- What the CSWA-E Actually Is (and Is Not)
- Exam Format: 50 Questions, 60 Minutes, 35 to Pass
- Clearing Up the "Hands-On" and "Two-Hour" Confusion
- The Five Published Exam Topics
- Working Through the Official Sample Exam
- Fees, Registration, and Retake Rules
- Software Requirements and the 2015 Baseline
- Sequencing Your Preparation by Domain
- Who Values This Credential
- Frequently Asked Questions
- The CSWA-E is a SOLIDWORKS (Dassault Systèmes) credential for SOLIDWORKS Electrical, not an electrician license.
- The exam has 50 questions, 60 minutes, one point each; you need 35/50 (70%) to pass.
- It is a knowledge test with multiple-choice and true/false items, not a hands-on CAD build.
- The fee is USD 20 in North America per attempt; retakes require 14 days and a fresh exam credit.
What the CSWA-E Actually Is (and Is Not)
The Certified SOLIDWORKS Associate - Electrical credential is issued by SOLIDWORKS, a Dassault Systèmes brand. The current issuer page titles it "SOLIDWORKS Electrical Design Associate (CSWA-E)." It validates that you understand the fundamentals of electrical design as practiced in the SOLIDWORKS Electrical product family: building schematics, working in the 3D cabinet environment, and reasoning about the electrical design that sits behind both.
What it is not matters just as much. This is not an electrician licensing examination. It does not test National Electrical Code compliance, journeyman or master electrician competencies, or jurisdictional wiring rules. It is a software-and-design credential, and the people who pursue it are typically electrical designers, controls engineers, panel builders, and students who work with SOLIDWORKS Electrical or want to prove they can. If you are still orienting yourself on terminology, our explainers on what CSWA-E is and what CSWA-E stands for cover the naming in detail.
Exam Format: 50 Questions, 60 Minutes, 35 to Pass
The issuer-linked exam guide and practice test specifies the structure on its printed page 5, and a September 23, 2025 SOLIDWORKS blog post ("Lesson 13: SOLIDWORKS Academic Certification - SOLIDWORKS Electrical Design Associate Exam") confirms the same numbers.
| Element | Published detail |
|---|---|
| Number of questions | 50 |
| Item types | Multiple-choice and true/false |
| Points per question | 1 point each |
| Time allowed | 60 minutes |
| Passing score | 35 of 50 points (70%) |
| Delivery | Online via SOLIDWORKS/VirtualTester |
Because every question carries equal weight, there is no partial credit strategy beyond answering as many items correctly as you can. At 60 minutes for 50 items you have roughly a minute and a bit per question, which is comfortable for a knowledge test but tight if you spend time hunting through software to verify every answer. For a deeper look at the numbers, see our page on the CSWA-E passing score, and note that the 70% threshold is a cut score, not a pass rate. If you want to understand what is known about outcomes, read what the data shows on CSWA-E pass rates; no official pass-rate figure has been verified.
Clearing Up the "Hands-On" and "Two-Hour" Confusion
Candidates searching for CSWA Electrical exam questions often run into conflicting descriptions. Two points deserve direct correction.
It is a knowledge test, not a CAD build
The exam page contains a generic sentence about "hands-on challenges," yet the same page also carries an explicit note that this exam is not hands-on. The exam-specific statements and the Lesson 13 clarification govern: you answer multiple-choice and true/false items. You are not asked to model a part, route a harness, or produce a drawing from scratch. That distinguishes the CSWA-E from some other SOLIDWORKS associate-level exams that do involve building geometry.
It is not a two-hour practical
Some older or third-party material blends the format of other SOLIDWORKS certifications into this one. The published figure for the Electrical associate exam is 60 minutes. If you see a longer duration quoted alongside CAD modeling tasks, that material is describing a different exam.
Also worth knowing: the downloadable guide contains some unrelated Drawing Tools and MBD boilerplate. That text does not redefine this exam, so ignore it when planning your preparation.
The Five Published Exam Topics
The issuer publishes five exam topic headings. These are exact issuer wording, but they are headings rather than a weighted blueprint, so do not assume each represents 20% of the test or that any one dominates. For a topic-by-topic walkthrough, see our complete guide to all 5 CSWA-E content areas.
Domain 1: Electrical theory
The foundation under every schematic. Expect questions that test whether you can reason about circuits rather than just place symbols.
- Core relationships among voltage, current, resistance, and power
- Series versus parallel behavior and what it implies for a design
- How control components such as contactors, relays, and protective devices behave in a circuit
Domain 2: SOLIDWORKS Electrical Schematics
The 2D environment where the logical design lives. This is where product-specific vocabulary matters most.
- Placing and managing symbols and components within a project
- Wire numbering and how numbers are assigned and propagated
- Equipotentials and how connected points are treated as a single electrical node
- How schematic data feeds reports and downstream deliverables
Domain 3: SOLIDWORKS Electrical 3D
The physical side: bringing the schematic into an enclosure or panel layout.
- Relationship between schematic components and their 3D counterparts
- Cabinet and panel layout concepts
- Routing and how physical placement relates to the electrical definition
Domain 4: Electrical design
Design-level judgment that ties theory to the tool: choosing sensible approaches, interpreting what a design shows, and recognizing correct versus flawed arrangements.
- Reading and interpreting an electrical design as a whole
- Understanding how project-level settings influence outcomes (treat these as preparation themes, not newly invented exam objectives)
Domain 5: Installation
"Installation" is a published heading, but no exhaustive subtopic list or weighting has been established by the issuer. Prepare by understanding how the software is set up and how projects are initialized, while recognizing that the exact scope is not itemized.
- General familiarity with getting the application and a project environment ready
- Awareness of how configuration choices affect later design work
Key Takeaway
Because only headings are published, resist the urge to over-index on any single topic. Build balanced competence across all five, with extra depth on schematics and electrical theory, where concepts are most clearly testable in a multiple-choice format.
Working Through the Official Sample Exam
The issuer-linked "SOLIDWORKS Certification Exam Guide & Practice Test - CSWA-E" PDF is the closest thing to an official preview. It contains an eight-question sample, which is explicitly not the full 50-question exam. That limitation shapes how you should use it.
- Attempt it cold first. Answer each item before reading any explanation, and note which topic heading each question maps to.
- Explain each answer in your own words. If you can only recognize the right option but cannot say why the others are wrong, you have recognition, not understanding. The real exam can reword a concept in ways the sample never shows.
- Look for the reasoning pattern, not the specific answer. Eight questions cannot cover the domains, so treat them as examples of style: how stems are phrased, how distractors are built, and whether true/false items hinge on a single qualifier.
- Do not memorize it. Memorizing eight items tells you nothing about the other 42.
Because the sample is so small, supplement it with deliberate practice across all five areas. Our CSWA-E practice test is built to give you a broader range of question styles than the official sample can, and you can use it alongside the issuer PDF. For quick last-day review, the one-page CSWA-E cheat sheet condenses must-know facts.
Fees, Registration, and Retake Rules
| Item | What the issuer publishes |
|---|---|
| Exam fee | USD 20 in North America, one attempt (SOLIDWORKS Certification Program page) |
| Free attempts | Available through eligible Academic Certification Providers, as confirmed in Lesson 13; this does not make every retail attempt free |
| Prerequisites | No formal entry prerequisites for Associate/Professional exams |
| Retake wait | At least 14 days and a fresh exam credit |
| Delivery | Online through SOLIDWORKS/VirtualTester |
| Certificate validity | No official expiration date for customer/student certificates |
A few details trip candidates up. First, the retake interval is 14 days under the current exam page and program policy, which supersedes the 30-day wording that appears in the older guide. Second, each retake needs its own exam credit, so budget accordingly. Third, the guide names Tangix TesterPRO as the testing engine, while current program instructions direct candidates to the VirtualTester Web Client; follow the current instructions. Finally, academic proctoring language in some materials does not establish a universal webcam requirement for every candidate, so confirm the rules that apply to your specific route when you register.
For a fuller financial picture, including how the USD 20 figure fits with training and software costs, see our CSWA-E certification cost breakdown. For eligibility specifics, our guide to CSWA-E requirements explains why there is no mandatory training-hour gate. Timing and scheduling questions are covered in CSWA-E exam dates.
Software Requirements and the 2015 Baseline
The current exam page asks for familiarity with SOLIDWORKS Electrical principles from version 2015 or later. That wording describes the vintage of the concepts you should know, not a requirement to buy or install a 2015 license. In practice, anyone comfortable with a modern release of SOLIDWORKS Electrical already meets the baseline.
Because interactive use of the software is unnecessary for the exam, candidates without a license are not locked out. Still, hands-on time helps you internalize schematic behavior, wire numbering logic, and the link between schematic and 3D data. If you have access, build a small project end to end: a motor starter circuit works well, because it touches protective devices, control logic, wire numbers, and a physical panel layout all at once.
Sequencing Your Preparation by Domain
This is the one place to discuss scheduling, and it is tied directly to how the five topics build on each other. Theory comes first because everything else depends on it; installation comes last because it is the least itemized area and benefits from the context you build earlier. For the full methodology, see our CSWA-E study guide for passing on your first attempt, and if you want to gauge your readiness, our analysis of how hard the CSWA-E exam is sets expectations.
Electrical theory
- Refresh circuit relationships and control component behavior
- Work through simple series/parallel reasoning without software
SOLIDWORKS Electrical Schematics
- Study wire numbering and equipotentials until you can explain them aloud
- Attempt the official eight-question sample and explain every answer
Electrical 3D and Electrical design
- Connect schematic components to their 3D representation
- Practice reading whole designs and spotting flaws
Installation and full review
- Review setup and project-initialization concepts
- Take a timed 50-question run in 60 minutes using the practice exam
Adjust the pace to your background. A working electrical designer may compress the theory week; a student new to controls may want to extend it. The timed run in the final week matters because 60 minutes for 50 questions rewards candidates who can answer decisively without relying on the software.
Who Values This Credential
The CSWA-E signals baseline competence in a specific toolchain, so it tends to matter most where SOLIDWORKS Electrical is actually used: control panel builders, machine and equipment manufacturers, engineering firms that integrate electrical design with mechanical CAD, and educational programs that want a documented outcome for students. Resellers and training providers, such as GoEngineer and Hawk Ridge Systems, also support SOLIDWORKS Electrical users and are common touchpoints for learning the product.
Be realistic about claims. No certification-specific salary uplift has been verified, and the credential is an associate-level signal rather than a guarantee of a particular wage or title. It works best as a differentiator on a resume for early-career candidates and as a structured way for working designers to validate their knowledge. Explore CSWA-E jobs, review the salary guide for what can and cannot be said about earnings, and weigh the tradeoffs in our analysis of whether the CSWA-E is worth it. If you are comparing training routes, our overview of CSWA-E training covers the Electrical Schematic, Electrical 3D, and Electrical Learning Path material the issuer recommends, which is preparation rather than a mandatory eligibility step.
Key Takeaway
The strongest case for the CSWA-E is low cost and low barrier: a USD 20 North American fee, no formal prerequisites, and a non-expiring certificate. That makes it an easy credential to add alongside real project experience, rather than a substitute for it.
Frequently Asked Questions
No. It is a knowledge test made up of multiple-choice and true/false items. You may run SOLIDWORKS Electrical to help answer questions, but you are not required to build or model anything interactively.
The exam has 50 questions worth one point each, with 60 minutes allowed. You need 35 out of 50 points, which is 70%, to pass.
The fee is USD 20 in North America for one attempt. If you need another try, wait at least 14 days and purchase a fresh exam credit. Eligible Academic Certification Providers may offer free attempts, but that does not apply to every retail purchase.
No. The exam page asks for familiarity with SOLIDWORKS Electrical principles from version 2015 or later, not purchase or installation of a 2015 license. Interactive software use is unnecessary, though hands-on practice helps your understanding.
According to the SOLIDWORKS Certification Program Q&A, customer and student certificates have no official expiration date, so you do not need to renew on a fixed schedule.