SolidWorks - CSWP Preparation Training

Explore why obtaining SolidWorks certification, across associate, professional, and expert levels, measures your skills, enhances your resume, and opens globally recognized career opportunities.

Learn about the three levels of SolidWorks certifications, including CSWA, CSWP, and CSWE, with guidance on pursuing associate and professional certificates.

Outline the materials and plan to ace the CSWP: start with SolidWorks Essential, progress through advanced topics and project based courses, then daily practice and CSWP mock exams.

Learn the hardware and software requirements for the CSWP exam, including dual monitor setup, internet stability, SolidWorks 2011 or later, TestorPRO client installation, and Virtual tester accounts.

Outline the cswp exam overview, detailing three independent segments, time allocations, and vouchers; explain focus areas from scratch, including part design, modification, and assembly tasks, with certification verification.

Use cswp exam strategies: restart your computer, close other programs, read the summary, start with easy questions, save each file with its question number, and verify dimensions, material, and units.

Purchase a SolidWorks exam voucher on the SolidWorks site, install the TesterPRO client, and complete the three-step online exam in the 3DEXPERIENCE Certification Center to access your certificate.

Prepare your SolidWorks environment for the CSWP exam by creating part templates with preset materials, units, equations, and global variables, then use standard views and mouse gestures to save time.

Preview the testerPRO environment for the CSWP exam, including starting the test, agreeing to terms, and viewing the timer. Navigate questions and switch drawing sheets.

Explore sketch entities and tools you must master for CSWP exam, including lines, rectangles, circles, arcs, ellipse, centerlines, slot tool, and practice combining and trimming on the front plane.

Master four sketch modification tools—offset, convert entities, trim, and mirror—in SolidWorks; apply trim and offset on edges, and learn inner loops, power trim, and keep trimmed entities as construction geometry.

Master SolidWorks sketch relations by exploring 2D relations such as tangent, coincident, equal, parallel, perpendicular, and vertical, and learn to verify and fully define sketches for reliable exam results.

Master dimensional constraint in a new front plane sketch using the smart dimension tool to place dimensions between inner sides of circles, employing shift to select.

Master sketch based features in the SolidWorks part environment, including extrude, revolve, sweep, loft, and hole wizard tools, and learn start/end conditions, up to surface, and up to vertex.

Explore applied based features at the part level, including constant size fillets, chamfer types, draft, shell with multi-thickness options, move/delete face tools, and material assignment.

Explore pattern tools in SolidWorks part environment, including linear pattern, circular pattern, and fill pattern, plus the mirror tool, focusing on direction, spacing, instances, and skip options.

Add and link global variables in SolidWorks equations, apply them to dimensions, manage and update models via the equations tool, and prepare for the CSWP exam.

Master assembly topics for the CSWP exam, including inserting components, standard and advanced mates, collision and interference detection, references, configurations, and core assembly features such as extrude cut, hole wizard.

Master segment 1 of SolidWorks CSWP prep by creating a model from scratch and updating it with equations across three sets, within a 70-minute exam emphasizing time allocation.

Explore segment 1 CSWP question types, featuring 11 questions across three sets with MCQs and fill-in-the-gap items, totaling 105 points and equal point values.

Review segment 1 questions before modeling in SolidWorks, focusing on questions 2, 5, and 8 to capture design intent and anticipate modifications, features added or removed, and center alignment.

Prepare a SolidWorks file for modeling by loading the 1060 alloy aluminum template, defining four equations and global variables A=168, B=82, X=A/2, Y to meet the 0.5% accuracy.

Create a model from scratch in SolidWorks by building sketches on the top and front planes, applying extrude and extrude cut features, and managing dimensions and tangent relations.

Create a from-scratch solid in SolidWorks using open-profile extrusion with thin feature, then remove material via extrude cuts and radius applications, finishing with convert entities and mass properties.

Modify equations in the SolidWorks model to compute part mass, save with a new file name, force rebuild with ctrl+q, and verify mass properties for questions 3 and 4.

Modify the existing part for set 2 by updating equations, materials, units, add a new equation, update the model, and verify circle centers alignment and 10 mm fillet radius.

Modify a solid model in SolidWorks from a previous question using sketches, constraints, dimensions, extrude, extrude cut, through all, direction 2, and merge result, then verify mass properties.

Update the SolidWorks model by editing the equation to solve questions 6 and 7, repair sketch errors, and verify mass properties after each update.

Modify the set 2 model in set 3 by updating the equation. Suppress unused features, add coincident relation, create 12.5 arc with 6 mm offset, extrude, extrude-cut, verify mass properties.

Update SolidWorks models by editing equations rather than geometry, save each as a new file (q9–q11), and verify updates using mass properties in the Evaluate tab.

Master CSWP segment 2 by practicing advanced part modifications and configurations, using two models across four modification questions and five configuration questions, with time-management strategies for a 50-minute exam.

Explore CSWP segment 2 exam structure by examining 12 questions worth 104 points, with MCQ and fill-in-the-gap formats, a 50-minute window, and focus on configurations across different models.

Review the segment two question sets in the SolidWorks CSWP preparation training, identify initial and modified models and focus on configuration questions across sets, using a set-by-set review approach.

Modify a downloaded SolidWorks part by adjusting a 22.5 degree angle and an 18 mm radius, determine the Z dimension, and use sketch relations and constraint edits.

In SolidWorks CSWP preparation, modify a previous part by replacing a hole with an L shape slot, suppress the fillet, and use minimal constraints, then verify mass properties.

Modify the previous part by reordering features in SolidWorks to complete question 4, using mirror, shell on one body, and combine and fillet to finalize, then check mass properties.

Solve the last question from set 1 by removing inner pocket fillets, applying a 1 mm shell to the slot and 2 mm elsewhere, then verify mass properties.

Modify a downloaded part in SolidWorks CSWP preparation training by tracing its feature construction, removing or suppressing features, and using the delete face tool for direct edits.

Solve a complex q7 modification in SolidWorks CSWP prep by editing a previous part, using mid plane and front plane, intersection curves, tangency, 5 mm offsets, and mass calculation.

Explore set 3 configuration questions in SOLIDWORKS CSWP prep, using the configuration manager, switching to C, measuring mass, and creating Z and B configurations with a 25 mm slot.

Learn segment 3 exam layout for SolidWorks CSWP prep by building main and subassemblies, applying advanced mates, collision checking, mass properties, and component replacement across 14 questions.

Build the main assembly using downloaded components from questions 2 to 5, inserting parts, creating coordinate system CS1, applying mates and dimensions, and determining centers of mass.

Perform collision checking by rotating the component until it collides with the base, using Move Component and Stop at collision; suppress the mate and enter 53.52 degrees for question 6.

Create a subassembly inside a main assembly in SolidWorks CSWP prep by using the pre-assembled file Finger_Start, inserting four components, applying mates, and locating the center of mass.

Practice adding a subassembly into the RA assembly in SolidWorks CSWP prep by using gear mates, three placement mates, a 135 degree angle, and computing center of mass with CS1.

Learn how to refine SolidWorks CSWP questions by adjusting mass properties, applying advanced path mates, evaluating interference, and replacing components to calculate center of mass in a custom coordinate system.

Practice more with a CSWP mock exam and sample questions on part creation, applying the tips and techniques discussed to avoid mistakes and aim for a high score.

Master essential SolidWorks exam shortcuts—S, D, tab, mouse gesture, and alt for mates—along with best practices: verify dimensions per view, preserve layout, and save files by question and step.

Start each question by setting material, unit, and variable; before modifying, verify dimensions and origin alignment, ensure correct diameter or radius, and perform a force rebuild in SolidWorks.

Explore how to navigate the 3DEXPERIENCE Certification Center to view certificates, examine exam details and scores, validate certificates, and locate names in the certified users directory.

Review this full-length mock exam before the real exam to assess your readiness and decide whether to pursue the CSWP exam.