Try CSWP Exam of SOLIDWORKS

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