Jig & Fixture Design for Production Efficiency

Program Description

This competency-based program develops participants’ ability to design jigs and fixtures that improve production accuracy, repeatability, safety, and efficiency. The training progresses from fundamental principles of workholding and locating to component selection, mechanical calculations, CAD-based design, manufacturability, and practical design validation. Participants apply the concepts through a production-oriented jig or fixture design project based on actual manufacturing requirements.

Method

Instructor-led technical explanation and design demonstrations
Hands-on exercises using CAD software and engineering calculations
Project-based learning through jig and fixture development, review, and validation

Requirements

Basic knowledge of mechanical engineering and manufacturing processes
Ability to read basic engineering drawings and understand dimensions
Basic computer literacy and familiarity with CAD software is recommended

Target Participants

Mechanical design engineers and engineering technicians
Manufacturing and production engineers
Tooling, machining, and production support personnel
Vocational students or graduates preparing for manufacturing careers

Learning Output

Participants will be able to analyze production requirements, determine appropriate locating and clamping methods, select suitable jig and fixture components, perform basic design calculations, develop 2D and 3D CAD designs, and validate jig and fixture designs to improve accuracy, repeatability, safety, setup time, and production efficiency.

Program Advantages

The program combines mechanical design principles with practical manufacturing applications, enabling participants to develop jig and fixture solutions that reduce setup time, improve workpiece positioning and repeatability, support consistent product quality, and increase overall production efficiency.

Subject Materials

1. Jig & Fixture Fundamentals
1. 1 Functions, classifications, and applications of jigs and fixtures
1. 2 Principles of locating, supporting, and clamping workpieces
1. 3 Design considerations for accuracy, repeatability, safety, and ergonomics
2. Workholding & Component Selection
2. 1 Locating principles and degrees of freedom
2. 2 Selection of clamps, locators, supports, pins, and standard components
2. 3 Workholding methods for machining, welding, drilling, and assembly processes
3. Jig & Fixture Design Calculations
3. 1 Clamping force, cutting force, and basic load calculations
3. 2 Tolerance, positioning accuracy, and repeatability considerations
3. 3 Selection of materials and component specifications
4. CAD Design & Design for Manufacturing
4. 1 2D drawings and 3D modeling of jig and fixture components
4. 2 Assembly design, interference checking, and mechanism verification
4. 3 Design for manufacturing, assembly, maintenance, and cost efficiency
5. Applied Jig & Fixture Design Project
5. 1 Analysis of a production process and identification of improvement opportunities
5. 2 Development and validation of a production-ready jig or fixture design
5. 3 Final design review, technical documentation, and improvement proposal