Who Should Attend
- Undergraduate students studying Mechanical, Automotive, or Industrial Engineering
- High school students with an interest in CAD modeling and product design
- Aspiring engineers and designers looking to build a solid foundation in parametric CAD design
- Engineers and professionals wanting to enhance their CAD skills for industrial applications
What You Will Learn
- Core concepts of parametric and feature-based design
- 3D part modeling and creating complex geometries
- Assembly creation and managing complex product designs
- Generating 2D technical drawings and documentation for manufacturing
- Basics of structural analysis and design validation
- Techniques for design optimization and modification
- Best practices for product lifecycle management (PLM)
- Application of Pro-E in industries such as automotive, aerospace, and consumer products
Course Structure
This course is divided into multiple modules, covering all essential aspects of Pro-E, from the basics to advanced design techniques. Each module includes practical exercises, hands-on projects, and case studies to ensure comprehensive learning.
Course Duration
The course is 8 weeks long, with weekly sessions totaling 25 hours. Each week includes lectures, practical lab sessions, and project work to provide a thorough understanding of Pro-E’s features.
Course Prerequisites
- Basic understanding of mechanical design principles
- Familiarity with using computers and basic design software
- No prior experience with Pro-E is required
Course Module
- Introduction to Pro/ENGINEER (Creo) and Parametric Design
- Overview of Pro-E (Creo) and its role in CAD modeling
- Introduction to parametric design and feature-based modeling
- Exploring the user interface, key features, and customization
- 3D Part Design
- Part modeling basics: sketching, constraints, and dimensions
- Creating 3D parts: extrusions, revolutions, and sweeps
- Feature operations: holes, fillets, chamfers, and patterns
- Advanced Part Modeling and Surfacing
- Complex part creation using multi-body modeling
- Surface design techniques for creating complex shapes
- Modifying designs using advanced editing tools
- Assembly Design
- Basics of assembly modeling: component placement and constraints
- Managing large assemblies with sub-assemblies and configurations
- Exploded views and motion analysis of assemblies
- Sheet Metal and Weldment Design
- Introduction to sheet metal design: flanges, bends, and cutouts
- Generating flat patterns for manufacturing
- Weldment design and analysis for structural components
- Drafting and Detailing
- Creating 2D technical drawings from 3D models
- Dimensioning, tolerances, and annotations
- Creating BOMs (Bill of Materials) and technical documentation
- Design Analysis and Validation
- Basic simulation tools for structural analysis
- Stress analysis, thermal analysis, and load simulation
- Iterative design and optimization for manufacturability
- Industry Applications and Best Practices
- Case studies of Pro-E applications in automotive, aerospace, and industrial design
- Best practices for managing design changes and product lifecycle
- Current trends in CAD modeling and career pathways for Pro-E users
Why Enroll in This Course
- Industry-Focused Skills: Learn Pro-E tools and workflows that are widely used in various engineering fields, including automotive, aerospace, and industrial design.
- Expert Instruction: Gain insights from instructors with extensive industry experience in CAD design and engineering.
- Career Advancement: Equip yourself with skills that are highly sought after in engineering and product development roles.
- Hands-On Experience: Work on real-world projects and case studies, applying what you learn to practical design challenges.
- Professional Development: Engineers can expand their CAD knowledge to include Pro-E, boosting their design capabilities for industrial applications.
Teaching Methodology
- Lectures: In-class sessions for theory
- Hands-On Practice: Build circuits and work with real-world components
- Practical Projects: Industry-relevant mini-projects to enhance learning
- Assessment: Quizzes, project work, and a final evaluation to ensure understanding
Course Certification
Upon successful completion, students will receive a Certificate of Completion demonstrating their proficiency in good practices and safety in electronics and electrical engineering.
Instructor Information
This course is taught by experienced professionals in electronics and electrical engineering, with a focus on practical, real-world skills.
How to Enroll?
To enroll in this course, visit our registration page or contact us at admin@ssitraininginfo.com, 0422-2209999