- What Credential Are We Talking About?
- The Official Position on Prerequisites
- Practical Requirements: What You Actually Need Before Test Day
- Technical and Software Requirements
- Fees, Credits, and Subscription Benefits
- Exam Conditions That Shape Your Readiness
- Skill Requirements Mapped to the 14 Objective Areas
- A Qualification Plan Built Around the Objectives
- After You Qualify: Credential, Directory, and CSWE Path
- Frequently Asked Questions
- SOLIDWORKS states professional certification exams have no formal prerequisites, so no prior CSWP is required for Mold Making.
- The exam runs two hours with a 75% minimum passing grade, and requires SOLIDWORKS 2015 or later.
- You need your own working SOLIDWORKS installation, internet access, and the VirtualTester Web Client; the exam cannot be paused.
- The catalog lists USD 20 per attempt in North America; a failed attempt means a 14-day wait and a new exam credit.
What Credential Are We Talking About?
Before sorting out requirements, pin down the credential. On this site, CSWAP-MM refers to the SOLIDWORKS mold-making certification issued by SOLIDWORKS, a Dassault Systemes brand. The issuer's current public exam title is SOLIDWORKS Mold Making Professional (CSWP-MM). You will also see the legacy label CSWPA-MM in search results, forum threads, and older blog posts; it refers to the same Mold Making certification. If you want the naming history in more detail, see What Does CSWAP-MM Stand For? and What Is CSWAP-MM Certification?.
This matters for requirements because the Mold Making exam is its own assessment. It is not the core CSWP, not a Surfacing exam, and not a plastics credential. Eligibility rules, fees, and exam conditions described below apply to the Mold Making exam as published by SOLIDWORKS.
The Official Position on Prerequisites
The SOLIDWORKS Certification Program FAQ states that professional certification exams have no formal prerequisites. For Mold Making, that means:
- You do not need to hold a prior CSWP credential to register.
- You do not need a minimum number of years of employment in mold design.
- You do not need to complete an approved course before booking an attempt.
- There is no formal degree or age-based eligibility gate described in the issuer's published exam page.
One related point is worth separating out. Mold Making can count as one of the advanced-topic certifications that, combined with CSWP, contribute toward CSWE (SOLIDWORKS Design Expert) eligibility. That is a downstream benefit, not an admission rule. You can sit Mold Making without holding CSWP first.
Practical Requirements: What You Actually Need Before Test Day
The issuer's recommended preparation is Mold Design Using SOLIDWORKS and the CSWP-Mold Making Exam Prep Course. These are recommendations, not registration conditions. The public table of contents for the Mold Design Using SOLIDWORKS course (document PMT2505-ENG, eight pages) is available on the SOLIDWORKS site, but the table of contents does not establish exhaustive exam coverage, so treat it as a study aid rather than a definition of scope.
In practice, a candidate who qualifies comfortably has already done the following in SOLIDWORKS:
- Run a full mold-tool workflow on a plastic part from imported or native geometry through core and cavity creation.
- Diagnosed a part with draft and undercut analysis, then resolved the findings rather than just reading the colors.
- Built parting surfaces and shut-off surfaces by hand, including cases where automatic tools fail.
- Worked with surfacing commands well enough to repair or create the geometry that mold tools depend on.
If you are weighing how much prior skill is realistic, How Hard Is the CSWAP-MM Exam? breaks down where candidates struggle, and the CSWAP-MM training overview covers course options.
Technical and Software Requirements
Technical readiness is a real requirement, because the exam is delivered through SOLIDWORKS/3DEXPERIENCE Certification Center using VirtualTester. Based on the issuer's published materials:
| Requirement | What the issuer specifies |
|---|---|
| SOLIDWORKS version | SOLIDWORKS 2015 or later (a minimum supported version, not the year of the exam outline) |
| Software access | Your own working SOLIDWORKS installation |
| Delivery platform | VirtualTester Web Client (some older instructions still say TesterPRO) |
| Connectivity | Internet access during the exam |
| Display | Dual monitors recommended, not mandatory |
| Time limit | Two hours |
| Passing grade | Minimum 75% |
Two points deserve emphasis. First, the exam checks your ability to work inside your own SOLIDWORKS session, so the installation you test on must be stable and include the mold tools you intend to use. Second, the VirtualTester Web Client and the older TesterPRO references appear side by side in issuer documents. Follow the current testing instructions in the SOLIDWORKS Exam Procedure and the Certification Program page rather than a forum post written years ago.
Fees, Credits, and Subscription Benefits
The current certification catalog lists USD 20 per attempt for North America. Pricing in other regions may differ, so check the catalog for your location before you budget. Training and your SOLIDWORKS license are separate from the exam fee, which is why the total cost of qualifying can be much larger than the attempt price. For a fuller picture, read CSWAP-MM Certification Cost 2026.
Three credit and fee rules affect your planning:
- Unused credits do not expire. You can purchase an exam credit and hold it until you are ready. That rule is about the credit, not the credential, and it does not establish how long a passed certification stays valid.
- A failed attempt requires a new credit. Each attempt consumes a credit, so a retake is a second purchase.
- Subscription customers may qualify for benefits. Eligible commercial subscription customers can obtain qualifying exam benefits under the issuer's subscription offer, which provides up to three eligible exams per seat, twice a year, subject to license and exam restrictions. Check with your SOLIDWORKS reseller or your company's administrator to see whether your seat qualifies.
Exam Conditions That Shape Your Readiness
Several exam rules function as soft requirements, because they dictate how prepared you need to be before you click start.
The clock does not stop
The exam cannot be paused, and the timer continues through a computer crash or restart. If your machine is unstable, a restart eats directly into your two hours. Close background applications, confirm your graphics driver is stable, and save your work habits accordingly.
The 14-day retake wait
After a failed attempt, you must wait 14 days and use a new exam credit. Older third-party material mentions a 30-day wait, but that comes from a legacy sample-guide mirror and does not override the issuer's current 14-day rule. Plan any retake with the 14-day gap in mind, and use that time to rework the domains where you lost points.
Format: hands-on, not recall
The exam is a hands-on assessment of SOLIDWORKS mold-tool use and associated mold-making knowledge. It is not a generic multiple-choice-only test. The live question count has not been verified in the sources we rely on. Older sample-guide material describes nine questions and 90 minutes, but that does not match the issuer's current two-hour limit, so we do not treat the legacy count as current. For the scoring side, see CSWAP-MM Passing Score 2026.
Key Takeaway
Do not use a legacy 90-minute sample guide to pace your practice. Build practice sessions around the current two-hour limit and the 75% minimum, and treat any question count you read in third-party posts as unverified.
Skill Requirements Mapped to the 14 Objective Areas
The clearest statement of what "qualifying" means is the issuer's published list of exam objective areas. These 14 top-level headings are reproduced in the issuer's order. No percentage weights are published, so do not assume any area is worth more than another. The full walkthrough is in CSWAP-MM Exam Domains 2026: Complete Guide to All 14 Content Areas; here is what each area demands of a candidate at the requirements level.
Domains 1-4: Parting Line Creation, Cavity Tool, Draft Analysis, Undercut Analysis
These are the analysis-and-setup foundation. You need to read a part's geometry and decide how it will separate.
- Create and edit a parting line, including on parts where automatic selection misses edges.
- Use the cavity tool to generate the mold cavity from a base and the part.
- Run draft analysis and interpret results against a required draft angle.
- Run undercut analysis and recognize which regions need side action.
Domains 5-6: Mold Cooling Problem, Max Mold Opening
These areas go beyond pure surface modeling and test your mold-making knowledge. Cooling and opening problems are commonly discussed topics in SOLIDWORKS community forums, which suggests candidates find them less intuitive than the core tooling.
- Reason about cooling-channel placement and the geometry problem it creates.
- Work out the maximum mold opening required to eject the part and runner system.
Domains 7-9: Parting Surface Creation, Runner and Sprue fill, Shrink / Scale factor
Here you move from analysis to building mold geometry and accounting for material behavior.
- Build parting surfaces that extend cleanly to the mold boundary.
- Model the runner and sprue and understand how it affects the fill volume.
- Apply shrink or scale factors correctly and recognize when mass or volume results differ from expectation.
Domains 10-13: Shut-off Surface Creation, Modifying Shut-off Surfaces, Create Side Cores, Create Tapered Interlocks
This block is where many failures originate, because it is the hands-on repair work that automatic tools cannot always do.
- Create shut-off surfaces to close through-holes and openings.
- Modify shut-off surfaces when the automatic result is wrong or incomplete.
- Create side cores for undercut features.
- Create tapered interlocks to locate and lock mold halves.
Domain 14: Surfacing
Surfacing supports everything above, since mold geometry is largely surface work. The issuer's Surfacing heading includes nested topics you should be comfortable with:
- Ruled Surface, Planar Surface, Knit Surface
- Filled Surface, Extend Surface, Trim Surface
- Lofted Surface
Note that the nested Surfacing topics are part of the Surfacing heading, not separate top-level domains. The Surfacing area of this exam also should not be confused with the separate SOLIDWORKS Surfacing Professional (CSWP-SU) credential, which is its own exam.
A Qualification Plan Built Around the Objectives
Because there is no formal prerequisite, "qualifying" really means reaching readiness on all 14 areas. One short, mold-specific sequence works well, ordered so earlier skills feed later ones. For deeper strategy, see the CSWAP-MM Study Guide 2026.
Analysis foundation
- Parting Line Creation, Draft Analysis, and Undercut Analysis on a few different plastic parts
- Practice the cavity tool until core and cavity generation is routine
Surfacing first, then separation geometry
- Drill the Domain 14 surface tools: Knit, Trim, Extend, Filled, Lofted, Ruled, Planar
- Build Parting Surfaces on parts with curved and stepped boundaries
Shut-offs, side cores, interlocks
- Create and then deliberately modify Shut-off Surfaces after an automatic failure
- Create Side Cores and Tapered Interlocks
Calculation-style areas and timed runs
- Mold Cooling Problem, Max Mold Opening, Runner and Sprue fill, Shrink / Scale factor
- Two full two-hour timed sessions against the 75% bar
Surfacing goes ahead of the shut-off work on purpose, since shut-off and parting surfaces are built from the same toolset. Bring the same discipline to a timed run on the practice test site so the clock feels familiar before the real attempt.
After You Qualify: Credential, Directory, and CSWE Path
Successful candidates receive a certificate and digital credential. Directory visibility is controlled by your own settings, so you decide whether employers and peers can find you there. The sources we rely on do not establish validity-period or renewal terms for the credential, so confirm current terms with SOLIDWORKS rather than assuming.
On the career side, mold-design employers value demonstrated hands-on skill, and the credential is one signal among several. We do not assert a certification-specific salary premium or a certification-wide pass rate, because the available sources do not support one. For discussion of how to think about value, see Is the CSWAP-MM Certification Worth It? and CSWAP-MM Jobs. If you plan to pursue CSWE later, Mold Making can serve as one of the advanced-topic certifications alongside CSWP.
Frequently Asked Questions
No. The SOLIDWORKS Certification Program FAQ states that professional certification exams have no formal prerequisites, so a prior CSWP is not required to register for Mold Making. A CSWP does become relevant later if you pursue CSWE, where Mold Making can count as an advanced-topic certification.
The issuer specifies SOLIDWORKS 2015 or later. That is a minimum supported version rather than the year the exam outline was published. You also need your own working installation and internet access during the exam.
The current exam page specifies two hours and a minimum passing grade of 75%. Older sample-guide material that mentions 90 minutes and a point-based scheme reflects a legacy source and is not used here. See the passing score guide for more detail.
You must wait 14 days and use a new exam credit before retaking. The catalog lists USD 20 per attempt in North America, so budget for that if you expect a second try. Unused purchased credits do not expire.
No. The exam cannot be paused, and the timer keeps running through a computer crash or restart. Test your setup, including SOLIDWORKS stability and your VirtualTester Web Client access, before you begin. For general context on scheduling, see CSWAP-MM Exam Dates 2026.