Computer Aided Design

SOLIDWORKS courses

Level 1

  • Solid Modelling (Basic & Intermediate).
  • Assembly.
  • Drawing.
  • Sheet metal.
  • Weldments.

Level 2

  • Advanced Solid Modelling.
  • Surface Modelling.
  • Assembly (Animation). 

Level 3

  • Mold Design.
  • Mold Flow.
  • Assembly (Mold Standards).
  • Drawing (Mold Standards).
  • Theory of Mold Design (Mold materials – shrinkage – types of mold – gates, runner, sprue – Formulae’s – etc.,)

 

PTC CREO 4.0 Course

Level 1

  • Solid Modelling (Basic & Intermediate).
  • Assembly.
  • Drawing.
  • Sheet metal.
  • Weldments.

Level 2

  • Advanced Solid Modelling.
  • Surface Modelling.
  • Assembly (Animation). 

Level 3

  • Mold Design.
  • Mold Flow.
  • Assembly (Mold Standards).
  • Drawing (Mold Standards).
  • Theory of Mold Design (Mold materials – shrinkage – types of mold – gates, runner, sprue – Formulae’s)

 

Catia V5 R21

Level 1

  • Solid Modelling (Basic & Intermediate).
  • Assembly.
  • Drawing.
  • Sheet metal.
  • Weldments.

Level 2

  • Advanced Solid Modelling.
  • Wireframe & Surface, Generative Shape Design.
  • Assembly (Animation).
  • ADDITION COURSE:
  • GD&T.
  • Soft skills Programs:
  • Interview Skills.
  • Leadership.
  • Team Work.

Siemens NX course

Level 1

  • Solid Modelling (Basic & Intermediate).
  • Assembly.
  • Drawing.
  • Sheet metal.
  • Weldments.

Level 2

  • Advanced Solid Modelling.
  • Surface Modelling.
  • Assembly (Animation). 

Level 3

  • Mold Design.
  • Mold Flow.
  • Assembly (Mold Standards).
  • Drawing (Mold Standards).
  • Theory of Mold Design (Mold materials – shrinkage – types of mold – gates, runner, sprue – Formulae’s)

 

Computer Aided Manufacturing

Master CAM

Chapter I
Introduction to MasterCam – Drawing and design Basics – Creating Geometry
– Modifying Geometry – Analyzing Geometry – Surface Creation – Solid Creation –
Model preparation – Solid Layout and Dimensioning.

Chapter II
Milling (Level – I, II & III)
Basics for toolpath creation – Working with 3Axis planar toolpath operations –
Surface toolpath operations – High-Speed machining Toolpaths – 4th Axis Rotary
toolpaths

Turning (Level – IV)
Working with Linear Toolpath Operations – Canned Cycles Toolpath Operations

Chapter III
Post processing – Documentation – Post process Editing

POWERMILL Course

  • Introduction & Understanding DelCAM GUI

Work plane set up, wire frame modeler, data exchange, set block for machining

  • Customizing Power MILL Stock Models, define Work planes
  • Machining simulation
  • Data exchange
  • Wire frame modeler
  • Create process sheet Setup for machining
  • Define boundaries for machining, define block, measurement

3D area Clearance Strategies

  • Offset area clearance model
  • Profile area clearance model
  • Raster area clearance model
  • Rest machining

Finishing

  • 3D-offset finishing
  • Constant Z- finishing
  • Optimized constant z-finishing
  • Offset flat finishing, raster flat finishing
  • Pattern finishing, spiral finishing
  • Raster finishing, radial finishing
  • Corner along finishing, corner multi pencil finishing, corner automatic and stitch finishing, corner pencil finishing
  • Surface finishing
  • Practice finishing

2D-area clearance machining and post processor selection for G&M code

  • Face milling
  • 2D-curve area clearance
  • 2D-curve profile
  • Drilling
  • Post processor selection to convert DelCAM file in to G&M code

 

Computer Aided engineering

ANSYS Syllabus

1: INTRODUCTION TO FEA AND ANSYS
2: BASIC SOLID MODELING
3: ADVANCED SOLID MODELING
4: FINITE ELEMENT MODELING (FEM) – I
5: FINITE ELEMENT MODELING (FEM) – II
6: SOLUTION AND POSTPROCESSOR
7: STATIC STRUCTURAL ANALYSIS
8: ADVANCED STRUCTURAL ANALYSIS (DYNAMIC AND NONLINEAR)
9: ADVANCED STRUCTURAL ANALYSIS
10: THERMAL ANALYSIS
11: GENERATING THE REPORT OF ANALYSIS

Additional Courses

GD&T Training

Introduction:

  • Course objective, outline, course material distribution and questions
  • Why Geometric dimensioning Tolerancing?
  • How the geometric system works.
  • Terms and definitions,
  • Common symbols & Terminology Fundamental Rules (Drawing)
  • Feature definition
  • With Size and Without Size,
  • Material Condition (Maximum, Least, Regard of Material Condition)
  • Limit Tolerancing, Dimension Origin
  • Limits of Size,
  • Rule 1 or Envelope Principle, Go- No Go Gauges
  • In-class group exercises and questions
  • Datum Reference Frame – Theory & Interpretation, Datum Elements, View Oriented Datum’s
  • Review and Questions, Suggested reading assignment

 Break for Day

  • Instructor available for questions and open discussion
  • Day 1 review and questions

 Form Tolerances

  • Flatness, Verification, Surface Roughness Straightness, Line Elements Applied to a Flat Surface Circularity, Average Diameter
  • Cylindricity,

Break

  • Orientation Tolerances Perpendicularly, Surface, One Datum Feature Parallelism, Surface, One Datum Feature
  • Angularity, Surface, One, Datum Feature
  • Group Exercises and review
  • Lunch
  • Profile Tolerances Bilateral
  • Bilateral – Unequal Unilateral
  • Position Tolerances Overview Cylindrical Tolerance Zone Rectangular Tolerance Zone Composite – One Datum Feature

Break

  • Run out Tolerance Circular Run out
  • Total Run out
  •  Review & Group Exercises
  •  Completion Certificates Distribution

Break Class

  • Instructor available for questions and open discussion

Annamalai Business Solutions founded with a Vision to be the Pioneer Organization in CAD/CAM/CAE Education to meet Industry needs and Specifications. We are offering high-quality training to Engineers requiring CAD expertise.

Contact us

1/43, Samraj Building, Near KSB Pumps, N.S.N Palayam, Coimbatore - 31

Call Us: +91 94442 91203

Email: annamalaibusinesssolutions@gmail.com