Executive Development Programme in Parametric Design with Solid Edge: Theory and Practice

This course is designed for senior engineers, architects, and design managers aiming to enhance their expertise in parametric design using Solid Edge. Participants will gain hands-on experience in creating and managing parametric models, optimizing design processes, and integrating advanced design features to improve product development cycles.

By the end of the program, attendees will be proficient in leveraging Solid Edge's parametric design tools to develop complex, scalable designs efficiently. They will also learn how to automate design processes, simulate and analyze design outcomes, and collaborate effectively within a parametric design environment.

1. 1. Introduction to Parametric Design: Learners will study the fundamental concepts of parametric design and its importance in modern engineering. They will gain practical skills in setting up a parametric model and understanding the role of parameters in defining model geometry.
2. 2. Solid Edge Basics: This module covers the foundational aspects of Solid Edge software, including interface navigation, basic modeling tools, and file management. Learners will develop basic proficiency in using Solid Edge to create simple 3D models.
3. 3. Parametric Modeling Techniques: Learners will explore advanced parametric modeling techniques, including feature-based design, constraints, and the use of design tables. They will gain skills in creating complex models that are easily modifiable through parameter changes.
4. 4. Advanced Parametric Design: This module delves into more sophisticated parametric design strategies, such as assemblies, sub-assemblies, and the integration of multiple parts into a single system. Learners will learn to manage and optimize large, complex assemblies.
5. 5. Simulation and Analysis: Learners will study the use of Solid Edge’s simulation tools for analyzing mechanical behavior. They will gain skills in performing stress analysis, thermal analysis, and other simulations to predict and optimize product performance.
6. 6. Visualization and Presentation: This module focuses on creating high-quality visual presentations of designs. Learners will learn to use Solid Edge’s visualization tools to create detailed renderings and animations, enhancing the presentation of their designs.
7. 7. Parametric Design for Manufacturing: Learners will explore the integration of parametric design with manufacturing processes. They will gain skills in preparing models for manufacturing, including toolpath generation, and understanding the manufacturing constraints and requirements.
8. 8. Parametric Design for Sustainability: This module covers the application of parametric design in promoting sustainable engineering practices. Learners will study how to design for resource efficiency, recyclability, and other sustainable metrics, gaining skills in creating environmentally friendly designs.
9. 9. Emerging Trends in Parametric Design: Learners will investigate current and emerging trends in parametric design, including the use of artificial intelligence and machine learning in design optimization. They will gain insights into future directions in the field.
10. 10. Capstone Project: In this final module, learners will apply all the skills and knowledge gained throughout the programme to a real-world project. They will design and build a comprehensive parametric model, complete with analysis and manufacturing preparation, showcasing their abilities in parametric design and Solid Edge.