- What the Acronym Actually Names
- How the Exam Works: Hands-On, Timed, Proctored by Software
- The 14 Objective Areas in Plain Language
- Who Benefits From the Credential
- Registration, Fees and Retake Mechanics
- Prerequisites and the CSWE Connection
- Mold Making vs. Surfacing: Choosing the Right Credential
- A Domain-Ordered Preparation Sequence
- Frequently Asked Questions
- CSWAP-MM here means Certified SOLIDWORKS Advanced Professional Mold Making, issued by SOLIDWORKS (Dassault Systemes).
- The issuer's current public exam title is SOLIDWORKS Mold Making Professional (CSWP-MM); CSWPA-MM is a common legacy alias.
- The exam is hands-on: two hours, 75% minimum grade, SOLIDWORKS 2015 or later, and it cannot be paused.
- The public objective list has 14 areas, from parting line creation to surfacing.
What the Acronym Actually Names
CSWAP-MM stands for Certified SOLIDWORKS Advanced Professional Mold Making. It is a SOLIDWORKS certification focused on one discipline: using the SOLIDWORKS mold tools to take a molded part and turn it into a working core and cavity design, along with the mold-making knowledge that surrounds that workflow. The credential is issued by SOLIDWORKS, a Dassault Systemes brand, and it is not a generic CAD or plastics-engineering qualification.
Naming is the first source of confusion for newcomers. The issuer's current public exam page calls the test SOLIDWORKS Mold Making Professional (CSWP-MM). You will also see CSWPA-MM in older catalog entries, forum threads, sample-exam mirrors and study blogs. Those labels point to the same Mold Making certification. When you search for preparation material, expect to run queries under all three spellings, because resources are indexed under whichever label their authors grew up with.
How the Exam Works: Hands-On, Timed, Proctored by Software
The defining feature of this certification is that it is a hands-on assessment. You are not choosing letters from a list of answers. You are working inside your own SOLIDWORKS installation, building mold features on supplied models, and then reporting measurable results back to the testing software. That changes how you prepare: reading about parting lines does not substitute for building dozens of them.
The verified format facts
| Item | Current issuer position |
|---|---|
| Duration | Two hours |
| Minimum passing grade | 75% |
| Software requirement | SOLIDWORKS 2015 or later (a minimum supported version, not the outline's publication year) |
| Delivery | SOLIDWORKS/3DEXPERIENCE Certification Center via the VirtualTester Web Client |
| Pausing | Not allowed; the timer continues through a crash or restart |
| Retake after a fail | 14-day wait and a new exam credit |
| Cost per attempt (North America) | USD 20 per the current catalog |
You need your own working SOLIDWORKS installation and an internet connection. Dual monitors are recommended: one screen for the testing client and one for CAD makes a real difference when the clock is running. Some older instructions still use the TesterPRO label, but the current procedure uses the VirtualTester Web Client.
The 14 Objective Areas in Plain Language
The issuer publishes a top-level list of Mold Making objective areas. The list below follows that order. The issuer does not publish percentage weights for these areas, so treat all fourteen as fair game rather than assuming some are optional. For a deeper walkthrough of every area, see CSWAP-MM Exam Domains: Complete Guide to All 14 Content Areas.
Domains 1-4: Preparing the Part
Before a mold exists, the part has to be analyzed and the split defined.
- Parting Line Creation: establishing the edge loop where core and cavity separate, and understanding why a poorly chosen parting line causes downstream failures.
- Cavity Tool: building the mold base around the part, including scaling and the relationship between the part and the cavity block.
- Draft Analysis: checking faces against a pull direction and a required draft angle so the part can release.
- Undercut Analysis: finding regions that trap the part in a simple two-plate pull and deciding how they will be handled.
Domains 5-6: Mold Performance and Mechanics
These areas move beyond geometry into how a mold behaves.
- Mold Cooling Problem: a recurring pain point in community discussions, such as the SOLIDWORKS forum's Mold Cooling Problem thread. Expect to reason about cooling channel setup and how results are reported.
- Max Mold Opening: determining how far the mold halves must separate for the part and any core pulls to clear.
Domains 7-9: Surfaces, Flow and Material Behavior
- Parting Surface Creation: generating the surface that extends from the parting line to separate core from cavity.
- Runner and Sprue fill: the path plastic takes into the cavity, and how that path is modeled and checked.
- Shrink / Scale factor: compensating for material shrinkage by scaling the tooling, and verifying the effect on resulting dimensions and mass.
Domains 10-14: Shut-offs, Side Cores, Interlocks and Surfacing
- Shut-off Surface Creation: closing through-openings so the core and cavity can be separated cleanly.
- Modifying Shut-off Surfaces: editing shut-offs when the first automatic result is incomplete or wrong.
- Create Side Cores: handling undercuts with sliding or lateral core features.
- Create Tapered Interlocks: adding tapered locking geometry that aligns the mold halves.
- Surfacing: the issuer's heading for this area includes nested topics: Ruled Surface, Planar Surface, Knit Surface, Filled Surface, Extend Surface, Trim Surface and Lofted Surface.
Notice how the list follows a real mold-design workflow. Analysis comes first, then splitting, then fixing the problems the analysis uncovered. That sequencing is useful for study, which we return to below.
Who Benefits From the Credential
Mold Making certification is most relevant where SOLIDWORKS is used to design tooling for injection-molded parts. That typically means tooling designers, mold designers, product engineers who hand parts off to toolmakers, and engineers at molders or mold shops who need to prove they can drive the SOLIDWORKS mold tools rather than just model parts. It also suits students and career changers who want a verifiable skills signal in a narrow, practical niche.
Be careful with career claims. This site does not assert a certification-specific salary premium or a certification-wide pass rate, because the public sources do not establish them. If you are weighing the investment, read Is the CSWAP-MM Certification Worth It?, the salary guide and the jobs article, and treat any training provider's own student results as marketing about that provider, not as a measure of the whole certification.
Key Takeaway
The value of this credential is demonstrable skill with a specific toolset. A hiring manager can ask you to build a parting surface or fix a shut-off, and the certification tells them you have already done that under time pressure.
Registration, Fees and Retake Mechanics
Registration runs through the SOLIDWORKS Certification Program and the Certification Center. The current catalog lists USD 20 per attempt for North America. Purchased exam credits do not expire, which gives you flexibility in when you sit the exam, though that rule says nothing about credential validity or renewal terms, and those should not be assumed.
Several cost-related details are easy to miss:
- Training is separate from the exam fee. The issuer's recommended preparation is the Mold Design Using SOLIDWORKS course and the CSWP-Mold Making Exam Prep Course, and neither is bundled into the exam price.
- You supply your own SOLIDWORKS. A working installation is a cost, or an existing license, that sits outside the exam fee.
- Failed attempts consume credits. After a fail you must wait 14 days and use a new exam credit.
- Subscription benefits may apply. Eligible commercial subscription customers may qualify for 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.
For a full price breakdown, see CSWAP-MM Certification Cost, and for scheduling logistics see CSWAP-MM Exam Dates.
Prerequisites and the CSWE Connection
The program FAQ states that professional certification exams have no formal prerequisites. A prior CSWP credential is not imposed for Mold Making. In practice, though, you need solid SOLIDWORKS modeling fluency before mold tools make sense: sketching, features, surfacing basics and configurations should feel automatic. Our requirements article separates formal eligibility from practical readiness.
There is one relevant link to the wider program. Mold Making can count as one of the advanced-topic certifications used alongside CSWP toward eligibility for the SOLIDWORKS Design Expert (CSWE) credential. That is a path benefit, not an admission rule: you do not need CSWP or CSWE to attempt Mold Making.
Mold Making vs. Surfacing: Choosing the Right Credential
Candidates often ask whether to pursue Mold Making or the Surfacing professional certification (CSWP-SU). They are separate exams. The overlap is that Mold Making's fourteenth objective area is itself Surfacing, with its nested ruled, planar, knit, filled, extend, trim and lofted topics, because mold work depends on building and repairing surfaces.
| Question | Mold Making (CSWP-MM / CSWPA-MM) | Surfacing (CSWP-SU) |
|---|---|---|
| Primary focus | Core/cavity design, parting, shut-offs, side cores, interlocks | Surface modeling as a discipline |
| Best fit | Tooling and mold designers | Designers building complex surface geometry |
| Surfacing content | One of 14 objective areas | The whole exam |
| Separate exam and credit? | Yes | Yes |
If your day job is tooling, start with Mold Making. If your day job is styling or complex surface geometry, Surfacing may serve you better. Either can count among the advanced-topic certifications in the CSWE path.
A Domain-Ordered Preparation Sequence
Because the exam is hands-on, preparation means building, breaking and rebuilding real mold setups. One sequencing idea follows the workflow order of the objective list, since later areas reuse the skills of earlier ones. For a full plan, see the CSWAP-MM Study Guide, and for a compressed review use the cheat sheet.
Analysis and Splitting
- Practice Draft Analysis and Undercut Analysis on several parts until the color diagnostics read instantly.
- Build parting lines on parts with awkward geometry, then fix the ones that fail.
- Create Cavity Tool setups and note how scaling interacts with them.
Surfaces and Shut-offs
- Work Parting Surface Creation, Shut-off Surface Creation and Modifying Shut-off Surfaces back to back.
- Rehearse the Surfacing topics (ruled, planar, knit, filled, extend, trim, lofted) as repair tools for shut-off and parting problems.
- Practice diagnosing knitting failures rather than only building clean cases.
Mechanics and Verification
- Build Side Cores and Tapered Interlocks on parts that need them.
- Work Max Mold Opening, Mold Cooling Problem and Runner and Sprue fill scenarios.
- Practice Shrink / Scale factor changes and check how resulting dimensions and mass respond.
Timed Rehearsal
- Run full two-hour sessions in a clean environment, using the same two-screen setup you plan to use on exam day.
- Log which domain consumed the most time and rework that area.
- Use the CSWAP-MM practice tests to check your knowledge of terminology and concepts between CAD sessions.
Official sample archives linked from the issuer's exam page could not be retrieved during our research, so build your own exercises rather than relying on one downloadable sample. Create a small library of parts, each designed to trigger a different problem: a part with a through-hole needing a shut-off, a part with a lateral undercut needing a side core, a part with shallow draft to fail analysis. Practicing against deliberate failures is what separates candidates who finish on time from those who stall.
Key Takeaway
Prepare by troubleshooting, not by repeating success. Exam time disappears when a shut-off fails to knit or a parting surface will not extend, so rehearse those failures until fixing them is routine. Review how hard the exam is to set realistic expectations, and see what the pass-rate data does and does not show.
Frequently Asked Questions
On this site it means Certified SOLIDWORKS Advanced Professional Mold Making, a SOLIDWORKS certification issued by SOLIDWORKS (Dassault Systemes). The issuer's current public title is SOLIDWORKS Mold Making Professional (CSWP-MM), and CSWPA-MM is a common legacy alias for the same certification.
No. It is a hands-on assessment of SOLIDWORKS mold-tool use and associated mold-making knowledge, delivered through the VirtualTester Web Client. You work in your own SOLIDWORKS installation and are not limited to selecting answers from a list.
The current issuer page specifies two hours and a minimum passing grade of 75%. Older mirrored sample guides describe 90 minutes and a different scoring scheme, but those do not reflect the current examination.
No. The program FAQ states that professional certification exams have no formal prerequisites, and a prior CSWP is not imposed for Mold Making. You do need practical SOLIDWORKS fluency, since the exam assumes you can model and manage surfaces efficiently.
You must wait 14 days and use a new exam credit before retaking. The catalog lists USD 20 per attempt for North America, and purchased credits do not expire. Plan your retake around the weak domains you identified, not just a second run of the same preparation.
Yes. Mold Making can count as one of the advanced-topic certifications used with CSWP toward CSWE eligibility. That is a path benefit and does not create an admission prerequisite for the Mold Making exam itself.