This AutoCAD Mechanical course at VORNEX TECH is a complete, industry-aligned training program designed to build strong fundamentals in engineering drafting, mechanical drawing standards, and 3D modeling.
The curriculum progresses systematically from basic drafting concepts to advanced productivity tools and 3D modeling, ensuring learners gain both theoretical understanding and hands-on practical skills required in real engineering environments
The training program is divided into three progressive levels, allowing learners to move confidently from basics to advanced applications.
Product design lifecycle and the role of CAD in engineering
Engineering drawing concepts and drafting principles
Orthographic, isometric, and projection methods
Coordinate systems and precise drawing techniques
Creation of basic and complex geometric entities
Editing and modification of drawings with accuracy
Object selection techniques for efficient drafting
Advanced array creation and pattern generation
Annotation tools including text, hatching, and symbols
Students learn to create clean, accurate, and industry-standard mechanical drawings rather than generic CAD sketches
A major emphasis is placed on professional dimensioning practices, ensuring drawings are ready for manufacturing and inspection.
Fundamental dimensioning concepts and terminology
Linear, angular, radial, and ordinate dimensions
Tolerances, limits, and alternate units
Leaders, multileaders, and inspection dimensions
Dimension styles, overrides, and editing techniques
This ensures students understand how drawings communicate manufacturing intent
Students are trained in engineering drawing standards, a critical requirement in mechanical industries.
Topics include:
Multi-view and sectional drawings
Auxiliary and detailed views
Title blocks and sheet formats
Dimensioning rules and best practices
Industry-standard drawing presentation
This module bridges the gap between software usage and real engineering documentation
Learners gain exposure to parametric drafting, enabling controlled and fully defined sketches.
Dimensional and geometrical constraints
Fully defined vs under-defined sketches
Constraint management and editing
Dynamic dimensions and sketch behavior
This builds a strong base for advanced CAD and 3D modeling tools
This level focuses on professional workflow optimization and large drawing handling.
Advanced layer management and control
Property matching and drawing organization
Layout creation and paper space management
Viewports and multi-view layouts
Tables, blocks, and reusable drawing elements
Attributes and attribute management
External references (XREFs) for large projects
Data exchange, publishing, and output formats
Students learn how real design offices manage complex drawings efficiently
The final level introduces 3D modeling concepts using AutoCAD, providing exposure to solid and surface modeling.
Introduction to 3D workspace and modeling methods
Wireframe, surface, and solid models
Creation of standard 3D solid features
Advanced solid editing and Boolean operations
UCS control and 3D navigation
Materials, visualization, and basic rendering
This level helps students transition smoothly into advanced CAD/CAE tools used in industry
Industry-oriented mechanical syllabus
Step-by-step structured learning
Focus on real engineering drawings
Practical and standards-based training
Affordable fees with premium-quality instruction
Our training ensures students understand engineering drawings clearly and apply AutoCAD confidently in professional environments