Solidworks 3D course

Solidworks 3D course

EGP 3500


SolidWorks Professional (SolidWorks Certified Professional Preparation Course) is a program that enables you to design and test mechanical products, which will enable you to save a lot of time and effort in addition to money during the design process.

Course Objectives 

•    By the end of the course you will be able to apply the fundamental concepts of the 3d modeling techniques using parametric design tools
•    To develop proficiency in the application of solidworks (modeling, analysis, and interpretation of results)

Course Language
•    Arabic but most terminology is in English. 
•    Training can be presented in English only based on request.

Course Methodology : Training methods and techniques are almost infinite in their variety. They can be used on their own or in creative combination. However, they should be chosen carefully to fit the activity, the nature of participants, the cultural milieu and the facilities available for using them. We use different methodologies in training to ensure good communication of information to all trainees - but not limited to the following:

•    Lectures and PowerPoint Presentation 
•    Case Studies, Self-Questioner and Real-World Scenarios 
•    Visual Aid (Videos Simulation) 
•    Brainstorming (Perception Activity)
•    Gamification (Puzzles)

Course Prerequisites
•   Laptops should provide with each participants

• Minimum Requirement for Laptops 
•    Processor i5 or equivalent to it 
•    Ram 8 Gb
•    VGA 1 GB

Course Assessment & Certification
•    Final project will be the Course Assessment 
•    Trainees will receive A4 Certificate and course transcript from (R.N: 12909)

Courses Video



  • sections: 4
  • Feature: Yes
  • Duration: 36 Hours
  • Specialties: Engineering courses
  • Quizzes: No
  • Language: Arabic
  • Certificate: Yes

Course Syllabus

•  Sketch entities - lines, rectangles, circles, arcs, ellipses, centerlines
•    Sketch tools - offset, convert, trim
•    Sketch relations
•    Boss and cut features - extrudes, revolves, sweeps, lofts
•    Fillets and chamfers
•    Draft
•    Shell
•    Hole Wizard
•    Linear, circular, and fill patterns
•    Linked dimensions
•    Equations
•    Mirror
•    Dimensions
•    Feature conditions – start and end 
•    Multi-body parts
•    Rib
•    Feature scope
•    Mass properties
•    Move/Delete face
•    Materials
•    Restraints
•    Inserting components - new and existing
•    Standard mates and advanced mates
•    Reference geometry – planes, axis, mate references
•    In-context features
•    Interference detection
•    Suppression states
•    Move/Rotate component
•    Assembly features
•    Collision detection in an assembly
•    External references
•    Design tables
•    Dimensions and model it


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