- The exam costs $49 in North America, runs two hours, and has 20 questions worth 100 points.
- Three hands-on problems are required alongside single-answer, multiple-choice, yes/no, and multiple-selection items.
- A score of 70 out of 100 points is needed to pass; failed attempts require a new credit and a 14-day wait.
- Content is organized into five domains, from statics fundamentals through applied SOLIDWORKS Simulation setup.
What Is the CSWA-Simulation Certification?
The SOLIDWORKS Simulation Associate (CSWA-S) credential, delivered by SOLIDWORKS (a Dassault Systemes brand), verifies that a candidate can set up, run, and interpret a static finite element analysis inside SOLIDWORKS Simulation. It sits alongside the broader SOLIDWORKS certification track but focuses specifically on simulation workflows rather than general modeling. If you are still unclear on how this credential is scoped, the article What Is CSWA-Simulation? walks through the basics, and CSWA-Simulation Meaning unpacks what each letter in the acronym actually stands for.
Unlike a purely academic exam, CSWA-Simulation is built around demonstrating applied skill: you are graded on whether you can actually configure a study, apply the right fixtures and loads, mesh a part correctly, and read the resulting plots - not just recite theory. That practical bent is why the certification tends to matter to employers screening for entry-level analysis support roles, which is covered in more depth in CSWA-Simulation Jobs.
Exam Format and Question Types
The CSWA-Simulation exam is a two-hour, 20-question test worth 100 total points. That works out to roughly six minutes per question on average, though the three hands-on problems will consume far more of your time budget than the objective items. The question mix includes:
- Single-answer multiple-choice questions
- Yes/no items
- Multiple-selection questions (more than one correct answer required)
- Three hands-on problems where you build or modify a study inside SOLIDWORKS Simulation itself
A score of 70 out of 100 points is required to pass. Because the hands-on problems likely carry disproportionate weight relative to a single multiple-choice item, mismanaging your time on the objective questions can leave you rushed on the part of the exam that matters most. For a deeper breakdown of scoring mechanics, see CSWA-Simulation Passing Score 2026: Exactly What You Need to Pass.
| Exam Attribute | Detail |
|---|---|
| Delivery platform | TesterPRO Client, online |
| Results/certificate management | 3DEXPERIENCE Certification Center |
| Duration | 2 hours |
| Question count | 20 questions |
| Total points | 100 |
| Passing score | 70 points |
| Hands-on problems | 3 |
| North America price | $49 per attempt |
| Retake wait | 14 days, new credit required |
Because the exam is computer-based and includes live modeling tasks, SOLIDWORKS recommends a dual-monitor setup - one screen for the exam interface and one for your SOLIDWORKS session - though it's described as preferred rather than mandatory. If you're still deciding whether the format suits you, How Hard Is the CSWA-Simulation Exam? Complete Difficulty Guide 2026 discusses what tends to trip candidates up during the hands-on portion.
The Five Exam Domains
CSWA-Simulation content is organized into five domains that move from mechanics fundamentals into applied software execution. Understanding the shape of each domain is more useful than memorizing isolated facts, because the hands-on problems will test whether you can connect the theory to actual settings in the software.
Domain 1: Basic View Creation
Covers your ability to set up and interpret standard model views used to communicate simulation results and geometry context.
- Recognizing standard view orientations and their role in reporting results
Domain 2: Engineering Mechanics - Statics
Tests foundational statics concepts: equilibrium, force and moment balance, and how supports and loads interact on a rigid body before any FEA is involved.
- Free-body diagrams and reaction force reasoning
- Understanding how boundary conditions translate into fixtures
Domain 3: Strength of Materials
Focuses on stress, strain, and material behavior concepts that underpin how SOLIDWORKS Simulation calculates and displays results.
- Stress-strain relationships and failure criteria basics
- Interpreting stress and displacement results in engineering terms
Domain 4: Finite Element Method / Finite Element Analysis Theory
Covers the theoretical backbone of FEA: how a continuous structure gets discretized into elements and nodes, and why mesh choices affect accuracy.
- Element types and their appropriate use cases
- How mesh density and quality influence solution accuracy
Domain 5: Applied Concepts in SOLIDWORKS Simulation
The most software-heavy domain. It spans static study setup, materials, fixtures, loads, contacts, solid/shell/beam elements, meshes, solvers, plots, and result validation - essentially the full workflow of running a study from start to finish.
- Assigning materials and validating fixture/load definitions
- Choosing solid, shell, or beam elements appropriately
- Reading plots and judging whether results are physically reasonable
For a domain-by-domain study plan with more granular topic lists, see CSWA-Simulation Exam Domains 2026: Complete Guide to All 5 Content Areas.
Key Takeaway
Domain 5 (Applied Concepts) is where the three hands-on problems will likely draw most heavily, so treat it as the domain that ties Domains 2 through 4 together in actual SOLIDWORKS Simulation software.
Registration, Pricing, and Logistics
Registering for CSWA-Simulation is straightforward once you understand the mechanics:
- The North America price is $49 for a single exam attempt.
- Unused exam credits do not expire, so purchasing ahead of time carries no risk of wasting the credit.
- Qualifying subscription customers and students at participating academic providers may be eligible for vouchers that offset or cover the cost.
- If you fail, a retake requires purchasing a new credit and waiting 14 days before testing again.
- Certificates issued for this credential carry no official expiration date once earned.
A full pricing breakdown, including how vouchers factor in, is available in CSWA-Simulation Certification Cost 2026: Complete Pricing Breakdown. If you're trying to figure out testing windows or how far in advance to register, CSWA-Simulation Exam Dates 2026: Testing Windows, Deadlines & Scheduling covers scheduling specifics.
Who Should Take the CSWA-Simulation Exam
There is no formal prerequisite gate - anyone may register and sit the exam. That said, SOLIDWORKS recommends 6-9 months of combined experience with SOLIDWORKS and SOLIDWORKS Simulation before attempting it. This is a recommendation, not an enforced requirement, so students, self-taught users, and working engineers can all pursue it on their own timeline. For the full eligibility picture, including software access and hardware setup, read CSWA-Simulation Requirements 2026: Eligibility, Prerequisites & How to Qualify.
In practice, candidates fall into a few groups:
- Mechanical engineering students who have completed statics and strength of materials coursework and want a credential that maps that knowledge onto real software.
- Design engineers who already use SOLIDWORKS for modeling and want to formalize their simulation skills.
- Early-career analysts who need a recognized way to demonstrate FEA setup competency to employers before they have years of on-the-job simulation experience.
If you're weighing whether the time and $49 fee are worth it relative to your career goals, Is the CSWA-Simulation Certification Worth It? Complete ROI Analysis 2026 and CSWA-Simulation Salary Guide 2026: Complete Earnings Analysis go deeper on outcomes without relying on invented numbers.
Preparing for Each Domain
Because the exam blends conceptual questions with hands-on modeling, preparation works best when it's sequenced rather than crammed. A short, focused study block dedicated to each domain - rather than one long generic review pass - tends to match how the exam is actually structured.
Statics and Strength of Materials
- Review equilibrium, free-body diagrams, and stress-strain fundamentals (Domains 2-3)
- Practice translating physical supports into fixture types conceptually
FEA Theory and View Basics
- Study element types, meshing theory, and solver behavior (Domain 4)
- Review standard view creation and orientation (Domain 1)
Applied SOLIDWORKS Simulation Practice
- Run full static studies: materials, fixtures, loads, contacts, meshing, solving, and plot interpretation (Domain 5)
- Time yourself completing a study end-to-end within a fixed window to simulate the hands-on problems
Spacing your review this way lets the theory from the earlier domains directly inform how you interpret the plots you generate during hands-on practice in Domain 5. For a condensed reference you can revisit right before test day, bookmark the CSWA-Simulation Cheat Sheet 2026: One-Page Review of Must-Know Facts, and if you want a structured week-by-week plan with more detail than the outline above, see the CSWA-Simulation Study Guide 2026: How to Pass on Your First Attempt.
Timed practice matters more for this exam than for many multiple-choice-only certifications, since the three hands-on problems require you to actually operate SOLIDWORKS Simulation under a clock. Running full-length practice exams on our practice test platform before test day is one of the more direct ways to get comfortable with that pacing, and you can also review how test-takers describe the experience in CSWA-Simulation Pass Rate 2026: What the Data Shows.
After You Pass: What the Credential Actually Signals
Once you clear the 70-point threshold, your certificate is issued through the 3DEXPERIENCE Certification Center and does not carry an official expiration date, meaning you won't need to recertify on a fixed schedule the way some other credentials require. That permanence makes it a reasonably low-maintenance addition to a resume once earned.
For employers, the credential is a signal that a candidate can move through the applied workflow described in Domain 5 - setting up a static study, assigning materials, applying fixtures and loads, defining contacts, choosing element types, meshing appropriately, running the solver, and validating the resulting plots - without needing to be walked through each step. That is a narrower and more concrete claim than general familiarity with SOLIDWORKS, which is part of why it's referenced specifically in hiring conversations rather than treated as interchangeable with other SOLIDWORKS credentials. See What Is CSWA-Simulation Certification? and What Is A CSWA-Simulation? for more on how the credential is positioned relative to other SOLIDWORKS certifications.
If you're building out a broader skills roadmap, pairing structured coursework with certification practice is common - CSWA-Simulation Training outlines what formal preparation options typically cover, and What Does CSWA-Simulation Stand For? and What Does CSWA-Simulation Mean? are useful if you're explaining the acronym to a hiring manager unfamiliar with it.
Frequently Asked Questions
In North America, one exam attempt costs $49. Unused credits do not expire, and qualifying subscription customers or students at participating academic providers may be eligible for vouchers.
There are 20 questions worth 100 total points, completed within a two-hour window. The format mixes single-answer multiple-choice, yes/no, multiple-selection, and three hands-on problems performed directly in SOLIDWORKS Simulation.
You need 70 out of the 100 available points to pass the exam.
You need at minimum SOLIDWORKS Premium 2012, SOLIDWORKS Simulation 2012, or SOLIDWORKS Student Edition 2012, along with a Windows PC and internet access to run the TesterPRO Client. A dual-monitor setup is preferred but not required.
You'll need to purchase a new exam credit and wait 14 days before retaking the exam. There is no prerequisite requirement to retest beyond that waiting period.