2D CAD + 3D CAD Software + GD&T Training (Design with MFG Methods)

Overview

Master 2D CAD + 3D Product Design + GD&T with Industry-Oriented Training is a comprehensive mechanical design program that builds capability from engineering drawings → 3D product development → tolerance-driven manufacturing design.

This course is positioned to make students job-ready for core design and manufacturing roles, not just software operators.

Core Modules

2D CAD Drafting (Engineering Foundation)

Engineering drawing standards (ISO)
Orthographic projections, sections, detailing
Dimensioning methods & limits, fits
Drawing layouts, title blocks, BOM basics

Outcome: Ability to create production-ready 2D drawings

3D Product Design (Applied Design Skills)

Parametric part modeling (solid & surface)
Assembly modeling & constraints
Sheet metal, weldments, plastic part basics
Drawing extraction from 3D models
Design modifications & revision control

Outcome: Ability to design real mechanical components & assemblies

GD&T (Geometric Dimensioning & Tolerancing)

Fundamentals of Geometric Dimensioning and Tolerancing (GD&T)
Datums, feature control frames
Form, orientation, location, and runout tolerances
Tolerance stack-up concepts
Inspection methods & interpretation

Outcome: Ability to define functional tolerances for manufacturing & quality control

Industry-Oriented Design Approach

Design for Manufacturing (DFM)
Design for Assembly (DFA)
Material selection & cost considerations
Standard components & industrial practices
Drawing interpretation used in companies

Outcome: Students gain practical engineering decision-making skills

Projects & Practical Exposure

Component design (shaft, flange, housing, brackets)
Assembly projects (gearbox, fixtures, machine elements)
GD&T applied drawing projects
Industry-style documentation