- The Honest Difficulty Verdict
- What the Exam Actually Looks Like
- Three Myths That Inflate Perceived Difficulty
- Domain-by-Domain Difficulty Ratings
- Reasoning Through the Official Sample
- Who Finds It Harder (and Easier)
- A Difficulty-Weighted Prep Schedule
- Fees, Retakes, and Logistics That Affect Your Odds
- Frequently Asked Questions
- The CSWA-E is 50 multiple-choice/true-false questions in 60 minutes, with 35 correct answers (70%) needed to pass.
- It is a knowledge test, not a hands-on CAD build, so speed in the software matters less than concept recall.
- Five topic areas: electrical theory, schematics, Electrical 3D, electrical design, and installation.
- The fee is USD 20 in North America, and retakes need a 14-day wait plus a fresh exam credit.
The Honest Difficulty Verdict
The Certified SOLIDWORKS Associate - Electrical exam sits at the approachable end of the certification spectrum, but "approachable" does not mean "free." It rewards candidates who have genuinely worked through SOLIDWORKS Electrical concepts and punishes those who assume general electrical knowledge will carry them. The exam is issued by SOLIDWORKS (Dassault Systèmes) and tests how well you understand electrical design as it is done inside that software ecosystem, not whether you can pull a permit or size a feeder.
Difficulty here is mostly about vocabulary and workflow recall. A candidate with a strong electrical background may still stumble on how SOLIDWORKS Electrical treats equipotentials or wire numbering. A candidate who has built a few schematic projects in the tool but never studied electrical fundamentals may miss the theory questions. The exam sits where those two skill sets overlap.
If you want the broader context on what the credential covers before judging its difficulty, start with our explainer on what CSWA-E certification is, then return here.
What the Exam Actually Looks Like
According to the issuer's published exam guide and the SOLIDWORKS Academic Certification lesson on the Electrical Design Associate exam, the structure is straightforward:
| Exam Element | Published Detail |
|---|---|
| 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 (70%) |
| Delivery | Online via SOLIDWORKS / VirtualTester |
| Fee (North America) | USD 20 per attempt |
| Retake wait | At least 14 days, with a new exam credit |
Notice what is not in that table: a hands-on modeling task. Some candidates confuse this exam with the practical, multi-hour CAD certifications in the broader SOLIDWORKS program. The CSWA-E is a knowledge test. You will not be asked to build a full schematic from scratch against a ticking clock. The official guide and Lesson 13 do allow you to run SOLIDWORKS Electrical to help you answer questions, but it is not required, and relying on it to rediscover concepts mid-exam will eat your 60 minutes quickly.
For a deeper look at how the score threshold works in practice, see our dedicated page on the CSWA-E passing score.
Three Myths That Inflate Perceived Difficulty
Myth 1: "It's a two-hour practical exam"
This is the most common mix-up, and it likely comes from the broader SOLIDWORKS certification family, where some exams are long, hands-on builds. The CSWA-E is 60 minutes and question-based. Candidates who prepare for a marathon practical waste study time on speed drills that do not map to the test.
Myth 2: "You need a 2015 license"
The issuer's exam page asks for familiarity with SOLIDWORKS Electrical principles from version 2015 or later. That describes the conceptual baseline the questions assume, not a requirement to purchase or install a 2015 license. You can prepare with a current version or a trial.
Myth 3: "Electrician experience makes it trivial"
This credential is a software-design associate certification, not an electrician licensing exam. Field experience helps with the theory and installation topics, but plenty of the content is specific to how SOLIDWORKS Electrical organizes schematics, 3D layouts, and project data. Our guide to CSWA-E requirements clarifies that there are no formal entry prerequisites, which is part of why people underestimate the preparation involved.
Domain-by-Domain Difficulty Ratings
The issuer publishes five exam topic headings. It does not publish an exhaustive weighted blueprint, so treat the ratings below as editorial judgment about where candidates typically need the most effort, not as official weighting. For the full breakdown, see our complete guide to all five CSWA-E content areas.
Domain 1: Electrical theory
Generally the friendliest area for anyone with a technical background, and the most punishing for those without one.
- Core circuit concepts: voltage, current, resistance, and how they relate
- Reading and interpreting standard electrical symbols and diagram conventions
- Understanding what a schematic is meant to communicate versus a physical layout
Domain 2: SOLIDWORKS Electrical Schematics
Usually the area where tool-specific knowledge matters most, and where self-taught candidates find gaps.
- How schematic projects, folders, and sheets are organized
- Wire numbering behavior and how numbers propagate through a drawing
- Equipotentials: what they represent and why wire numbering depends on them
- Placing and managing components within schematic pages
Domain 3: SOLIDWORKS Electrical 3D
Often the least familiar to candidates who only work in 2D schematics.
- How the 3D environment relates to the schematic data
- Placing electrical components and routing within an enclosure or assembly context
- Why consistency between schematic and 3D representations matters
Domain 4: Electrical design
Rewards judgment more than memorization, which can make it feel harder than it is.
- Design decisions that affect documentation and downstream outputs
- Organizing a project so that data stays traceable
- Recognizing good versus problematic design practice in a scenario
Domain 5: Installation
"Installation" is a published heading, but the issuer does not provide an exhaustive subtopic list or weighting for it. Candidates should prepare broadly and treat the examples below as preparation topics rather than confirmed exam objectives.
- Understanding what must be in place for the software to function in a project
- Project-setting and configuration concepts as part of a working setup
Reasoning Through the Official Sample
The issuer-linked exam guide includes a short sample of eight questions. It is not the full exam, and you should not treat it as a preview of exact question wording. Still, it reveals the style: concise stems, conceptual choices, and an emphasis on knowing how SOLIDWORKS Electrical behaves rather than on arithmetic.
Here is how to think through a typical conceptual item, using original reasoning rather than reproducing the guide's text:
- Identify the topic bucket. Is the question really about theory, the schematic tool, 3D, design practice, or installation? Naming the bucket narrows which mental model to apply.
- Eliminate absolutes. In true/false and multiple-choice formats, options using "always" or "never" are often traps unless the software genuinely enforces a rule.
- Ask what the software would do. Many items hinge on tool behavior. Picture the workflow: where would you click, and what would the program do with that data?
- Watch for near-duplicates. Two answer choices that differ by one term (for example, confusing a wire's number with the equipotential it belongs to) are testing exactly that distinction.
Key Takeaway
Because the sample is only eight questions, use it to calibrate style, then build volume elsewhere. A quality CSWA-E practice test with explanations helps you drill the equipotential, wire-numbering, and 3D-versus-schematic distinctions that the short sample can only hint at.
Who Finds It Harder (and Easier)
Because there is no official pass rate and no verified data on candidate outcomes, any claim about "X% fail on the first try" should be treated as unsupported. What we can say qualitatively is how different backgrounds tend to experience the exam.
| Candidate Background | Likely Strengths | Likely Weak Spots |
|---|---|---|
| Electrical engineering student | Theory, symbols, circuit reasoning | Tool-specific schematic and 3D behavior |
| Mechanical CAD user new to electrical | 3D concepts, SOLIDWORKS interface habits | Electrical theory, wire numbering, equipotentials |
| Panel designer or controls technician | Practical design and installation sense | Formal terminology and software-specific wording |
| Academic learner via an eligible provider | Structured exposure to the learning path | Applying concepts without guided exercises |
Students working through an Academic Certification Provider may have free opportunities to sit the exam, as confirmed in the issuer's Lesson 13 material, but that does not mean every retail attempt is free. If you are weighing whether the effort is worthwhile, our analysis of whether the CSWA-E is worth it walks through the trade-offs without inventing salary numbers the issuer has not published.
A Difficulty-Weighted Prep Schedule
Rather than spreading time evenly, front-load the areas that are most tool-specific and least intuitive, then finish with theory reinforcement and timed practice. This is a template to adapt, not a prescription; adjust based on your starting background. For a fuller roadmap, see the CSWA-E study guide.
Schematics foundations
- Work through project and sheet organization in SOLIDWORKS Electrical
- Practice wire numbering and trace how equipotentials drive it
- Start with Domain 2 because it underpins everything else
Electrical 3D and design
- Connect schematic data to the 3D environment
- Review design-practice scenarios (Domains 3 and 4)
- Note where 2D and 3D representations must agree
Theory and installation sweep
- Refresh circuit fundamentals and symbol reading (Domain 1)
- Review installation and project-setting concepts (Domain 5)
- Take a full 50-question timed run under 60 minutes
Once you reach the timed run, a condensed reference like our CSWA-E cheat sheet is useful for last-day review, and structured CSWA-E training options can fill gaps if a particular domain remains shaky.
Fees, Retakes, and Logistics That Affect Your Odds
Difficulty is not only about content. Practical details change how much risk each attempt carries.
- Cost per attempt: USD 20 in North America, one attempt per fee. Low stakes per try, but not unlimited free retries. See the CSWA-E certification cost breakdown for the full picture.
- Retake rule: At least 14 days between attempts and a fresh exam credit under the current exam page and program policy. Older guide wording mentioned 30 days, but the current policy governs.
- Delivery: Online through SOLIDWORKS and VirtualTester. The sample guide references Tangix TesterPRO, while current program instructions direct candidates to the VirtualTester Web Client. Confirm the current instructions before test day.
- Validity: Certificates for customers and students carry no official expiration date, per the issuer's certification program Q&A.
- Scheduling: Timing and windows are covered in our guide to CSWA-E exam dates.
Because a failed attempt costs both money and a two-week wait, the sensible strategy is to arrive prepared rather than treat the first sitting as a diagnostic. Use a full-length practice test under real timing before you pay for the live attempt.
Frequently Asked Questions
It is a knowledge test made up of multiple-choice and true/false questions, 50 in total, worth one point each. It is not a hands-on CAD build. The issuer's materials allow you to run SOLIDWORKS Electrical to help answer questions, but doing so is optional.
You need 35 of 50 points, which is 70%. The exam lasts 60 minutes. Note that this is a passing score, not a pass rate; the issuer has not published a verified pass rate.
There are no formal entry prerequisites for the Associate exam. The issuer expects familiarity with SOLIDWORKS Electrical principles from version 2015 or later, but that describes conceptual baseline, not a requirement to buy or install a 2015 license. Recommended learning-path study is preparation, not a mandatory training-hour requirement.
The fee is USD 20 in North America for one attempt. If you do not pass, you must wait at least 14 days and obtain a fresh exam credit before retaking. Some candidates may access free attempts through eligible Academic Certification Providers, but that does not apply to every retail attempt.
No. This is the Certified SOLIDWORKS Associate - Electrical credential from SOLIDWORKS (Dassault Systèmes), focused on electrical design using the SOLIDWORKS Electrical software. It is not a licensing exam for working electricians. If you are exploring where the credential can lead, see our overview of CSWA-E jobs.