- What the Numbers Actually Say About CSWP-MBD Pass Rates
- Why a Published Pass Rate Doesn't Exist
- What the 75% Passing Grade Is (and Isn't)
- Exam Format: What Is Published and What Isn't
- Where Candidates Realistically Lose Points
- The 17 Challenge Areas, Grouped by Skill
- How to Evaluate Third-Party Pass-Rate Claims
- A Domain-Sequenced Readiness Plan
- Fees, Retakes and Software: The Mechanics That Affect Outcomes
- Frequently Asked Questions
- No verified population pass rate for the CSWP-MBD has been published; treat any specific percentage you see online as unverified.
- The 75% minimum passing grade is a scoring threshold within one attempt, not the share of candidates who pass.
- The exam is 90 minutes of hands-on challenges across 17 issuer-listed functionality areas, and it cannot be paused.
- Retakes need at least 14 days and a new CSWP-MBD credit, so a failed attempt costs time and money.
What the Numbers Actually Say About CSWP-MBD Pass Rates
Searching for "CSWP-MBD pass rate" returns a lot of confident-sounding figures. Most of them have no traceable source. Here is the honest position for the Certified SOLIDWORKS Professional Model Based Design (CSWP-MBD) credential: SOLIDWORKS, the Dassault Systemes brand that issues the exam, has not published a population pass rate that could be verified. No official statistic says what fraction of candidates pass on a first attempt, a second attempt, or overall.
That sounds like a dead end, but it is useful information. It means the realistic way to estimate your chances is not to anchor on a number someone else invented, but to understand exactly what the exam asks, how it is scored, and how your own skills map to the published challenge areas. This article walks through what is known, what is not, and how to turn that into a preparation decision.
Why a Published Pass Rate Doesn't Exist
Several structural reasons explain the missing statistic, and understanding them helps you read competing claims critically.
- The issuer does not publish it. The official exam page lists objectives, duration, passing grade and logistics. It does not list outcomes data.
- Delivery is distributed. The exam is delivered through Tangix/VirtualTester using the VirtualTester Web Client, and candidates test through the SOLIDWORKS Certification Program, including through eligible schools under the Academic Certification program. A single public dashboard of results does not exist.
- Candidate populations differ wildly. Students in an academic program, working engineers who use PMI daily and people retaking after a failed attempt are all in the same pool. Any blended rate would say little about you.
- Third parties have incentives. Question-bank vendors and forum posters may cite an invented figure either to make the exam look easy (to sell confidence) or hard (to sell preparation).
For a fuller treatment of exam difficulty without relying on invented statistics, see our guide on how hard the CSWP-MBD exam really is.
What the 75% Passing Grade Is (and Isn't)
The issuer describes a 75% minimum passing grade. This is the most commonly misread number in CSWP-MBD research. It is a score threshold: within your attempt, you need to earn at least 75% of the available credit. It is not the proportion of candidates who pass.
| Number | What it measures | Published by issuer? |
|---|---|---|
| 75% minimum passing grade | The score one candidate must reach on one attempt | Yes |
| Population pass rate | Share of all candidates who reach that score | Not verified / not published |
| First-attempt pass rate | Share passing on their first sitting | Not verified / not published |
| Question total | Number of challenges or items on the exam | Not published on the official exam page |
For a detailed look at the scoring criterion itself, see our breakdown of the CSWP-MBD passing score.
Exam Format: What Is Published and What Isn't
Because the pass rate is unknown, the next-best predictor of success is a clear picture of the test format. The issuer describes hands-on MBD challenges completed within 90 minutes. You work in SOLIDWORKS itself, so the exam rewards doing, not recalling.
- Duration: 90 minutes, and the exam cannot be paused. A phone call, a software crash or an interrupted internet connection costs you clock time.
- Passing grade: 75% minimum.
- Question count: The official exam page does not publish a total. Treat any specific question count or scoring breakdown you see elsewhere as unverified.
- Platform: SOLIDWORKS testing through Tangix/VirtualTester; current instructions use the VirtualTester Web Client, and those current browser-client instructions take precedence over older TesterPRO setup references you may find online.
- Software: SOLIDWORKS 2016 or later, with the MBD functionality needed to complete the challenges, plus Internet access.
Where Candidates Realistically Lose Points
Without outcome data, we can still reason about failure modes from the format. A 90-minute, unpausable, software-based exam with a 75% threshold punishes four things:
- Tool hunting. If you cannot find DimXpert, the annotation view controls or the 3D PDF export options quickly, you burn minutes you do not get back.
- Almost-correct PMI. A dimension that exists but has the wrong type (reference instead of size, or location instead of size) or the wrong tolerance status will not earn full credit.
- Environment surprises. Candidates who first meet the VirtualTester Web Client on exam day lose focus to interface unfamiliarity rather than MBD content.
- Weak coverage of the less glamorous areas. Candidates often over-practice dimensioning and neglect things like Flag Note Bank, Copy Scheme or Tolerance Status.
If you want a structured way to close those gaps, our CSWP-MBD study guide lays out a first-attempt preparation path.
The 17 Challenge Areas, Grouped by Skill
The issuer lists 17 distinct functionality areas where the exam includes hands-on challenges. These are unweighted: the issuer does not publish percentages for each, and you should not trust third-party allocations that claim otherwise. Grouping them by skill makes preparation tractable. For the full walk-through, see the complete guide to all 17 content areas.
Dimension Types and Intent
This cluster is about choosing the right kind of dimension and knowing why.
- Reference Dimensions: informational values that do not drive geometry or carry tolerance
- Size Dimensions: define the size of features such as holes, slots and bosses
- Location Dimensions: position features relative to one another or to datums
- Auto Dimension: automated scheme generation and how to review and correct what it produces
Geometry References
Features that depend on how the model's geometry is interpreted.
- MidPlane: annotating symmetric features about a center plane
- Intersection Geometry: dimensioning to points created where geometry meets
- Pattern Feature: carrying PMI correctly across patterned instances
- Copy Scheme: reusing a dimensioning scheme on similar features
Tolerance and Annotation Content
Where numbers and notes become manufacturing intent.
- Tolerance Style: how tolerances are expressed
- Tolerance Status: whether features are fully, under or over defined
- Notes: general and attached notes in the 3D environment
- Flag Note Bank: reusing standardized flag notes
- Defining PMI: establishing product and manufacturing information on the model
Views and Output
Organizing PMI so it can be consumed downstream.
- Annotation Views: orientation-bound groups of annotations (distinct from captured 3D views)
- 3D Views: captured model orientations and display states
- DimXpert: the core toolset for applying and managing PMI
- 3D PDF Tools: publishing the annotated model into a 3D PDF
Key Takeaway
Because the 17 areas are unweighted, you cannot safely skip any of them on the theory that they are "low value." Aim for competent coverage of every area rather than mastery of a few.
How to Evaluate Third-Party Pass-Rate Claims
Search results for this credential include training companies, question-bank sites, video lessons and document-sharing uploads. They can be useful for learning, but be careful with anything that purports to describe outcomes or the live exam.
- Unlabeled sample uploads. A preview of a "sample exam" on a document-sharing site does not verify what the official sample ZIP contains, and it does not reveal how many challenges the live exam has.
- Topic percentage splits. If a site assigns precise percentages to each domain, ask where they came from. The issuer lists areas without weights.
- "Missing logistics" claims. Where a third-party page says the exam length or passing grade is unknown, defer to the issuer: 90 minutes and 75%.
- Paid question banks. Their contents are not publicly retrievable for review, so alignment with the actual exam cannot be assumed. Use them as practice volume, not as proof of coverage.
Our practice platform at cswpmbdexam.com is built around the published challenge areas and the 75% criterion rather than invented weightings.
A Domain-Sequenced Readiness Plan
Rather than a generic schedule, sequence the work by dependency. Early areas feed later ones, and the exam punishes gaps in the foundations. This is a template; stretch or compress it based on how often you already use PMI at work.
Dimension Fundamentals
- Practice Reference, Size and Location Dimensions until you can classify any dimension on sight
- Run Auto Dimension on several parts and correct what it gets wrong
- Set up the VirtualTester Web Client on your own machine so the interface is familiar
Geometry and Pattern Handling
- Work MidPlane and Intersection Geometry examples
- Annotate Pattern Feature instances and test Copy Scheme on repeated features
- Use DimXpert throughout so tool location becomes automatic
Tolerance, Notes and Defining PMI
- Apply different Tolerance Styles and read Tolerance Status results
- Build notes and flag notes using the Flag Note Bank
- Define PMI on a part from scratch without a template
Views, Output and Timed Runs
- Separate Annotation Views from captured 3D Views in practice
- Export a model to 3D PDF and open the result to verify what appears
- Complete timed 90-minute runs with the 75% criterion in mind
If the sample ZIP linked from the official exam page opens for you, work it under timed conditions as part of Week 4. For a condensed reference to review right before your attempt, see the CSWP-MBD cheat sheet.
Fees, Retakes and Software: The Mechanics That Affect Outcomes
Pass-rate thinking is really about risk. These details determine what a failed attempt costs you.
| Item | What the issuer states |
|---|---|
| Fee | US$49 for one North American attempt, excluding software and training |
| School access | Eligible schools can provide MBD exam access through the Academic Certification program |
| Retake waiting period | At least 14 days |
| Retake requirement | A new CSWP-MBD credit |
| Prior certification | None required under the general Professional-exam FAQ |
| Recommended preparation | SOLIDWORKS MBD training and the Learning Path |
| Certificate validity | The issuer's 2020 Q&A states customer and student certifications do not expire |
Two points deserve emphasis. First, the one-day SOLIDWORKS MBD course is recommended preparation, not an admission requirement and not a measure of the exam's duration. Second, because retakes require a new credit and a 14-day wait, rushing into a first attempt unprepared is a more expensive gamble than the US$49 sticker suggests. See the full cost breakdown and the requirements guide for details, and check exam scheduling before you plan.
Frequently Asked Questions
None has been verified or published by the issuer. The 75% figure is the minimum passing grade you must score on an attempt, not the percentage of candidates who pass. Treat any specific pass percentage found elsewhere as unverified.
The official exam page does not publish a question total. It describes hands-on MBD challenges in a 90-minute exam with a 75% minimum passing grade. Counts quoted by third-party sites are not issuer-verified.
Yes. Retakes require at least 14 days between attempts and a new CSWP-MBD credit. Because each attempt carries a fee, preparing thoroughly beforehand is more economical than testing to see what appears.
According to the issuer's 2020 Certification Program Q&A, customer and student certifications do not expire. If renewal policy matters to your employer, confirm the current statement with the issuer.
The missing statistic should not decide that. The credential demonstrates hands-on PMI and manufacturing-documentation skills, which you can verify against your own practice results. For a fuller view, read the ROI analysis and the overview of roles that use these skills.