Sheet Metal Design using CAD Training

This is not just CAD modeling—it’s manufacturing-ready sheet metal design.
Pertecnica Engineering’s Sheet Metal Design using CAD Training is built for professionals who need to design components that can be directly fabricated with accuracy, minimal rework, and optimal material utilization.

Program Overview

Sheet metal design requires a strong understanding of both geometry and fabrication processes.

This program trains participants to:

  • Design sheet metal components using CAD tools
  • Apply bending, forming, and flattening techniques
  • Generate flat patterns for fabrication
  • Optimize material usage and reduce waste
  • Prepare production-ready drawings and documentation

Participants gain the ability to deliver fabrication-ready designs aligned with real manufacturing processes.

What Makes This Training Different

Most CAD courses focus on modeling.
This program focuses on design for manufacturing (DFM).

Key differentiators:

  • Focus on real fabrication processes and constraints
  • Emphasis on bend allowances, tolerances, and manufacturability
  • Integration of design + production workflow
  • Exposure to industry practices in sheet metal fabrication
  • Project-based learning aligned with shop-floor requirements

Core Learning Outcomes

By the end of the program, participants will be able to:

  • Create sheet metal parts using CAD tools
  • Apply bending rules and calculate allowances
  • Generate flat patterns for manufacturing
  • Design components for fabrication efficiency
  • Prepare detailed drawings and documentation
  • Reduce errors and material waste in production

Program Curriculum

Module 1: Fundamentals of Sheet Metal Design

  • Sheet metal materials and properties
  • Manufacturing processes (cutting, bending, forming)
  • Design considerations and constraints

Module 2: CAD Tools for Sheet Metal

  • Sheet metal modeling environment
  • Base flange, edge flange, and bends
  • Forming tools and features

Module 3: Bend Allowance & Calculations

  • Bend allowance and bend deduction
  • K-factor and neutral axis
  • Design for accurate fabrication

Module 4: Flat Pattern Development

  • Unfolding and flattening techniques
  • Preparing flat patterns
  • Export for CNC cutting

Module 5: Assembly & Fitment

  • Sheet metal assemblies
  • Fasteners and joining methods
  • Fit and tolerance considerations

Module 6: Documentation & Standards

  • Drawing preparation and dimensioning
  • Tolerances and annotations
  • Industry standards and best practices

Module 7: Project-Based Application

  • Real sheet metal component design
  • Fabrication-ready output
  • Design review and optimization

Training Methodology

  • Instructor-led sessions by manufacturing experts
  • Hands-on CAD modeling and design exercises
  • Real-world fabrication case studies
  • Practical assignments and project reviews

Who This Program is For

  • Mechanical and Design Engineers
  • Product Design Engineers
  • Manufacturing and Production Engineers
  • CAD Professionals
  • Sheet Metal Fabrication Technicians
  • Fresh Engineering Graduates

Prerequisites

  • Basic understanding of mechanical design concepts
  • Prior CAD knowledge is beneficial but not mandatory

Post-Training Impact

For Professionals

  • Ability to design fabrication-ready sheet metal components
  • Strong understanding of manufacturing constraints
  • Improved design accuracy and efficiency
  • Enhanced career opportunities in manufacturing

For Organizations

  • Reduced material wastage and production errors
  • Improved fabrication efficiency
  • Faster production cycles
  • Better product quality and consistency

Certification

Participants receive a Professional Certification from Pertecnica Engineering, validating their expertise in Sheet Metal Design using CAD.

Why Corporates Choose Pertecnica

  • Focus on real manufacturing application, not just CAD tools
  • Trainers with fabrication and production experience
  • Programs aligned with industrial manufacturing requirements
  • Proven impact on production efficiency and design quality

Industries Where This Training is Critical

  • Automotive & Component Manufacturing
  • Aerospace & Precision Engineering
  • Industrial Equipment Manufacturing
  • Sheet Metal Fabrication Units
  • Electrical Panel and Enclosure Manufacturing

Call to Action

If your designs are not aligned with fabrication, you are increasing cost and production time.
Upgrade your team’s sheet metal design capability.