This course focuses on studying 3D CAD design, emphasizing key skills required to create and simulate models and assemblies. The primary objective is to provide participants with the technical expertise to use SolidWorks for product design and prototyping. The course covers essential tools like parametric modeling, assembly design, and component modeling, which are fundamental for creating accurate and functional designs. In addition to design, the course delves into SolidWorks’ rendering and visualization capabilities, enabling participants to generate photorealistic images of their models.
By the end of the course, participants will have developed the skills to create detailed and complex 3D models and generate technical drawings, all of which are essential in modern engineering and product development. This course prepares learners to apply SolidWorks in real-world scenarios and helps them build a strong foundation for professional success in the field of CAD design.
Course Overview Table
| Chapter | Details |
| Partner | University “St. Kliment Ohridski” – Bitola, Faculty of Information and Communication Technologies |
| Title | 3D modeling |
| Service | Course |
| Target Group | Engineers and IT professionals from industry as well as individuals who are looking to develop 3D skills |
| Format | In-Person Training |
| Focused on Key Technologies | 3D modeling |
| Status | Ready to offer |
| Stakeholders from SME/PA Side | Organizations seeking to leverage CAD and product development skills. |
| Requirements for Participation | Basic IT affinity |
| Estimated Duration | 16 hours in total |
Description of the Course
This SolidWorks course is designed to equip participants with the essential skills to design, simulate, and optimize designs and assemblies using one of the world’s leading CAD software tools. Through hands-on learning and practical applications, participants will master 3D modeling, simulation, and rendering techniques that are critical in industries.
This course covers core SolidWorks concepts that are crucial for building a strong foundation in 3D modeling and simulation. Participants will begin by learning the fundamentals of 3D modeling and parametric design. They will understand how to create accurate sketches, define relationships, and transform those sketches into fully realized 3D components. This skill is essential for product development, where every detail matters.
Next, the course will explore assembly design, teaching participants how to combine individual components into functional assemblies. SolidWorks allows for the creation and visualization of assemblies in a digital environment before producing physical prototypes. Furthermore, the course will cover the use of rendering tools to create photorealistic images of designs. This is particularly valuable in product design and marketing, where presenting visually appealing prototypes is essential for stakeholder buy-in.
Participants will also learn how to generate detailed technical drawings, which are vital for manufacturing. These drawings communicate the precise dimensions, tolerances, and assembly instructions needed for fabrication, ensuring the final product is built to specification.
Tentative Agenda of the Course
- Introduction to SolidWorks and Interface
- Overview of the SolidWorks workspace and tools
- Basic sketching techniques and 3D modeling fundamentals
- Creating 3D Models and Assemblies
- Parametric design principles
- Component modeling (creating and editing)
- Assembly design (mates, constraints, and subassemblies)
- Rendering and Visualization
- Using SolidWorks Visualize for photorealistic rendering
- Generating high-quality images for presentations
- Creating Technical Drawings
- Understanding standard drafting practices
- Generating 2D views, dimensions, and annotations for manufacturing
By the end of this course, participants will have developed a comprehensive skill set in SolidWorks, enabling them to confidently tackle complex design projects. The course offers unique value by combining theoretical knowledge with hands-on practice, preparing learners for real-world engineering challenges.
Additional Course Information
| Category | Details |
|
Developed skills |
Participants will acquire knowledge and skills, including: |
| Skill 1: Ability to create detailed 3D models and assemblies using parametric design techniques.
Skill 2: Skills in creating and managing complex assemblies, ensuring components fit and function together. Skill 3: Capability to generate photorealistic renderings for presentations and product visualization. Skill 4 Ability to create precise 2D technical drawings and documentation for manufacturing. |
|
| Learning Methods Used | Lectures, hands-on exercises, group discussions |
| References/Resources | Bocevska Andrijana Solid modeling – Practicum. |
| Overview Slides | Supporting materials will be provided; available via the course platform or upon request |