, Drawing, GD &T Project

Sheet Metal Modeling

Wall commands, Bends, Views, Stampings/Cuttings, hopper commands, transfor- mation commands

AutoCAD:

Using the AutoCAD Modules, 3D User Interface Viewing 3D Models, Views Modifying 3D Models, Surface Modeling Solid Modeling, solid editing Sectioning solids, meshing Revolving, extrusion, loft, sweep, shell, slice Helix, mass properties, press/pull Separate, planner surface, project work

Hypermesh Syllabus

Getting started with Hypermesh

Working with geometry

Introduction to Meshing

Introduction to 3D ? elements

Introduction to modification

Advanved features using, using Tool ? panel Commands in Tool ? Panel

Introduction to 1-D elements

Where they are used, when they are using Creation of 1D ? elements & commands Related to 1D elements

Introduction to Boundary conditions

Applying Boundary conditions creating systems Applying loads?.Constrains etc

Other important concepts Include

Ansys Syllabus

FEA and ANSYS

Starting ANSYS

General Analysis Procedure

Introduction to ANSYS Modeling

From Primitives

Introduction to Coordinate Systems

Introduction to Working Planes

Modify / Transformation commands

Model Creation by Extrusion

Sweeping key points along a trajectory to create lines Revolving key points about an axis to create arcs or full circles, normal to the axis Sweeping lines or splines along a trajectory to get areas

Revolving lines, splines or arcs about an axis to create cylindrical areas. Giving depth to an area to create a volume, normal to the area Creating a volume with tapered faces

Sweeping an area along a trajectory to create a volume Revolving an area about an axis to create a cylindrical volume Extending Lines Modifying an existing line by extending that line to a desired length Creating a new line on the basis of an existing line, where the existing line will not be modified.

Meshing

Introduction to elements

Introduction to Meshing

Numbering Controls