- The Honest Difficulty Verdict
- What Actually Makes This Exam Hard
- The Prerequisite Wall Comes First
- Format, Time, and Point Pressure
- The Domains That Trip Candidates Up
- Difficulty Compared With the Exams Before It
- Preparing Without an Official Sample Exam
- Scheduling the 18 Areas by Difficulty
- Logistics That Quietly Raise the Difficulty
- Who Should Attempt It, and When
- Frequently Asked Questions
- The exam is 40 questions in 3 hours: 10 hands-on (10-20 points each) and 30 multiple-choice (2 points each).
- You must already hold CSWP, CSWA-S, and CSWP-S before you are eligible to sit it.
- The 70% passing grade is points-based, so it is not a flat 28-correct-answers rule.
- SOLIDWORKS publishes no official sample exam for this Expert credential, so preparation needs original practice.
The Honest Difficulty Verdict
The Certified SOLIDWORKS Expert - Simulation exam is the hardest credential in the SOLIDWORKS simulation certification path, and it is hard for a specific reason: it stops testing whether you can follow a workflow and starts testing whether you can decide what to do. Earlier exams hand you a setup and ask for a result. The Expert exam hands you a problem and expects you to choose the study type, the contact definition, the mesh strategy, and the interpretation of results under a running clock.
No official pass rate has been verified for this credential, so anyone quoting you a percentage is guessing. For what the available evidence does and does not show, see our breakdown of the CSWE-S pass rate. What we can say with confidence comes from the published structure: a 3-hour sitting, 10 hands-on questions worth 10-20 points each, 30 multiple-choice questions worth 2 points each, and a 70% minimum to pass. Those numbers define where the difficulty lives.
What Actually Makes This Exam Hard
Four factors compound each other. Understanding them tells you what to train against.
Breadth across 18 published skill areas
SOLIDWORKS publishes 18 areas where hands-on challenges may appear, running from Linear stress and Contact through Linear buckling, Linear dynamic, and Nonlinear buckling to Assembly Configurations and Results. These are unweighted exam-skill objectives, not a percentage-weighted blueprint, so you cannot safely skip any area on the assumption that it is lightly tested. For a walk through each area, see the complete guide to all 18 CSWE-S content areas.
Hands-on questions that carry real weight
Ten hands-on questions at 10-20 points each means the practical portion carries the bulk of the available points, while the 30 multiple-choice questions at 2 points each are a smaller-value, faster layer. A single botched nonlinear setup can cost more than a dozen missed multiple-choice questions.
A clock that cannot be paused
Three hours covers 40 questions, and the exam timer cannot be paused. Solver run time is part of your budget, so a study that takes several minutes to solve has to be balanced against everything else waiting.
Interdependent topics
Real problems blend areas. A thermal stress question needs thermal study fundamentals and structural boundary conditions. A drop test question touches contact, mesh quality, and results interpretation. Studying areas in isolation leaves gaps at the seams.
The Prerequisite Wall Comes First
Before difficulty even becomes relevant, there is a gate: you must have successfully passed all three of CSWP (Mechanical Design), CSWA-S (Simulation Associate), and CSWP-S (Simulation Professional). Many candidates underestimate how much work this represents, and it is the first filter on the pool of people who ever sit the Expert exam. Full eligibility details are in our CSWE-S requirements guide.
There is also a software gate. You need SOLIDWORKS 2017 or later plus SOLIDWORKS Simulation Premium 2017 or later, and you need to be able to unzip files. Simulation Premium is the key phrase: a CAD-only Premium license does not include it, and discovering that on exam day is a costly mistake. Nonlinear and dynamic study types are exactly the capabilities that live in the Premium tier.
| Gate | What It Requires | Common Failure Point |
|---|---|---|
| Certification prerequisites | Pass CSWP, CSWA-S, and CSWP-S | Assuming an expired memory of CSWP-S is enough |
| Software version | SOLIDWORKS 2017 or later | Older installs on a work machine |
| Simulation license | Simulation Premium 2017 or later | Confusing CAD Premium with Simulation Premium |
| File handling | Ability to unzip files | Locked-down corporate laptops |
Format, Time, and Point Pressure
The scoring structure rewards a different time strategy than most candidates expect. Because the hands-on questions are worth 10-20 points each and the multiple-choice questions only 2 points each, an hour spent fighting one low-value item is an hour stolen from the questions that decide the outcome.
Point-aware pacing without a made-up rubric
SOLIDWORKS does not publish a grading rubric for partial credit, so do not plan around one. Instead, plan around what is verifiable. The multiple-choice block is 30 questions at 2 points each, so it is the place to move fast: answer what you know, flag what you don't, and return if time allows. The 10 hands-on questions deserve the majority of your three hours, with the 20-point items getting more careful setup than the 10-point ones.
Protect your solver time
Mesh density is a time lever as well as an accuracy lever. A fine mesh on a nonlinear study can consume minutes you do not have. Knowing when a coarser mesh is defensible, and when mesh convergence genuinely matters, is part of the skill being tested.
The Domains That Trip Candidates Up
Because the 18 areas are unweighted, we cannot name an officially "heaviest" topic. What we can do is flag the areas where candidates commonly struggle because they demand judgment rather than button-clicking. This is editorial analysis, not an official ranking.
Nonlinear static, Nonlinear dynamic, and Nonlinear buckling
These three areas separate Expert candidates from Professional-level ones. Nonlinear studies require choosing material models, handling large displacement, managing load steps, and diagnosing convergence failures.
- Know when a linear assumption breaks down and a nonlinear study becomes necessary
- Practice reading why a nonlinear solution failed to converge, not just rerunning it
- Understand how nonlinear buckling differs from linear buckling in what it reports
Linear dynamic
This area is a family of four analysis types: modal time history, harmonic, random vibration, and response spectrum analysis. Each answers a different question, and the exam can ask you to choose the right one.
- Be able to explain which loading scenario each of the four suits
- Connect it to Resonance frequencies and mode shapes, since modal results feed these studies
- Practice interpreting the output, not only generating it
Contact and Connectors
Contact definitions quietly determine whether an assembly study is valid. Wrong contact type, missing contact, or poorly chosen connectors (bolts, pins, springs) can produce plausible-looking but wrong results.
- Know which contact conditions suit which physical situation
- Understand how connectors transmit load compared with modeling the fastener geometry directly
- Check connector force results as part of the Results area
Resolving meshing problems and Mesh convergence
Mesh failures eat clock time, and mesh convergence is how you justify trusting a number. The exam tests both the repair side and the verification side.
- Practice diagnosing why a mesh fails rather than only changing the element size
- Know what a convergence check actually demonstrates about stress and displacement results
- Recognize stress singularities so you do not chase a number that will never converge
Thermal and Thermal stress
Steady state and transient thermal studies each have their own setup logic, and Thermal stress couples a thermal result into a structural study.
- Distinguish when transient behavior matters versus steady state
- Understand the workflow of carrying temperatures into a structural analysis
- Watch units and boundary condition definitions, which are easy places to lose points
Do not neglect the "quieter" areas. Shells (including Composite shells), 2D simplification, Drop test, and Assembly Configurations can each appear in a hands-on challenge, and 2D simplification in particular is a time-saver that candidates often overlook because they default to full 3D models.
Difficulty Compared With the Exams Before It
A fair way to gauge difficulty is to compare the Expert exam with its prerequisites. This table reflects the qualitative character of each level rather than any official difficulty rating, since none exists.
| Credential | Role in the Path | Character of the Challenge |
|---|---|---|
| CSWA-S (Simulation Associate) | Entry-level simulation certification | Core linear workflow and fundamentals |
| CSWP-S (Simulation Professional) | Intermediate simulation certification | Broader study types with more setup independence |
| CSWE-S (Simulation Expert) | Top of the simulation path | Judgment across 18 areas, including nonlinear and dynamic, in a 3-hour mixed-format exam |
The practical leap is that the Expert exam combines hands-on and multiple-choice formats in a single sitting and expects you to decide how to approach each problem. If you want the broader picture of what the credential represents, see what the CSWE-S is.
Preparing Without an Official Sample Exam
This is a major contributor to perceived difficulty: SOLIDWORKS explicitly provides no official sample exam for the Expert credential. You cannot rehearse against the real format using an issuer-supplied practice paper. That means your preparation has to come from other sources.
What to use instead
- Issuer-recommended training: The recommended preparation includes SOLIDWORKS Simulation, Simulation Professional, the Simulation Learning Path, Dynamics, Nonlinear, and the built-in Simulation tutorials.
- Public course contents: The SOLIDWORKS Simulation and Simulation Professional course-contents PDFs are publicly available and useful for seeing which topics are taught. They are curriculum outlines, not exam blueprints, and recommended training carries no mandatory course-hour prerequisite.
- Third-party timed practice: Training providers offer timed mock exams, and community discussion exists on forums such as r/SolidWorks. Treat these as practice, not as official sample questions.
- Original practice problems: Build your own hands-on exercises for each area, then time yourself against the point values above.
Our practice test site is designed for the multiple-choice layer of this exam, and a structured plan for combining it with hands-on work is in the CSWE-S study guide.
Key Takeaway
Because no official sample exam exists, difficulty is partly an information problem. Close it by drilling each of the 18 published areas hands-on, and by timing yourself against the real structure: 10 practical tasks and 30 quick multiple-choice questions in 3 hours.
Scheduling the 18 Areas by Difficulty
If you take one piece of structure from this article, make it this: sequence your study so the foundational areas come first and the judgment-heavy nonlinear and dynamic areas get the most repetition. This is a CSWE-S-specific ordering, not a generic template.
Rebuild the linear foundation
- Linear stress, Contact, and Connectors (bolts, pins, springs)
- Shells including Composite shells, and 2D simplification
- Reason: contact and connector errors poison every later assembly study
Mesh, thermal, and coupled behavior
- Resolving meshing problems and Mesh convergence
- Steady state and transient thermal, then Thermal stress
- Reason: mesh discipline and thermal-to-structural workflow are prerequisites for trusting later results
Dynamics and stability
- Resonance frequencies and mode shapes, Drop test, and Linear buckling
- Linear dynamic: modal time history, harmonic, random vibration, response spectrum
- Reason: modal results underpin several linear dynamic study types
Nonlinear and full-length rehearsal
- Nonlinear static, Nonlinear dynamic, and Nonlinear buckling, with convergence troubleshooting
- Assembly Configurations and Results interpretation across stress, displacement, reaction force, and connector force
- Timed 3-hour dry runs that mimic the 10 hands-on plus 30 multiple-choice split
Adjust the length to your experience. If you work in nonlinear analysis daily, compress the early weeks; if you are returning after a break from simulation, extend them. A one-page recap of the highest-yield facts lives in the CSWE-S cheat sheet.
Logistics That Quietly Raise the Difficulty
Several non-technical factors make the exam harder than it needs to be.
- One attempt per fee: The listed fee is USD 149 in North America for one attempt, and retakes require a wait of at least 90 days plus a fresh exam credit. A failed attempt is therefore expensive in both time and money. See the CSWE-S certification cost breakdown for the full picture.
- Online delivery: Testing runs online through SOLIDWORKS and VirtualTester, with current program instructions linking the VirtualTester Web Client, while older material still uses Tangix and TesterPRO terminology. Do not be thrown by the naming mismatch.
- Machine readiness: Confirm your software version, your Simulation Premium license, and your ability to unzip files well before exam day. Technical surprises burn minutes you cannot recover on an unpausable timer.
- Scheduling: Plan your sitting around uninterrupted three-hour availability. Scheduling guidance is covered in the CSWE-S exam dates guide.
Who Should Attempt It, and When
The exam suits analysts and design engineers who already run simulations beyond the basics and want a credential that signals advanced capability. It is a poor fit if your simulation experience is limited to linear static studies, because the nonlinear and dynamic areas will expose that gap quickly.
Whether the effort pays off depends on your career context. No certification-specific salary uplift has been verified, so we avoid promising one; our ROI analysis and salary guide discuss the evidence honestly. Certificates for customers and students carry no official expiration date, which improves the long-term value of a single successful attempt. If you are weighing roles that value this credential, our overview of CSWE-S jobs is a useful companion.
A reasonable readiness test: you should be able to set up, solve, and sanity-check a nonlinear study, a thermal stress study, and a linear dynamic study without referring to a tutorial, and explain why your results are trustworthy. If you can do that comfortably within a realistic time budget, you are likely ready. If not, the exam is not impossible, but it is not yet your exam.
Frequently Asked Questions
Yes, in character. It is the top of the simulation path, requires CSWP-S as a prerequisite, mixes 10 hands-on and 30 multiple-choice questions in one 3-hour sitting, and expects you to decide your own approach across 18 published skill areas, including nonlinear and dynamic analysis.
The minimum passing grade is 70%, but question values differ (10-20 points for hands-on, 2 points for multiple-choice), so there is no fixed number of questions you can miss. Your total points determine the result.
No. SOLIDWORKS explicitly provides no official sample exam for the Expert credential. Use recommended training, the built-in tutorials, third-party timed practice, and your own hands-on exercises, and treat any mock exam as practice rather than official content.
Yes. You need SOLIDWORKS 2017 or later plus SOLIDWORKS Simulation Premium 2017 or later, and the ability to unzip files. A CAD-only Premium license is not the same thing and will not meet the requirement.
Retakes require waiting at least 90 days and purchasing a fresh exam credit. Because the fee covers one attempt, it pays to prepare thoroughly and rehearse the full 3-hour format before you sit. Our CSWE-S training overview can help you plan that preparation.