CATIA V5 Professional — Industry-Ready Mechanical Design & Product Develpment Program

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About Course

📖 Course Descrip­tion

CATIA V5 Pro­fes­sion­al – Indus­try-Ready Mechan­i­cal Design & Prod­uct Devel­op­ment Pro­gram is a com­pre­hen­sive pro­fes­sion­al train­ing pro­gram designed for mechan­i­cal engi­neer­ing stu­dents, grad­u­ates, CAD design­ers, design engi­neers and pro­fes­sion­als who want to devel­op advanced skills in mechan­i­cal prod­uct design, 3D CAD mod­el­ling, engi­neer­ing doc­u­men­ta­tion and indus­tri­al design work­flows.
The pro­gram cov­ers the com­plete CATIA V5 design jour­ney, begin­ning with Engi­neer­ing Draw­ing, Sketch­er, Part Design, Assem­bly and Draft­ing, and pro­gress­ing into spe­cial­ized pro­fes­sion­al areas such as GD&T, Sheet Met­al Design, Wire­frame & Sur­face Design, Gen­er­a­tive Shape Design, Indus­tri­al Part Design, Reverse Engi­neer­ing, Remas­ter­ing, FTA, Com­pos­ite Mate­ri­als and DMU Kine­mat­ics.
Learn­ers will work on prac­ti­cal design exer­cis­es and indus­try-ori­ent­ed projects cov­er­ing 3D mod­el­ling, assem­blies, engi­neer­ing draw­ings, tol­er­anc­ing, com­plex sur­faces, sheet-met­al com­po­nents, mech­a­nisms and design doc­u­men­ta­tion. DMU Kine­mat­ics, for exam­ple, is specif­i­cal­ly used for mech­a­nism cre­ation and motion sim­u­la­tion in CATIA V5. 
 
The pro­gram con­cludes with On-Job-Style Train­ing with Design Doc­u­men­ta­tion, help­ing learn­ers under­stand how pro­fes­sion­al CAD work can be orga­nized from design require­ments through mod­el­ling, assem­bly, doc­u­men­ta­tion, review and final design deliv­ery.
 
by — Bha­lachan­dra Pawar, Design engi­neer 
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What Will You Learn?

  • By completing this program, learners will develop professional CATIA V5 and mechanical design skills in:
  • Engineering & Mechanical Design
  • Engineering drawing fundamentals and drawing interpretation
  • Design standards, dimensions, tolerances and fits
  • Design intent and feature planning
  • Professional mechanical design workflows
  • CATIA V5 Core
  • CATIA V5 interface and workbench environment
  • Sketcher and advanced sketch constraints
  • Part Design and complex 3D modelling
  • Assembly Design and assembly constraints
  • Drafting and engineering documentation
  • Advanced Engineering Design
  • GD&T and tolerance application
  • Sheet Metal Design
  • Wireframe Design
  • Surface Design
  • Generative Shape Design (GSD)
  • Industrial Part Design
  • Reverse Engineering
  • Remastering and CAD data reconstruction workflows
  • FTA – Functional Tolerancing & Annotation
  • Composite Materials fundamentals
  • DMU Kinematics and mechanism simulation
  • Professional Design Workflow
  • Design modification and engineering change workflows
  • Assembly review
  • Design documentation
  • Manufacturing drawing preparation
  • Annotation and tolerancing
  • BOM/documentation fundamentals
  • Design review and correction
  • Practical project development
  • Portfolio-oriented CAD projects
  • On-Job-Style Training
  • GSD and advanced surfacing are particularly relevant to complex geometry, while sheet-metal training commonly includes walls, bends, flanges, stamping features and flat-pattern outputs.
  • By -- Bhalachandra Pawar, Design Engineer by profession

Course Content

SECTION 1 — Basic Engineering Drawing & Mechanical Design Fundamentals

  • Introduction to Engineering Drawing
  • Importance of engineering drawings in mechanical design
  • Drawing instruments and CAD-based drafting concepts
  • Drawing standards and conventions
  • Types of lines and their applications
  • Lettering, numbering and drawing presentation
  • Geometrical constructions
  • Scales and proportional drawing
  • Orthographic projection
  • First-angle and third-angle projection
  • Isometric and pictorial views
  • Sectional views
  • Full, half, offset and broken sections
  • Dimensioning techniques
  • Linear, angular and radial dimensions
  • Limits, fits and tolerances
  • Surface-finish symbols
  • Welding and machining symbols
  • Reading and interpreting mechanical drawings
  • Introduction to design intent
  • Practical
  • Mechanical component drawing interpretation
  • Orthographic-to-isometric exercise
  • Sectional-view exercise
  • Complete mechanical drawing practice
  • Project
  • Mechanical Component Drawing & Interpretation Project

SECTION 2 — CATIA V5 Sketcher

SECTION 3 — CATIA V5 Part Design
Part Design is the primary CATIA environment for creating 3D solid parts from sketches and features.

SECTION 4 — CATIA V5 Assembly Design
Assembly Design is used to position components and establish mechanical relationships between them.

SECTION 5 — CATIA V5 Drafting
CATIA Drafting is used to generate 2D engineering drawings from parts and assemblies.

SECTION 6 — GD&T: Geometric Dimensioning & Tolerancing

SECTION 7 — CATIA V5 Sheet Metal Design

SECTION 8 — Wireframe & Surface Design
Wireframe and Surface Design is used for creating curves and surface geometry, particularly where solid modelling alone is not sufficient.

SECTION 9 — Generative Shape Design (GSD)
GSD is particularly suited to complex surface geometry; CATIA documentation also includes advanced GSD functions such as geometrical-set management, Power Copies, sectioning, patterning and surface/volume workflows. CATIA Documentation

SECTION 10 — Industrial Part Design

SECTION 11 — Reverse Engineering

SECTION 12 — Remastering & CAD Data Reconstruction
For your course, I recommend teaching Remastering as a professional workflow for rebuilding, cleaning, restructuring and improving existing CAD data.

SECTION 13 — FTA: Functional Tolerancing & Annotations
CATIA's FTA environment supports 3D tolerances and annotations directly on parts/products, including datums, datum targets, reference frames, dimensions and geometric tolerances. CATIA Documentation +1

SECTION 14 — Composite Materials

SECTION 15 — DMU Kinematics
DMU Kinematics is used for creating and simulating mechanical movement through kinematic relationships between assembly components.

SECTION 16 — On-Job-Style Training with Design Documentation
This should be the capstone section where students combine the individual CATIA workbenches into a professional workflow.

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