- What "Training" Actually Means for This Exam
- The Official SOLIDWORKS MBD Course and Learning Path
- Software and Environment You Need Before You Train
- Building PMI Skills: Dimensions, Tolerances and Notes
- Views, Geometry and Pattern Work
- The Model-to-3D-PDF Workflow
- Original Practice Exercises You Can Build Yourself
- Sequencing Your Training by Domain
- Using the Official Sample Exam Wisely
- Exam-Day Mechanics That Training Should Prepare You For
- Frequently Asked Questions
- The CSWP-MBD exam is hands-on, runs 90 minutes, and requires a 75% minimum passing grade.
- SOLIDWORKS lists 17 functionality areas, from Reference Dimensions to Defining PMI, with no published weights.
- SOLIDWORKS MBD training and the Learning Path are recommended, not required; no prior certification is needed.
- You need SOLIDWORKS 2016 or later with working MBD functionality, plus Internet access for the VirtualTester Web Client.
What "Training" Actually Means for This Exam
Training for the Certified SOLIDWORKS Professional Model Based Design credential is different from preparing for a multiple-choice test. SOLIDWORKS describes the exam as a set of hands-on MBD challenges. You will be working inside the software, annotating parts, building views, and applying tolerances, rather than recalling definitions. That means the most valuable training is time spent doing PMI (product and manufacturing information) work on real models until the commands are automatic.
The issuer calls the credential SOLIDWORKS MBD Professional, abbreviated CSWP-MBD, and describes it around Model Based Definition tools. If you are new to the terminology, our explainers on what CSWP-MBD is and what CSWP-MBD stands for clear up the naming. The wording difference between "Design" and "Definition" does not point to a different exam. It is the same credential, and the skills are the same: communicating complete product definition directly on the 3D model.
The Official SOLIDWORKS MBD Course and Learning Path
SOLIDWORKS publishes a SOLIDWORKS MBD training offering and a Learning Path, and both are named by the issuer as recommended preparation. The public course contents document (reference PMT2525-ENG, copyright 2024) outlines the curriculum headings. Treat it as a map of preparation topics rather than a statement of exam coverage. The one-day course format is a training duration only. It is not the exam length and it is not a mandatory number of training hours.
Two cautions keep your expectations realistic:
- The public course contents are an outline, not the full paid course, so do not assume the outline is the whole syllabus.
- Curriculum headings do not establish exhaustive exam coverage or an official count of exam domains. The exam's own challenge areas are the 17 listed below.
If you are weighing whether to buy formal instruction at all, the CSWP-MBD certification cost breakdown separates exam fee from software and training, and the ROI analysis helps you decide how much to invest.
Software and Environment You Need Before You Train
Your training environment should mirror what you will use on exam day. The minimum is SOLIDWORKS 2016 or later, and the software must include the necessary MBD functionality. Note that 2016 is a compatibility floor, not the year of the content outline; the live exam page is undated. In practice, practice on a recent release so you are comfortable with the current interface, while confirming that the features you train on exist in the version you will test with.
Testing is delivered by SOLIDWORKS through Tangix/VirtualTester, and current instructions use the VirtualTester Web Client. You need Internet access during the exam. If you encounter older references to TesterPRO setup, remember that the current browser-client instructions take precedence over legacy material. Verify your setup against the official exam procedure document well before test day.
| Item | What to confirm |
|---|---|
| SOLIDWORKS version | 2016 or later, with MBD functionality available |
| Delivery client | VirtualTester Web Client (current instructions) |
| Connectivity | Internet access throughout the attempt |
| Fee (North America) | US$49 for one attempt, excluding software and training |
| Academic route | Eligible schools can provide MBD exam access under the Academic Certification program |
Building PMI Skills: Dimensions, Tolerances and Notes
The exam's listed functionality areas cluster naturally into groups. The first group is the annotation toolkit: how you dimension a part and attach tolerance information so a manufacturer can build it without a drawing.
Reference Dimensions, Size Dimensions and Location Dimensions
These three areas test whether you can distinguish what a dimension is for. Size dimensions define the dimensions of a feature, location dimensions position features relative to one another or to a datum, and reference dimensions provide information without driving geometry.
- Practice recognizing which dimension type a given requirement calls for.
- Be able to apply each one in the MBD environment, not only in a drawing.
- Understand how reference dimensions differ in intent from driving ones.
DimXpert and Auto Dimension
DimXpert is the toolset that applies manufacturing-oriented dimensions and tolerances directly to a part. Auto Dimension speeds up the process by generating a scheme automatically. Training should cover running automatic dimensioning, then reviewing and correcting the result rather than trusting it blindly.
- Run automatic dimensioning on a prismatic part and audit what it produced.
- Add manual size and location dimensions where the automatic scheme falls short.
Tolerance Style and Tolerance Status
Tolerance Style governs how tolerances are expressed. Tolerance Status reports whether the model is fully constrained or still under-defined. Candidates who can read the status feedback and close the gaps are working the way the exam expects.
- Learn what the status indicators tell you about missing definition.
- Practice changing tolerance style and observing the effect on existing annotations.
Notes and Flag Note Bank
Notes carry text-based manufacturing requirements, and the Flag Note Bank supports reusable flagged notes. Training should include creating, attaching, and reusing notes so that you are not hunting through menus under time pressure.
Views, Geometry and Pattern Work
The second cluster covers how annotations are organized and how geometry is used to define them.
Annotation Views versus 3D Views
This distinction trips up many newcomers, so build it into your training. Annotation Views orient and organize annotations on the model so they display in a controlled plane. 3D Views are captured model orientations that can be recalled in the 3D PDF or in the model. They are related but not interchangeable, and exercises should force you to create both and explain which one you needed and why. Annotation Views appears in the issuer's list, and 3D Views is listed as its own area.
MidPlane and Intersection Geometry
MidPlane and Intersection Geometry are the areas where PMI is applied to derived geometry, such as the center plane between two faces or the intersection of features. Practice dimensioning and tolerancing to these derived entities, since they behave differently from dimensioning to a simple face or edge.
Copy Scheme and Pattern Feature
Copy Scheme lets you reuse an existing dimension scheme, and Pattern Feature concerns how PMI behaves on patterned features. Efficient candidates know how to annotate one instance correctly and propagate the scheme rather than annotating every instance by hand. Train with parts that include hole patterns and repeated features so you can see the time savings first-hand.
The Model-to-3D-PDF Workflow
Two listed areas, 3D PDF Tools and Defining PMI, come together in the deliverable that MBD ultimately produces. A solid training habit is to run the whole workflow end to end at least a few times:
- Start with a clean part and define PMI: dimensions, tolerances, and notes applied to the model.
- Organize annotations using Annotation Views so the information is readable.
- Capture 3D Views for the orientations a reader will need.
- Use the 3D PDF tools to publish the annotated model to a 3D PDF.
- Open the result and verify that views, annotations, and notes behave as intended.
Practicing the full chain teaches you how each domain connects to the others, which is more valuable than memorizing any one command in isolation.
Original Practice Exercises You Can Build Yourself
Because the exam is hands-on, the best practice material is a set of parts you annotate yourself. Here are exercises that map to the listed areas without relying on any third-party leaked content:
Exercise 1: The Bracket Audit
Model a simple bracket with a base, two ribs, and a hole pair. Run automatic dimensioning, then audit the result and identify which dimensions are size, location, or reference.
Exercise 2: Tolerance Closure
Apply a tolerance style to your bracket and use tolerance status to find what is still undefined. Close each gap and note how the status changes.
Exercise 3: Pattern and Copy
Add a patterned hole group to a plate. Annotate one hole, then use a copy scheme to propagate the PMI. Check whether pattern members carry the annotations correctly.
Exercise 4: Derived Geometry
Create a slot and dimension to its midplane. Then dimension to an intersection point or edge. Compare how each reference behaves.
Exercise 5: Publish It
Create annotation views, capture 3D views, and export the annotated part to a 3D PDF. Review the output as if you were a machinist reading it for the first time.
For a compact checklist you can keep beside your keyboard, see the CSWP-MBD cheat sheet.
Sequencing Your Training by Domain
Generic study methods matter less here than ordering the content sensibly. A reasonable progression builds from basic annotation to advanced geometry to publishing. This is one possible plan, not a requirement:
Dimensioning fundamentals
- Reference Dimensions, Size Dimensions, Location Dimensions
- DimXpert and Auto Dimension on simple prismatic parts
Tolerances and notes
- Tolerance Style and Tolerance Status
- Notes and Flag Note Bank
Views, geometry, and reuse
- Annotation Views and 3D Views
- MidPlane, Intersection Geometry, Copy Scheme, Pattern Feature
Publish and simulate
- 3D PDF Tools and Defining PMI end to end
- Timed, uninterrupted mock runs of 90 minutes
If you want a broader plan beyond training, our CSWP-MBD study guide lays out a full preparation approach.
Using the Official Sample Exam Wisely
SOLIDWORKS links an official sample ZIP from the exam page. In our research the link was identified but its contents could not be retrieved, so we make no claims about its question count, scoring total, or contents. Download it directly from the official exam page and treat it as the authoritative sample. Copies uploaded to document-sharing sites by third parties are not verified issuer material, and we do not endorse them or any question bank's alignment with the live exam.
The official exam page does not publish a total number of questions, so avoid building your pacing plan on someone else's guess. Instead, practice the habit of working steadily across the full 90 minutes and moving on when a task stalls.
Exam-Day Mechanics That Training Should Prepare You For
- Timer: The exam is 90 minutes and cannot be paused. Simulate that in practice.
- Passing grade: A 75% minimum is required. This is a passing criterion, not a pass rate. We have not verified any published population pass rate; see our pass rate discussion and the passing score guide.
- Retakes: A retake requires waiting at least 14 days and obtaining a new CSWP-MBD credit.
- Validity: The issuer's 2020 Certification Program Q&A states that customer and student certifications do not expire.
- Scheduling: See our exam dates and scheduling guide for planning.
Key Takeaway
Train the way you will test: in SOLIDWORKS, on a clock, with no pauses. Fluency in the 17 listed areas, practiced through original annotated-part exercises, beats memorizing facts. When you want realistic extra reps, our practice test site is a good place to keep your skills sharp.
Where the Skills Pay Off
MBD skills matter wherever manufacturers want to cut reliance on 2D drawings: engineering design, manufacturing documentation, and quality and inspection roles. We keep salary claims separate from demonstrated skills, because the credential itself proves PMI capability rather than guaranteeing a particular pay level. For a measured look, read the salary guide and the overview of CSWP-MBD jobs. When comparing credentials, note that the legacy search term "CSWPA-DT" now corresponds to the issuer's CSWP-DT page, which covers drawing tools and is a different scope from MBD. For more on what the credential covers overall, see CSWP-MBD certification.
If you want to gauge your readiness before you commit, the main practice test hub offers additional ways to check your understanding, and the difficulty guide helps you calibrate expectations.
Frequently Asked Questions
No. The general Professional-exam FAQ requires no prior certification, and SOLIDWORKS MBD training and the Learning Path are recommended preparation rather than admission requirements.
The issuer describes a 90-minute exam with hands-on MBD challenges and a 75% minimum passing grade. The exam cannot be paused once started.
The current North American price is US$49 for one attempt, excluding software and training. Eligible schools can also provide MBD exam access through the Academic Certification program.
SOLIDWORKS 2016 or later with the necessary MBD functionality, plus Internet access for the VirtualTester Web Client used in current exam instructions.
Yes. Retakes require at least 14 days between attempts and a new CSWP-MBD credit.