Try CSWP Exam of SOLIDWORKS

Description

• الكورس يشرح طبيعة الامتحان والمدة الزمنية للامتحان وعدد الدرجات المطلوب الحصول عليها للنجاح في الامتحان

• في الكورس سوف نقوم بإجابة أسئلة متشابهة مع أسئلة الامتحان بنسبة لا تقل عن 90 % .

• الامتحان يتكون من 3 مجموعات من الاسئلة

• كل مجموعة يتم دخولها بشكل منفصل

• عند الانتهاء من الكورس تستطيع التسجيل والدخول للإمتحان مباشرة

• المهارات التي تضمنها هذه الشهادة لحمالها

  
  

  Segment 1: (70 Minutes – 75 points to pass/105 points maximum)

  • Creating a part from a drawing

  • Using linked dimensions and equations to aid in modeling

  • Using equations to relate dimensions

  • Updating parameters and dimension sizes

  • Mass property analysis

  • Modifying geometry on initial part to create a more complex part

  • Modifying parameters on the part at different stages while maintaining all other dimensions and design intent

  Segment 2: (50 Minutes – 77 points to pass/104 points maximum)

  • Creating configurations from other configurations

  • Changing configurations

  • Creation of configurations using a Design Table

  • Mass properties

  • Changing and/or rearranging features of an existing SOLIDWORKS part

  Segment 3: (80 Minutes - 77 points to pass/109 points maximum)

  • Creating an assembly

  • Adding parts to an assembly

  • Doing collision detection when moving a part in an assembly

  • Interference detection

  • Basic and advanced mates

  • Inserting subassemblies

  • Replacing a part with another part in an assembly

  • Creating a coordinate system

  • Using a coordinate system to perform mass properties analysis

  Standard SOLIDWORKS tools that may be covered in the exam include:

  • 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 items

TAKE THIS COURSE