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course

SOLIDWORKS I

Check Upcoming Dates
Course Code
CECD 459
Duration
30 hours
If you're interested in 3D and computer-aided design, you obviously have great spatial awareness and a keen desire to get down to work. This course is a great place to start. You'll familiarize yourself with the parametric design philosophy (don't worry, it's cooler than it sounds) of SolidWorks, including sketching, part modeling, assembly and detailing, as well as geometric and dimensional constraints. You'll work hands-on with the latest equipment to develop professional skills and techniques using SolidWorks features and concepts. At the end of the course, you'll be ready to tackle new design challenges, like gaining proficiency in SolidWorks Level II, one of the world's most popular CAD/MCAD programs.

Upcoming date(s)

Term
Section
mode
Fees

January 16 – March 20, 2025
Th 18:00 – 21:00
Winter
1
Online
$800.00
Term
Winter
Section
1
mode
Online
Fees
$800.00

Your takeaways

This course is a great way to help you:
• Familiarize yourself with the parametric design philosophy of SolidWorks;
• Understand the basic principles of parametric modeling, including geometric and dimensional constraints;
• Learn basic techniques for creating and modeling CAD geometry;
• Produce models and drawings required for manufacturing;
• Develop professional-level skills and techniques.

Our approach

In this course, you'll gain real-world knowledge, experience and insights through lectures from an experienced pro who'll show you the ropes. More excitingly, you'll learn through hands-on projects using the very latest software. This course is designed for the students to meet regularly during live synchronous learning in an online virtual classroom (Zoom).

Who benefits the most?

• Anyone who wants to understand the fundamentals of parametric modeling.
• Students who want to learn AutoCAD and SolidWorks.
• Students who want to pursue a job in modeling, 3D modeling, 3D printing, any type of engineering, architecture, drafting, manufacturing or other related fields.
• Engineering undergraduates and graduate students in Industrial and mechanical specializations.
• CEGEP students who want to prepare for undergraduate degrees and employment.
• Professional and technical staff and engineers who want to update their design techniques and skills.
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