Available Dates

Jan-20-2025

Kuala Lumpur
Apr-21-2025

Kuala Lumpur
July-21-2025

Kuala Lumpur
Oct-20-2025

Kuala Lumpur

Dates in Other Venues

Dec-30-2024

Paris
Dec-30-2024

Dubai
Jan-20-2025

Singapore
Jan-20-2025

Istanbul
Jan-20-2025

Paris
Jan-20-2025

Barcelona
Jan-20-2025

Amsterdam
Jan-20-2025

Dubai
Feb-17-2025

London
Mar-03-2025

Dubai
Apr-21-2025

Barcelona
Apr-21-2025

Amsterdam
Apr-21-2025

Paris
Apr-21-2025

Istanbul
Apr-21-2025

Singapore
Apr-21-2025

London
May-19-2025

Dubai
June-02-2025

London
July-21-2025

Dubai
July-21-2025

Istanbul
July-21-2025

Barcelona
July-21-2025

Singapore
July-21-2025

Amsterdam
July-21-2025

Paris
Aug-18-2025

London
Sep-01-2025

Dubai
Oct-20-2025

Singapore
Oct-20-2025

Barcelona
Oct-20-2025

London
Oct-20-2025

Istanbul
Oct-20-2025

Paris
Oct-20-2025

Amsterdam
Nov-17-2025

Dubai
Dec-01-2025

London

Course Details

This course provides a comprehensive introduction to Computer-Aided Design (CAD) using SolidWorks®, a powerful 3D modeling software. This course aims to provide a structured and detailed journey through CAD in SolidWorks®, empowering participants with the skills needed for effective 3D modeling and design. Participants will learn the fundamentals and advancements of computer-aided design and apply their knowledge through hands-on projects.

At the end of this course, participants will:

Grasp fundamental and advanced 3D modeling concepts and their applications
Be able to demonstrate the ability to create accurate 2D sketches
Apply sketching techniques to extrude and revolve sketches into 3D parts
Understand and implement material properties for realistic part representation
Master advanced sketching techniques, including relations and constraints
Develop proficiency in constructing assemblies using multiple interconnected parts
Establish and manage relationships between components within an assembly
Understand and apply assembly design principles
Generate exploded views for technical documentation
Simulate motion within an assembly for dynamic analysis and presentations
Produce detailed orthographic and isometric views from 3D models
Add accurate dimensions and annotations to drawings
Generate Bills of Materials (BOMs) for assemblies
Create and manipulate complex surfaces for advanced designs
Understand the fundamental concepts of Finite Element Analysis
Learn how to apply various types of loads to a finite element model
Gain hands-on experience in setting up realistic loading and constraint scenarios

Design Engineers
Product Development Teams: Teams involved in the ideation, design, and development of new products or improvements to existing products
Mechanical Engineers
Manufacturing Engineers: Engineers involved in the planning and optimization of manufacturing processes, who can benefit from creating accurate 3D models for production
Prototyping and R&D Teams: Teams engaged in prototyping and research and development activities, using CAD for creating prototypes and testing designs
Project Managers overseeing engineering projects, ensuring effective communication and coordination among team members
Quality Assurance and Control Teams interested in understanding design specifications and ensuring products meet quality standards
Process Engineers responsible for optimizing and improving industrial processes, using CAD for designing efficient layouts and systems
Maintenance and Facilities Engineers
Procurement Specialists

Our courses in Kuala Lumpur take place at the following location :

Level 32 , Menara Prestige, 1, Jalan Pinang, Kuala Lumpur, 50450 Kuala Lumpur, Federal Territory of Kuala Lumpur, Malaysia

Once you register, we will subsequently send you the course details, including the location, trainer, and other logistical information.

Pay Attention, Please! The course location at our offices is subject to availability. Should our office be unavailable, we will secure an alternative nearby venue and promptly inform you of the change. The exact time and location will be confirmed one week prior to the course commencement.