- You need 70 of 100 points to pass the CSWA-Simulation exam.
- The exam has 20 questions across two hours, including three hands-on problems.
- Missing 70 points means paying for a new attempt and waiting 14 days to retest.
- Domain 5 (Applied Concepts) touches the widest range of topics, from meshing to result validation.
The Passing Score: 70 of 100 Points
The math behind the CSWA-Simulation passing score is simple, but it's worth stating plainly because so much confusion online mixes up different certifications that happen to share the same acronym. For the SOLIDWORKS Simulation Associate (CSWA-S) exam, you have two hours to complete 20 questions worth a combined 100 points, and you need 70 points to pass. That's it - no domain-by-domain minimums, no separate cutoffs for hands-on versus multiple-choice sections. One overall score, one threshold.
Because there's no domain floor, a candidate who is unusually strong in Engineering Mechanics - Statics but weaker in Finite Element Method theory can still pass by banking extra points elsewhere. That flexibility matters when you're planning study time - it means you don't have to be equally polished everywhere, just consistently competent across the board.
How the 100 Points Are Distributed
The exam blends several question formats, and understanding how they're weighted helps you triage your effort during the two-hour window. You'll see:
- Three hands-on problems - build and run an actual static study inside SOLIDWORKS Simulation and report the resulting value.
- Single-answer multiple-choice - one correct answer among several distractors.
- Multiple-selection - more than one correct answer required for credit.
- Yes/No - quick conceptual checks, often used for theory-heavy statements.
Because the hands-on problems require you to actually configure a study, apply materials, set fixtures and loads, mesh the model, run the solver, and read a plot correctly, they tend to be the most time-consuming and the most point-dense items on the exam. A wrong material property or an unfixed geometry can cascade into a wrong final number even if your general understanding is solid. If you want a full breakdown of how these problems are typically structured, the CSWA-Simulation Exam Domains 2026: Complete Guide to All 5 Content Areas article walks through each content area in more depth.
Key Takeaway
Treat the three hands-on problems as your highest-value targets. Getting all three right can single-handedly put you within striking distance of 70 points, even before you touch the multiple-choice items.
What the 20 Questions Actually Cover
The 20 questions aren't randomly assembled - they draw from five defined domains. Knowing what each one covers lets you allocate study time toward the areas most likely to appear, rather than re-reading a textbook cover to cover.
Domain 1: Basic View Creation
Covers how results and models are displayed and interpreted, including how to set up views that make plots and deformation results readable and correctly oriented.
- Recognizing correct orientation and display settings for result plots
Domain 2: Engineering Mechanics - Statics
Tests your grasp of equilibrium, reaction forces, and how loads and supports translate into the boundary conditions you'll apply inside a study.
- Free-body reasoning applied to real fixtures and loads
Domain 3: Strength of Materials
Covers stress, strain, deformation, and material behavior concepts that explain why a simulation produces the results it does.
- Connecting stress/strain theory to the plots you'll generate in Simulation
Domain 4: Finite Element Method / Finite Element Analysis Theory
Covers the underlying math and logic of FEA - how meshing, element types, and solvers approximate real-world physics.
- Understanding mesh refinement, convergence, and solver behavior conceptually
Domain 5: Applied Concepts in SOLIDWORKS Simulation
The broadest domain, spanning static-study setup, materials, fixtures, loads, contacts, solid/shell/beam elements, meshes, solvers, plots, and result validation - essentially the hands-on backbone of the exam.
- Setting up a complete static study from scratch, end to end
- Choosing correct element types for a given geometry
- Validating whether a result plot actually makes sense
Domain 5 is where most of the hands-on problems live, which is exactly why the CERT FACTS behind this exam emphasize applied workflow over pure memorization. For a deeper study path organized around these five domains, see the CSWA-Simulation Study Guide 2026: How to Pass on Your First Attempt.
The Three Hands-On Problems
Unlike a purely multiple-choice certification, CSWA-Simulation asks you to actually operate the software. You'll set up a static study, assign materials, define fixtures and loads, establish contacts between bodies, mesh the model, run the solver, and interpret the resulting plot - then report a specific numeric answer, not just a concept.
This is where the "6-9 months of SOLIDWORKS and SOLIDWORKS Simulation experience" recommendation from SOLIDWORKS actually pays off. Someone who has run studies before recognizes immediately when a fixture is missing, when a contact set is wrong, or when a mesh is too coarse to trust - versus someone seeing the workflow for the first time under a two-hour clock.
Question Formats You'll Encounter
Beyond the three hands-on problems, the remaining questions rotate through single-answer multiple-choice, yes/no, and multiple-selection formats. A few practical notes:
- Multiple-selection items typically require you to identify every correct option - partial matches usually don't earn full credit, so read the question stem carefully for "select all that apply" language.
- Yes/No items move fast and are often used to test conceptual understanding of Strength of Materials or FEA theory rather than software steps.
- Single-answer multiple-choice questions can still include plausible-looking distractors tied to common misconceptions about mesh quality or element type selection.
The exam runs on Windows PCs through the TesterPRO Client, with internet access required and a dual-monitor setup preferred - the second monitor makes it much easier to keep SOLIDWORKS open on one screen and the exam interface on the other during hands-on problems.
| Exam Element | Detail |
|---|---|
| Total questions | 20 |
| Total points | 100 |
| Passing score | 70 points |
| Time limit | 2 hours |
| Hands-on problems | 3 |
| Other formats | Single-answer, multiple-choice, yes/no, multiple-selection |
What Happens If You Miss 70 Points
Scoring below 70 doesn't lock you out permanently, but it does cost time and money. Retaking requires purchasing a new exam credit and observing a mandatory 14-day wait before your next attempt. At $49 per attempt in North America, missing the passing score by a few points is an expensive mistake to repeat - which is why understanding exactly what the score requires matters more here than in exams with generous retake windows.
One practical upside: unused exam credits do not expire, so if you buy a credit and then realize you need more preparation time, you're not burning money by waiting. There's no penalty for scheduling your attempt only when you're genuinely ready. If your organization or school qualifies for vouchers through participating subscription customers or academic providers, that can also reduce the financial sting of a first attempt that falls short. For a full cost breakdown, see the CSWA-Simulation Certification Cost 2026: Complete Pricing Breakdown.
Key Takeaway
A 14-day mandatory wait after a failed attempt means your prep between attempts should target specific weak domains, not a generic re-read of everything.
Closing the Gap Before Exam Day
If you're unsure whether you're at the 70-point threshold yet, the most reliable signal is whether you can complete a full static study - materials, fixtures, loads, contacts, meshing, solving, and plot interpretation - without hesitating on any single step. That's essentially Domain 5 in miniature, and it's the fastest way to self-diagnose readiness.
A realistic final-stretch plan looks like this:
Theory Foundations
- Review Engineering Mechanics - Statics and Strength of Materials concepts behind stress, strain, and equilibrium
- Study FEA theory: element types, mesh convergence, solver basics
Hands-On Repetition
- Run full static studies repeatedly in SOLIDWORKS Simulation, timing each build
- Practice fixture, load, and contact setup until it's automatic
Mixed Practice and Timing
- Simulate the two-hour, 20-question format under a timer
- Review basic view creation settings so result plots display correctly on the first try
Generic study techniques like spaced repetition can help with memorizing FEA terminology and material property definitions, but the real differentiator for hitting 70 points is repetition on the hands-on workflow itself - no amount of flashcards substitutes for having actually built and solved dozens of static studies. For a broader difficulty assessment of the whole exam, see How Hard Is the CSWA-Simulation Exam? Complete Difficulty Guide 2026, and if you want to understand outcomes across the wider candidate pool, check CSWA-Simulation Pass Rate 2026: What the Data Shows.
Once you feel ready, running full-length timed simulations on the practice test platform is one of the most direct ways to confirm you're consistently clearing 70 points before you spend your actual exam credit. It's also worth reviewing eligibility details in the CSWA-Simulation Requirements 2026: Eligibility, Prerequisites & How to Qualify guide so there are no surprises about software versions or recommended experience on test day.
FAQ
You need 70 out of 100 total points. There is no separate minimum per domain - it's one combined score across all 20 questions.
The three hands-on problems generally represent higher point value per question than a single multiple-choice item, since they require completing a full static study rather than selecting an answer.
You'll need to purchase a new exam credit and wait 14 days before attempting again. Unused credits don't expire, so you can prepare thoroughly before rescheduling.
The 70-point threshold applies to the exam itself, but you must test using at least SOLIDWORKS Premium 2012, SOLIDWORKS Simulation 2012, or SOLIDWORKS Student Edition 2012 to ensure your workflow matches what's assessed.
No. SOLIDWORKS certificates, including CSWA-Simulation, have no official expiration date once you've passed with 70 or more points.