- Which CSWP This Cheat Sheet Covers
- The One-Glance Fact Table
- Eligibility, Fees and Prerequisites
- Delivery, Software and Timer Rules
- Segment 1: Parts, Equations and Design Intent
- Segment 2: Configurations and Feature Changes
- Segment 3: Assemblies, Mates and Interference
- Scoring, Retakes and Certificate Validity
- Sequencing Your Prep Around the Segments
- Claims This Cheat Sheet Deliberately Leaves Out
- Quick-Answer FAQ
- The academic CSWP has three segments: 70, 50 and 80 minutes, for 200 minutes of total working time.
- Segment pass thresholds are 75/105, 77/104 and 77/109 points; all three segments must be passed.
- The dedicated academic instructions require CSWA-Academic held for at least 30 days before testing.
- The exam fee is US$0 only when your school is an active Academic Certification Provider.
Which CSWP This Cheat Sheet Covers
This page covers one credential only: Certified SOLIDWORKS Professional in Mechanical Design, Academic Version, issued by SOLIDWORKS (Dassault Systemes). It is administered through a qualified educational institution in a proctored setting. It is not the unrestricted commercial CSWP, and the eligibility, fee and retake rules below should not be assumed to carry over to any other route. If you are still orienting yourself, start with What Is CSWP? or What Is CSWP Certification? for the wider picture, then return here for the compressed review.
The exam is hands-on CAD modeling. You build and modify real SOLIDWORKS models, then enter answers as multiple-choice or numeric responses. Memorizing menus will not carry you; fluency with the software under time pressure will.
The One-Glance Fact Table
| Item | Academic CSWP Fact |
|---|---|
| Issuer | SOLIDWORKS, Dassault Systemes |
| Testing platform | Tangix/VirtualTester, currently via the VirtualTester Web Client |
| Proctoring | Through a qualified educational institution |
| Fee | US$0 for eligible students at an Academic Certification Provider school with an active subscription |
| Prerequisite | CSWA-Academic held at least 30 days (per dedicated academic instructions) |
| Intended experience | 1-2 years; about 100 classroom hours recommended (not mandatory) |
| Software minimum | SOLIDWORKS 2015 or later, plus Internet access |
| Total working time | 200 minutes |
| Segment 1 | 70 minutes; pass at 75 of 105 points |
| Segment 2 | 50 minutes; pass at 77 of 104 points |
| Segment 3 | 80 minutes; pass at 77 of 109 points |
| Retake wait | At least 14 days, plus another exam credit |
| Certificate validity | Does not expire, per the issuer's 2020 Certification Program Q&A |
Eligibility, Fees and Prerequisites
Free only through your school
The US$0 fee is school-sponsored eligibility, not an open-market free exam. Your institution must be an Academic Certification Provider with an active subscription and must meet regional license requirements. If your school does not qualify, you cannot assume a free seat. For the broader money picture, including what you may pay on other routes, see CSWP Certification Cost 2026: Complete Pricing Breakdown.
The CSWA-Academic prerequisite
The dedicated academic instructions require CSWA-Academic certification held for at least 30 days. You may notice other SOLIDWORKS pages worded differently: the general Design Professional page has narrower prior-CSWA language aimed at K-12 students, and the general Professional-exam FAQ says there is no prerequisite. Neither overrides the academic instructions or your school-approved route. When in doubt, ask your instructor which rule your school applies. The full breakdown lives in CSWP Requirements 2026: Eligibility, Prerequisites & How to Qualify.
Delivery, Software and Timer Rules
- Browser client first. Current instructions use the VirtualTester Web Client. Older guides and the 2025 lessons still mention TesterPRO installation and crash recovery; the current browser-client and recovery instructions take precedence.
- Working SOLIDWORKS required. You need SOLIDWORKS 2015 or later running properly, plus stable Internet access. A software problem discovered mid-exam is still costing you clock time.
- The timer cannot be paused. Total working time is 200 minutes across the segments. Treat every minute as spent the moment the segment starts.
- Your instructor chooses the format. The exam can be given as three separate segments or as one combined exam. That choice has real consequences for retakes (covered below).
- Test your setup beforehand. Confirm the browser client loads, your SOLIDWORKS version launches, and your display and units settings are comfortable before the proctored session begins.
Segment 1: Parts, Equations and Design Intent
Segment 1 - 70 minutes, 75/105 points to pass
Segment 1 centers on building parts from drawings and then proving that you built them with sound design intent.
- Creating parts from drawings
- Linked dimensions and equations
- Parameter and geometry changes
- Mass properties
- Maintaining design intent through modifications
The pattern is familiar from the linked sample: build a part to the drawing, report a mass property, then receive a changed dimension or condition and report the new value. The rebuild question is where candidates lose points. If your sketch relations are sloppy or your equations are hard-coded, the changed parameter breaks the model or silently produces a wrong volume.
What to rehearse
- Choosing an origin and sketch plane that make later changes painless.
- Driving dimensions through equations and linked values rather than retyping numbers.
- Checking units and material assignment before reading mass properties, since a wrong density or unit system makes every downstream numeric answer wrong.
- Reading the drawing carefully for symmetry, hidden features and reference geometry.
For a deeper treatment of how this segment is built, see CSWP Exam Domains 2026: Complete Guide to All 3 Content Areas.
Segment 2: Configurations and Feature Changes
Segment 2 - 50 minutes, 77/104 points to pass
The shortest segment rewards candidates who can reshape an existing model quickly and predictably.
- Configurations
- Design tables
- Mass properties
- Changing or rearranging features
With only 50 minutes, there is little room to wander. Expect to work with a model that has multiple states: configurations that suppress or resize features, driven by a design table. Questions then ask for a mass property in a specific configuration, often after a feature has been edited or reordered.
What to rehearse
- Building and editing a design table so that configuration names, dimension columns and suppression states behave as intended.
- Switching configurations and confirming which one is active before you read any value.
- Rearranging features in the tree and predicting which downstream features break or change shape.
- Reading mass properties per configuration, not for whatever happens to be active.
Key Takeaway
In Segment 2, the most common silent error is answering from the wrong active configuration. Make "confirm configuration, then measure" a reflex before every numeric entry.
Segment 3: Assemblies, Mates and Interference
Segment 3 - 80 minutes, 77/109 points to pass
The longest segment covers assembly work from construction through analysis.
- Inserting and replacing parts
- Basic and advanced mates
- Rigid and flexible subassemblies
- Collision and interference detection
- Coordinate systems
- Mass properties
Assemblies punish weak mating strategy. Questions may ask you to assemble components using specified mates, replace a part and recover the mates, flex a subassembly so that a mechanism moves, then detect interference or report the center of mass relative to a given coordinate system.
What to rehearse
- Choosing mate types that keep the assembly fully defined without over-constraining it.
- Advanced mates (limit, width, symmetric and similar) and when each is appropriate.
- The difference between rigid and flexible subassemblies, and what flexible lets you move.
- Running interference detection and reading its results, including which components are flagged.
- Creating a custom coordinate system and reporting mass properties relative to it, not the default origin.
The part-replacement skill matters beyond the exam; it mirrors real revision workflows, which connects to the kinds of roles discussed in CSWP Jobs.
Scoring, Retakes and Certificate Validity
Segment-specific thresholds
You must pass all three segments, each against its own point threshold: 75 of 105, 77 of 104 and 77 of 109. The academic overview also mentions a 70% passing grade, but that summary is not an exact replacement for the segment-specific thresholds, and a blanket 75% is not supported by the issuer's published numbers. Plan around the segment figures. More detail is in CSWP Passing Score 2026: Exactly What You Need to Pass.
Technical items versus scored instructions
The issuer's 2025 academic lessons for the three separate segments show 11, 12 and 14 displayed items respectively. Each segment includes one five-point instruction item, so those lessons document 37 displayed items: 34 technical items and three scored instructions. Treat that as a description of the documented separate-segment workflow, not a verified item count for the combined exam or every future delivery. The instruction item is worth real points, so read it rather than clicking through.
Retake logic
| Situation | What Happens |
|---|---|
| You pass a separate segment | That pass is retained; you only retake what you failed |
| You fail the combined exam | You must retake the entire combined exam |
| Any retake | At least 14 days wait and another exam credit, arranged through your school or purchase route |
Validity
Per the issuer's 2020 Certification Program Q&A, customer and student certifications do not expire. For pass-rate context, note that published population pass rates were not verified, so be skeptical of any site quoting one; see CSWP Pass Rate 2026: What the Data Shows.
Sequencing Your Prep Around the Segments
Because the segments are separate skill clusters, the order of preparation matters more than the total hours. A reasonable sequence follows the dependency chain: parts first, then configurations built on parts, then assemblies built on both.
Segment 1 foundations
- Rebuild drawing-based parts with equations and linked dimensions
- Practice reading mass properties with correct units and material
Segment 2 speed
- Drill design tables and configuration switching under a 50-minute limit
- Practice rearranging features and recovering from rebuild errors
Segment 3 assemblies
- Advanced mates, flexible subassemblies and part replacement
- Interference detection and coordinate-system-referenced mass properties
Timed full runs
- Attempt each segment against its real time limit and point threshold
- Review misses by cause: units, configuration, mate logic or reading error
For a fuller plan, see CSWP Study Guide 2026: How to Pass on Your First Attempt, and try the timed drills on the CSWP practice test site. Expect the official linked sample to cover Segment 1 only, so do not mistake finishing it for readiness on the other two segments. If you are weighing effort against reward, How Hard Is the CSWP Exam? Complete Difficulty Guide 2026 helps calibrate.
Claims This Cheat Sheet Deliberately Leaves Out
- No weighted domain percentages. The issuer lists skills per segment but publishes no percentage weights. Any chart assigning percentages to topics is invented.
- No population pass rate. None was verified. Your own practice scores are not a pass rate.
- No academic pay premium. Salary evidence exists by job role, but there is no supported claim that the academic certificate by itself raises pay. Read CSWP Salary Guide 2026: Complete Earnings Analysis and Is the CSWP Certification Worth It? Complete ROI Analysis 2026 with that distinction in mind.
- No fixed exam calendar. Sittings are arranged through your school, so there is no universal test date to quote; see CSWP Exam Dates 2026: Testing Windows, Deadlines & Scheduling.
Key Takeaway
The three segments are the actual exam structure, not editorial topic buckets. Prepare each one against its own time limit and point threshold rather than chasing a single blended percentage.
Quick-Answer FAQ
Only for eligible students whose school is an Academic Certification Provider with an active subscription and meets regional license requirements. It is school-sponsored eligibility, not an unconditional free retail exam.
The dedicated academic instructions require CSWA-Academic certification held for at least 30 days. Other SOLIDWORKS pages word this differently, but your school-approved route and the dedicated academic instructions govern.
Total working time is 200 minutes: 70 minutes for Segment 1, 50 for Segment 2 and 80 for Segment 3. The timer cannot be paused.
If your school ran separate segments, passed segments are retained and you retake the failed one after at least 14 days with another exam credit. If you failed the combined exam, you retake the entire combined exam.
According to the issuer's 2020 Certification Program Q&A, customer and student certifications do not expire.