- What the Credential Actually Is
- CSWAP-MM, CSWP-MM and CSWPA-MM: Sorting Out the Names
- How the Exam Works: Format, Software and Rules
- Fees, Prerequisites and Registration Mechanics
- The 14 Objective Areas You Are Tested On
- Where Candidates Actually Get Stuck
- Mold Making vs. Surfacing: Choosing the Right Credential
- Who Benefits From This Certification
- A Domain-Ordered Preparation Sequence
- Frequently Asked Questions
- CSWAP-MM here means Certified SOLIDWORKS Advanced Professional Mold Making, issued by SOLIDWORKS (Dassault Systemes).
- The exam is hands-on: two hours, 75% minimum passing grade, SOLIDWORKS 2015 or later.
- The listed fee is USD 20 per attempt in North America; failed attempts require a 14-day wait.
- No formal prerequisites exist, so a prior CSWP is not required to sit for it.
What the Credential Actually Is
The certification covered on this site is the SOLIDWORKS mold-making credential: a professional-level, hands-on assessment of how well you use SOLIDWORKS mold tools and the mold-making knowledge that goes with them. It is issued by SOLIDWORKS, part of Dassault Systemes, and delivered through the SOLIDWORKS/3DEXPERIENCE Certification Center using the VirtualTester platform.
The key word is hands-on. This is not a multiple-choice-only exam where you can memorize definitions and recognize the right letter. You open your own SOLIDWORKS installation, work with parts, build or modify mold features, and enter measured results back into the test environment. Candidates who treat it like a theory exam usually discover the mismatch quickly.
If you want the shortest possible orientation to the name itself, our related explainers on what CSWAP-MM stands for and the meaning of CSWAP-MM cover the terminology. This article focuses on what the certification is, how it is delivered, and what it demands of you.
CSWAP-MM, CSWP-MM and CSWPA-MM: Sorting Out the Names
Search for this credential and you will see several abbreviations. That is normal, and it is worth understanding before you spend money or study time.
| Label | Where you will see it | What it refers to |
|---|---|---|
| CSWAP-MM | This site's abbreviation | Certified SOLIDWORKS Advanced Professional Mold Making |
| CSWP-MM | The issuer's current public exam title | SOLIDWORKS Mold Making Professional |
| CSWPA-MM | Legacy materials, forums, older study guides | A common legacy/search alias for the same Mold Making certification |
For the broader picture of how the credential is named and marketed, see our pages on what CSWAP-MM certification is and the overview at CSWAP-MM certification.
How the Exam Works: Format, Software and Rules
The verified, issuer-published parameters are short and specific:
- Duration: two hours.
- Minimum passing grade: 75%.
- Software requirement: SOLIDWORKS 2015 or later. That year is the minimum supported version, not the publication year of the outline.
- Delivery: the VirtualTester Web Client. Some general or older instructions still use the older TesterPRO label, so do not be alarmed if documents disagree on the name.
- Your setup: you need your own working SOLIDWORKS installation and internet access. Dual monitors are recommended, since you will switch between the test window and your CAD session.
The rule that catches people off guard
The exam cannot be paused. The timer keeps running through a computer crash or restart. That makes your environment part of your preparation: a stable machine, a saved plan for reopening files quickly, and a tested internet connection are not optional extras. Do a dry run of your setup before exam day.
What about the number of questions?
We do not publish a question count, because the live total has not been verified. A legacy sample-guide mirror describes nine questions and 90 minutes, but that conflicts with the issuer's current two-hour limit and should not be treated as the current format. Likewise, a legacy mention of a 30-day retake wait does not override the current 14-day rule. Plan around the two hours and the 75% threshold, and treat anything else as unconfirmed. For more on scoring, read our guide to the CSWAP-MM passing score.
Fees, Prerequisites and Registration Mechanics
Cost
The current certification catalog lists USD 20 per attempt for North America. That figure covers the exam only. Training and a working SOLIDWORKS installation are separate costs, and for most candidates those dominate the real budget. Unused purchased exam credits do not expire, which gives you flexibility, though that rule says nothing about how long the credential itself stays valid. Our CSWAP-MM certification cost breakdown goes through the full picture.
Some 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 its license and exam restrictions. Check your own subscription terms before paying out of pocket.
Prerequisites
The program FAQ states that professional certification exams have no formal prerequisites. A prior CSWP is not imposed for the Mold Making exam. That said, "no prerequisite" is not the same as "no experience needed." The exam assumes you can already navigate SOLIDWORKS comfortably and work with solid and surface modeling. See CSWAP-MM requirements for a closer look at eligibility and readiness.
Retakes
A failed attempt requires a 14-day wait and a new exam credit. Given the low per-attempt fee, the real cost of a failure is the two weeks and the momentum, not the money. Use that waiting period to drill the specific domains where you lost time.
What you receive
Successful candidates receive a certificate or digital credential, with directory visibility controlled by their settings. You decide how publicly your result appears.
The 14 Objective Areas You Are Tested On
The issuer publishes a top-level list of Mold Making objective areas. These are the headings in the issuer's order. Note that no percentage weights are published, so you should not assume any area counts more than another. The issuer describes hands-on challenges in many of these areas.
- Parting Line Creation
- Cavity Tool
- Draft Analysis
- Undercut Analysis
- Mold Cooling Problem
- Max Mold Opening
- Parting Surface Creation
- Runner and Sprue fill
- Shrink / Scale factor
- Shut-off Surface Creation
- Modifying Shut-off Surfaces
- Create Side Cores
- Create Tapered Interlocks
- Surfacing
The Surfacing heading also includes nested topics: Ruled Surface, Planar Surface, Knit Surface, Filled Surface, Extend Surface, Trim Surface, and Lofted Surface. For a deeper walk through each area, see our complete guide to all 14 CSWAP-MM content areas.
The Analysis Group: Draft, Undercut and Shrink
Several areas test whether you can interrogate a part before you build any tooling.
- Draft Analysis: know how to evaluate faces against a pull direction and interpret the result, not just run the tool.
- Undercut Analysis: identify trapped regions that block ejection and decide how they affect the mold design.
- Shrink / Scale factor: understand how scaling the model changes the cavity and how that affects measured results such as mass.
The Splitting Group: Parting Line, Parting Surface, Cavity Tool
These areas form the backbone of a mold split.
- Build a valid parting line that closes cleanly around the part.
- Create a parting surface that extends outward to the mold block correctly.
- Use the Cavity tool to produce the mold halves from the part, base block and surfaces.
The Closure Group: Shut-offs, Side Cores and Interlocks
This is where mold-specific judgment shows up.
- Shut-off Surface Creation and Modifying Shut-off Surfaces: close through-holes and openings so the parting works, then edit those closures when they fail.
- Create Side Cores: handle features that cannot release along the main pull direction.
- Create Tapered Interlocks: add locating features between mold halves.
The Process Group: Cooling, Opening, Runner and Sprue
These areas connect geometry to how a mold actually runs.
- Mold Cooling Problem: work through a cooling-channel scenario and report the requested result.
- Max Mold Opening: determine how far the mold must open for the part to clear.
- Runner and Sprue fill: build or evaluate the feed system and report what the task asks for.
Where Candidates Actually Get Stuck
Because the exam is hands-on, failures tend to come from workflow breakdowns rather than missing vocabulary. Community discussions, such as the SOLIDWORKS forum thread on a mold cooling problem and Reddit requests for more Mold Tools study resources, show a recurring pattern: people find the tool buttons easily but struggle when a step fails. These discussions inform our editorial emphasis; they are not official exam facts.
Parting and shut-off failures
A parting line that will not close, a parting surface that will not knit, or a shut-off that leaves a gap all produce the same symptom: the Cavity tool refuses to give you a clean split. Practicing the diagnosis is as valuable as practicing the creation. Learn what a failed knit looks like and how to find the offending edge.
Side cores and undercuts
Undercut Analysis tells you where trouble lives; Create Side Cores is how you resolve it. Candidates who rehearse these two together, rather than as separate topics, tend to move faster because the analysis result directly drives the build.
Measured results that do not match
Many tasks end with you reporting a number. If your shrink or scale setup is slightly off, a mass or dimension result will not match the expected answer even though your model looks right. Get in the habit of re-checking scale settings and units before you submit a value.
Time management across two hours
With the timer unstoppable and the exam hands-on, a single rebuild of a parting surface can consume a large share of your clock. Decide in advance how long you will spend on any one task before moving on. Our guide on how hard the CSWAP-MM exam is discusses where the difficulty concentrates.
Key Takeaway
Practice failure recovery, not just the happy path. The exam rewards candidates who can diagnose why a split, knit or shut-off failed and fix it quickly, because the clock does not stop while you troubleshoot.
Mold Making vs. Surfacing: Choosing the Right Credential
Candidates sometimes wonder whether to pursue Mold Making or the separate SOLIDWORKS Surfacing Professional certification (CSWP-SU). They are different exams with different objective lists, and one does not replace the other.
| Aspect | Mold Making | Surfacing Professional (CSWP-SU) |
|---|---|---|
| Focus | Mold tools: parting, cavity, shut-offs, side cores, cooling, shrink | Surface modeling as its own discipline |
| Surfacing content | One of 14 objective areas | The core subject |
| Best fit | Tooling and mold designers | Designers working with complex surface geometry |
Mold Making does include a Surfacing objective area, so surface skills transfer, but you do not need the Surfacing credential to attempt Mold Making. Also note that Mold Making can count as one of the advanced-topic certifications used alongside CSWP toward CSWE (SOLIDWORKS Design Expert) eligibility. That is a downstream benefit, not an admission requirement for the Mold Making exam.
Who Benefits From This Certification
Mold-making certification is most relevant to people who design or work around injection-molded or similar tooling: tool and die designers, mold designers, product engineers who hand off parts to tooling vendors, and manufacturing engineers who review mold feasibility. Contract mold shops and reseller-trained designers have an obvious use for a credential that demonstrates working fluency with the mold tools.
We do not assert a certification-specific salary premium or a certification-wide pass rate, because no verified figures support one. Any number you see attached to this credential without a clear source should be treated skeptically; a training provider's own student pass rate, for example, is not an overall pass rate. For a measured look at the value question, read whether the certification is worth it, our salary analysis, and the discussion of pass-rate data. You can also browse CSWAP-MM jobs to see how employers describe the skills.
A Domain-Ordered Preparation Sequence
Generic study habits matter less here than the order in which you tackle the domains, because the later areas build on the earlier ones. The issuer's recommended preparation is the Mold Design Using SOLIDWORKS course and the CSWP-Mold Making Exam Prep Course. That training is separate from the exam fee. A public eight-page table of contents for the Mold Design course exists, but it establishes preparation curriculum only, not exhaustive exam coverage.
Analyze before you build
- Draft Analysis and Undercut Analysis on varied parts
- Shrink / Scale factor, including checking resulting mass
Make the split work
- Parting Line Creation and Parting Surface Creation
- Cavity Tool, including diagnosing a failed split
Closures and complex features
- Shut-off Surface Creation and Modifying Shut-off Surfaces
- Create Side Cores and Create Tapered Interlocks
Process tasks and surfacing
- Mold Cooling Problem, Max Mold Opening, Runner and Sprue fill
- Surfacing topics, then a timed two-hour full run
Schedule analysis first because Draft and Undercut results tell you what the later shut-off and side-core work must solve. Finish with a full timed run in your actual exam setup. For a fuller plan, see the CSWAP-MM study guide, the dedicated CSWAP-MM training overview, and the quick-reference CSWAP-MM cheat sheet. When you want to test yourself, use the CSWAP-MM practice test to check your recall of mold-making concepts alongside your hands-on CAD practice.
Frequently Asked Questions
It tests hands-on use of SOLIDWORKS mold tools and associated mold-making knowledge across 14 published objective areas, from Parting Line Creation and the Cavity Tool through shut-offs, side cores, tapered interlocks and Surfacing.
The issuer lists a two-hour exam with a minimum passing grade of 75%. The timer cannot be paused, even if your computer crashes or restarts.
No. The program FAQ states professional certification exams have no formal prerequisites, and a prior CSWP is not imposed for Mold Making. Practical SOLIDWORKS experience is still strongly advisable.
The catalog lists USD 20 per attempt for North America. A failed attempt requires a 14-day wait and a new exam credit. Unused purchased credits do not expire, and training is a separate cost.
CSWPA-MM is a common legacy and search alias for the same Mold Making certification, which the issuer now titles SOLIDWORKS Mold Making Professional (CSWP-MM). When older guides conflict with the issuer's current page, follow the issuer.