- Why There Is No Official CSWA-E Pass Rate
- What the Published Data Does Tell You
- How the Exam Format Shapes Your Odds
- Working Through the Official Sample Exam Style
- Domain-by-Domain Readiness Check
- Retake Rules, Cost, and Risk Management
- Numbers That Get Misread as Pass Rates
- Sequencing Your Preparation by Domain
- Who Takes This Exam and Why It Matters to Employers
- Frequently Asked Questions
- No official CSWA-E pass rate has been published; the 70% figure (35 of 50 points) is a passing score, not a success rate.
- The exam is 50 one-point multiple-choice/true-false questions in 60 minutes, and it is a knowledge test rather than a hands-on CAD build.
- Retakes require waiting at least 14 days and purchasing a fresh exam credit, so a first-attempt pass saves time and money.
- The five issuer-published topics are Electrical theory, Schematics, Electrical 3D, Electrical design, and Installation.
Why There Is No Official CSWA-E Pass Rate
If you searched for the CSWA-E pass rate hoping for a clean percentage, here is the honest answer: SOLIDWORKS (Dassault Systèmes) has not published one for the Certified SOLIDWORKS Associate - Electrical exam, and no verified figure exists in the issuer's exam page, its sample exam guide, its certification program page, or its September 2025 clarification post. Anyone quoting a precise rate such as "78% of candidates pass" is either guessing or borrowing a number from a different credential.
That matters because several unrelated certifications share similar abbreviations, and statistics get copied between pages carelessly. This article is about one credential only: the SOLIDWORKS Electrical Design Associate exam, a software-knowledge certification tied to SOLIDWORKS Electrical. It is not an electrician license, not a trade-board examination, and not a general electrical engineering test. If you want the broader picture of what the credential is, start with What Is CSWA-E? and What Does CSWA-E Stand For?.
This page exists to show you what the published data does support, how to reason about your own odds using the real exam mechanics, and how to avoid the common mistake of confusing the passing score with a pass rate. For the dedicated companion piece on this topic, see CSWA-E Pass Rate 2026: What the Data Shows.
What the Published Data Does Tell You
Even without a pass rate, SOLIDWORKS publishes enough hard facts to build a realistic picture of the challenge. These come from the issuer's exam guide and the program pages, and they are the only numbers you should rely on.
| Exam Attribute | Published Detail |
|---|---|
| Full credential name | Certified SOLIDWORKS Associate - Electrical (issuer title: SOLIDWORKS Electrical Design Associate) |
| Number of questions | 50 |
| Question types | Multiple-choice and true/false |
| Points per question | 1 point each |
| Time limit | 60 minutes |
| Passing score | 35 of 50 points (70%) |
| Fee (North America) | USD 20 for one attempt |
| Delivery | Online through SOLIDWORKS / VirtualTester |
| Retake wait | At least 14 days, fresh exam credit required |
| Certificate expiration | No official expiration date for customer/student certificates |
Notice what is absent: a cohort size, a first-attempt success rate, or a historical trend. What you do have is a clear mathematical bar. You can miss up to 15 questions and still pass, and each question carries equal weight. That structure is forgiving compared with exams that use scaled scoring or penalize wrong answers. For a deeper breakdown of the threshold itself, read CSWA-E Passing Score 2026: Exactly What You Need to Pass.
How the Exam Format Shapes Your Odds
Because no pass rate exists, the most useful predictor of your result is the format itself. Two format facts do most of the work.
It Is a Knowledge Test, Not a Hands-On Build
A persistent point of confusion is whether the CSWA-E asks you to build a schematic or 3D layout from scratch under time pressure. The issuer's explicit exam-specific language and the Lesson 13 clarification describe a test of multiple-choice and true/false items. It is not a long practical CAD assessment, and it is not a two-hour exam. One generic sentence on the exam page mentions "hands-on challenges," but the exam-specific note and the guide contradict that reading, and those exam-specific statements are the ones that govern.
Interactive use of SOLIDWORKS Electrical is therefore not required to sit the exam, although the guide and Lesson 13 do allow you to run the software to help you answer questions. That is a meaningful nuance: familiarity with the software's behavior helps you reason quickly, but you are not graded on clicking through menus.
Sixty Minutes for Fifty Questions
Sixty minutes across fifty items works out to roughly seventy-two seconds per question. That is comfortable for recall-style items and tight only if you stall on reasoning problems. The practical risk is not running out of time on every question; it is spending three minutes on one tricky item about equipotentials or wire numbering and then rushing the final ten.
If you want a candid assessment of how demanding the exam feels in practice, see How Hard Is the CSWA-E Exam? Complete Difficulty Guide 2026.
Working Through the Official Sample Exam Style
SOLIDWORKS links an official sample exam guide that includes an eight-question sample. That sample is not the full exam, and you should not assume the real test mirrors it item for item. But it reveals the style, which is the most valuable thing a practice resource can give you.
The style rewards conceptual understanding of how SOLIDWORKS Electrical models real electrical documentation. Rather than memorizing a menu path, you reason about what the software is doing and why. Consider the kinds of ideas that recur in this exam family:
- Wire numbering: Wires in a schematic receive identifiers according to rules in the project configuration. Understanding that the numbering scheme is driven by project settings, and that connected wires on the same electrical node generally share a number, lets you answer scenario questions without recalling an exact dialog box.
- Equipotentials: An equipotential groups wires that are at the same electrical potential. Questions here test whether you understand that connectivity, not drawing position, determines the grouping, and how that grouping affects numbering and reports.
- Symbols and components: The relationship between a schematic symbol and the manufacturer part it represents is a recurring theme. Knowing that the symbol is the graphical representation while the part carries the catalog data helps you eliminate wrong choices.
- Cross-references: Understanding how a coil and its contacts relate across sheets is a classic electrical-schematic concept that the software formalizes.
The best use of the sample is diagnostic. Take it cold, note which question types feel uncertain, and map each to one of the five domains. That mapping tells you where to spend your first study hours. Our CSWA-E Cheat Sheet 2026 condenses the facts most likely to surface in this style of question.
Domain-by-Domain Readiness Check
SOLIDWORKS publishes five exam topics. They are exact issuer headings, but the issuer does not publish a weighted blueprint, so do not assume each carries 20% of the questions or that any one is heaviest. Prepare all five. For a fuller walkthrough, see CSWA-E Exam Domains 2026: Complete Guide to All 5 Content Areas.
Domain 1: Electrical theory
The foundation that makes software behavior intuitive rather than memorized.
- Voltage, current, resistance, and power relationships
- Series versus parallel circuit behavior
- Control logic basics: contacts, coils, relays, and interlocks
- Reading and interpreting electrical schematic conventions
Domain 2: SOLIDWORKS Electrical Schematics
How the software captures a circuit as managed project data.
- Project structure, sheets, and templates
- Inserting and editing symbols, wires, and terminals
- Wire numbering and equipotentials
- Cross-references and generated reports such as bills of materials
Domain 3: SOLIDWORKS Electrical 3D
How the 2D schematic connects to the physical layout.
- Placing components in a 3D cabinet or enclosure layout
- Routing and the link between schematic data and 3D geometry
- How electrical data stays synchronized with the mechanical model
Domain 4: Electrical design
Applying principles to produce a coherent, correct design.
- Selecting appropriate components and ratings conceptually
- Organizing a design so documentation stays consistent
- Recognizing design choices that cause downstream errors
Domain 5: Installation
A published heading, though no exhaustive subtopic list or weighting is established.
- Software setup concepts and environment awareness
- Project and database configuration as general preparation
- Understanding how settings affect later design behavior
Because the Installation topic is the least specified, candidates should resist the urge to over-study it at the expense of the others. Cover the fundamentals, then move on.
Retake Rules, Cost, and Risk Management
Without a pass rate, your best risk tool is understanding what a failed attempt costs. The published fee is USD 20 in North America for one attempt. That is modest, which is why many candidates are tempted to "just try it." The hidden cost is time: a retake requires waiting at least 14 days and obtaining a fresh exam credit. The older exam guide mentions a 30-day wait, but the current exam page and program policy specify 14 days and take precedence.
The exam is delivered online through SOLIDWORKS and VirtualTester. The older guide references Tangix TesterPRO, while current program instructions direct candidates to the VirtualTester Web Client. Do not assume a universal webcam requirement; academic proctoring language does not establish one for every candidate. For full pricing context, see CSWA-E Certification Cost 2026: Complete Pricing Breakdown, and for scheduling logistics see CSWA-E Exam Dates 2026: Testing Windows, Deadlines & Scheduling.
There are also no formal entry prerequisites for Associate-level exams. Recommended study across the Electrical Schematic, Electrical 3D, and Electrical Learning Path material is preparation, not a mandatory training-hour gate. The exam page expects familiarity with SOLIDWORKS Electrical principles from version 2015 or later, which means conceptual familiarity, not buying or installing a 2015 license. More detail lives in CSWA-E Requirements 2026: Eligibility, Prerequisites & How to Qualify.
Numbers That Get Misread as Pass Rates
Several real figures circulate and get mislabeled. Keep them straight:
| Number | What It Actually Is | What It Is Not |
|---|---|---|
| 70% / 35 of 50 | The passing score threshold | A pass rate |
| USD 20 | North American exam fee for one attempt | A guarantee of a free retry |
| 14 days | Minimum wait before a retake | A cooldown that includes a free credit |
| 60 minutes | The exam time limit | A two-hour practical session |
| 2015 | Baseline version familiarity expected | A required 2015 software license |
The most damaging confusion is treating the 70% passing score as "70% of people pass." Those are completely different measurements. One is the cut line on your own score; the other would describe a population outcome that SOLIDWORKS has not published. Similarly, the 2025 date attached to the Lesson 13 post reflects when SOLIDWORKS clarified the format, not a 2026 revision of the exam outline.
Also be wary of salary claims attached to pass-rate pages. No certification-specific salary uplift was verified for this credential. If you are weighing value, see CSWA-E Salary Guide 2026: Complete Earnings Analysis and Is the CSWA-E Certification Worth It? Complete ROI Analysis 2026 for a grounded, qualitative view.
Sequencing Your Preparation by Domain
Since your odds depend on your preparation rather than a published statistic, sequence your study so that foundational concepts support the software-specific ones. This is the only structured-plan section in this article, and it is deliberately tied to the five domains. For a complete approach, see CSWA-E Study Guide 2026: How to Pass on Your First Attempt.
Electrical theory first
- Review circuit fundamentals and control-logic conventions
- Take the official eight-question sample cold as a baseline
- Tag each miss to one of the five domains
Schematics in depth
- Study wire numbering, equipotentials, symbols, and cross-references
- Run SOLIDWORKS Electrical if available to confirm how settings drive behavior
- Practice distinguishing symbol data from part data
3D, design, and installation
- Connect schematic data to the 3D cabinet layout
- Work through design-consistency scenarios
- Skim installation and configuration concepts without over-investing
Timed practice and review
- Complete full 50-question practice sets within 60 minutes
- Revisit weak domains and re-read flagged concepts
- Confirm your delivery route and the VirtualTester process
You can pressure-test this plan with the realistic questions on our CSWA-E practice test, which is built around the same multiple-choice and true/false style the issuer describes.
Who Takes This Exam and Why It Matters to Employers
The CSWA-E is an associate-level credential aimed at people who design or document electrical systems using SOLIDWORKS Electrical: students entering controls and machine-design fields, drafters, junior electrical designers, and mechanical engineers who collaborate with electrical teams. It signals that you understand how the software structures schematics, wire numbering, and 3D cabinet layouts, which is useful for roles in industrial automation, panel building, and machine manufacturing.
Because this credential is software-specific, it complements rather than replaces electrician licensing or engineering degrees. Employers and resellers in the SOLIDWORKS ecosystem tend to value it as evidence of baseline tool fluency, and the certificate carries no official expiration date for customer or student holders. Read more about the career side in CSWA-E Jobs, explore structured preparation options in CSWA-E Training, and see the overview at CSWA-E Certification.
Key Takeaway
Stop looking for a pass-rate number that does not exist and focus on the one you control: 35 correct answers out of 50. Map your weak spots to the five published domains, rehearse the multiple-choice and true/false style, and aim to pass on the first attempt to avoid the 14-day wait and an extra exam credit.
Frequently Asked Questions
No official pass rate for the Certified SOLIDWORKS Associate - Electrical exam has been published by SOLIDWORKS, and none was verified in the issuer's exam page, sample guide, or program materials. Any specific percentage you see elsewhere should be treated as unverified unless it links directly to SOLIDWORKS.
No. The 70% figure means you need 35 of 50 points to pass. It describes the cut line on your own score, not the share of candidates who succeed. Those are different measurements, and only the passing score is published.
The exam has 50 questions worth one point each, delivered as multiple-choice and true/false items, with a 60-minute time limit. It is a knowledge test rather than a hands-on CAD build, and it is not a two-hour practical.
Under the current exam page and program policy, you must wait at least 14 days and obtain a fresh exam credit before retaking. The older guide mentions 30 days, but the current policy supersedes it. Passing on the first attempt saves both time and cost.
Interactive use of the software is not required, although the official guide and Lesson 13 permit running it to help answer questions. The exam page expects familiarity with SOLIDWORKS Electrical principles from version 2015 or later, which means conceptual knowledge rather than owning a 2015 license.
Ready to measure where you stand against the real question style? Try the free CSWA-E practice questions and use your results to decide which of the five domains deserves your next study session.