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What Is A CSWA-E?

TL;DR
  • CSWA-E stands for Certified SOLIDWORKS Associate - Electrical, issued by SOLIDWORKS (Dassault Systèmes), not a trade license.
  • The exam has 50 questions, one point each, 60 minutes, and requires 35 of 50 points (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, and retakes need 14 days plus a fresh exam credit.

What a CSWA-E Actually Is

A CSWA-E is a credential holder who has passed the Certified SOLIDWORKS Associate - Electrical exam. The issuer is SOLIDWORKS, the Dassault Systèmes brand, and the current issuer-facing title for the program is "SOLIDWORKS Electrical Design Associate (CSWA-E)." The exam validates that you understand the principles behind SOLIDWORKS Electrical, the software used to draw electrical schematics, relate them to 3D layouts, and manage the data that connects the two.

Because several unrelated credentials in other industries share a similar acronym, it is worth being precise: everything on this page concerns the SOLIDWORKS Electrical certification only. If you landed here looking for a different credential, the exam, fees, and content described below will not apply to it.

The credential sits at the Associate level of the SOLIDWORKS certification program. Associate and Professional exams have no formal entry prerequisites, so you do not need a prior certificate to sit for it. For a deeper look at the formal conditions, see our guide to CSWA-E requirements, eligibility, and prerequisites.

Why It Is Not an Electrician License

The most common confusion for newcomers is assuming that any "electrical certification" relates to wiring buildings or passing a journeyman exam. The CSWA-E does not do that. It does not authorize anyone to perform installation work on site, it is not issued by a licensing board, and it does not cover local electrical code compliance as a regulated trade.

Instead, it measures whether you can think like a designer working inside a specific electrical CAD environment. The questions are about how that software models circuits, components, wiring, and documentation. A licensed electrician and a CSWA-E holder may work on the same project, but they contribute in different ways: one builds and commissions the system, the other designs and documents it.

Identity check: If a job posting asks for a state-issued electrician license, the CSWA-E will not satisfy it. If the posting asks for SOLIDWORKS Electrical proficiency or a SOLIDWORKS certification, the CSWA-E is directly relevant. The two credentials answer different questions.

Exam Format: A Knowledge Test, Not a Hands-On CAD Task

One of the most useful things to clear up before you study is the exam's structure. Some candidates assume a SOLIDWORKS exam means building a part or schematic against a timer, as in the practical CAD exams in other SOLIDWORKS tracks. The CSWA-E is different.

AttributeCSWA-E Detail
Number of questions50
Question typesMultiple-choice and true/false
ScoringOne point per question
Time limit60 minutes
Passing score35 of 50 points (70%)
Hands-on CAD buildNo; it is a knowledge test

Interactive use of SOLIDWORKS Electrical is not required to take the exam. The official sample exam guide and the issuer's Lesson 13 post do permit you to run the software to help you answer questions, which can be handy if you want to verify how a command behaves, but you are not graded on producing a drawing.

You may see a stray reference to "hands-on challenges" on the general exam page and some boilerplate about drawing tools in the sample guide. Those passages conflict with the exam-specific description and with the issuer's more recent clarification, which both describe a question-based knowledge test. Treat the 50-question, 60-minute, 70% format as the working definition. To see how that scoring threshold plays out, read our breakdown of the CSWA-E passing score.

The Five Published Exam Topics

The issuer publishes five topic headings for the exam. These are exact headings rather than a weighted blueprint, so do not assume each carries 20 percent of the questions or that any one topic dominates. Plan to be comfortable across all five. A fuller walkthrough is in our complete guide to all five CSWA-E content areas.

Domain 1: Electrical theory

The foundation under every schematic. Expect questions that test whether you understand how circuits behave before the software gets involved.

  • Basic circuit concepts such as current, voltage, resistance, and how loads and sources relate
  • Common component functions, for example contacts, coils, protective devices, and switches
  • How symbols and conventions represent real-world behavior

Domain 2: SOLIDWORKS Electrical Schematics

The schematic environment is where most day-to-day design happens. Know how the software treats the drawing as intelligent data rather than just lines.

  • Placing and defining components and their associated symbols
  • Wire numbering and how numbers propagate across a circuit
  • Equipotentials, the electrically connected points that share the same potential
  • Cross-references and how related symbols link to each other

Domain 3: SOLIDWORKS Electrical 3D

The 3D side connects the schematic's logic to a physical layout, such as a cabinet or enclosure.

  • How schematic components map to physical manufacturer parts
  • Placement of components inside an enclosure or on a mounting surface
  • Routing concepts for wires and cables in a three-dimensional model

Domain 4: Electrical design

This topic is about design decisions and the relationship between the pieces, rather than any single command.

  • How project data flows between schematic, 3D, and reports
  • Why consistent component data and naming matter to downstream documentation
  • Reasoning about what a given design change will affect

Domain 5: Installation

"Installation" is a published heading, but no exhaustive subtopic list or weighting has been established. Treat it as a heading to review broadly rather than a list to memorize.

  • Software setup and the environment the application runs in
  • Project configuration concepts you may encounter when getting started
A note on preparation examples: When this article or others mention project settings or installation specifics, they are preparation topics to help you build familiarity, not additional exam objectives the issuer has published. Stick to the five official headings as your scope.

Reading the Official Sample Exam Like a Candidate

The issuer links an undated sample document, "SOLIDWORKS Certification Exam Guide & Practice Test - CSWA-E: Certified SOLIDWORKS Associate Electrical." It contains an eight-question sample, which is a small taste rather than the full 50-question exam. Its value is in showing you the register of the questions: concise, tied to a concept, and answerable by someone who understands how the software models electrical design.

How to extract value from a short sample

  1. Identify the topic first. Before reading the answer choices, decide which of the five headings the question belongs to. That tells you what kind of reasoning to apply.
  2. Separate theory from software behavior. A question may be asking what a circuit does, or it may be asking how the application represents that circuit. Mixing these up is a common source of wrong answers.
  3. Reason about why each wrong option is wrong. Doing this builds an understanding that transfers to questions you have never seen, which matters because the sample is only eight questions.
  4. Do not memorize the sample. With only a handful of items, memorizing answers teaches you nothing about the other 40-plus questions on the real test.

To pair this with broader material, our CSWA-E study guide lays out how to build coverage beyond the sample, and the CSWA-E cheat sheet condenses the must-know facts into one page for last-minute review. You can also drill realistic questions on our CSWA-E practice test.

Fees, Delivery, Retakes, and Validity

Cost and how you pay

The published fee is USD 20 in North America for one attempt. Lesson 13 also confirms that free opportunities exist through eligible Academic Certification Providers, such as participating schools. That does not mean every attempt is free, so do not assume a retail purchase will be waived. For a cost-by-cost view, see the CSWA-E certification cost breakdown.

How the exam is delivered

Testing is online through SOLIDWORKS and its VirtualTester system. The sample guide names Tangix TesterPRO, while current program instructions direct candidates to the VirtualTester Web Client, so follow the current program instructions when you register. Proctoring language in academic contexts should not be read as a universal webcam rule for every candidate.

Software knowledge baseline

The exam page asks for familiarity with SOLIDWORKS Electrical principles from version 2015 or later. That is a knowledge baseline, not a requirement to buy or install a 2015 license. If you are studying on a newer release, the principles you need remain relevant.

Retakes and certificate lifespan

  • Retakes: You must wait at least 14 days and obtain a fresh exam credit. The sample guide mentions 30 days, but the current exam page and program policy supersede that wording.
  • Validity: Customer and student certificates carry no official expiration date.

Scheduling specifics are covered in our CSWA-E exam dates and scheduling guide.

Key Takeaway

Budget for one attempt at USD 20 (North America), but plan as though you will pass the first time. A retake requires a 14-day wait and a new exam credit, so thorough preparation protects both your time and your money.

Who Pursues This Credential

The CSWA-E is most relevant to people whose work touches electrical design inside the SOLIDWORKS ecosystem. Typical candidates include:

  • Students in engineering or technical programs, often through an academic certification provider, who want a recognized credential on a resume.
  • Electrical designers and drafters who produce schematics and panel layouts and want to document their software proficiency.
  • Mechanical designers who increasingly collaborate with electrical teams on machinery and enclosures and want a shared vocabulary.
  • Controls and automation technicians who read or maintain documentation produced in SOLIDWORKS Electrical.

Employers in machinery, industrial automation, panel building, and product design commonly use SOLIDWORKS tools, and a certification can help signal baseline competence. We have not verified an official pass rate or a certification-specific salary uplift, so be skeptical of any source that quotes precise figures. For a measured look at the career angle, read whether the CSWA-E certification is worth it and the discussion of CSWA-E jobs. A caution on numbers: the 70% passing score is the threshold you must reach, not a statistic about how many candidates succeed. If you want to understand how pass rates are discussed, see our pass rate analysis and the difficulty guide.

Sequencing Your Preparation by Domain

Because the exam is a knowledge test across five headings, an order of study that follows the logic of the software works well. The issuer recommends the Electrical Schematic, Electrical 3D, and Electrical Learning Path materials as preparation. These are recommended, not mandatory, and there is no training-hour eligibility rule.

Week 1

Electrical theory first

  • Refresh circuit fundamentals and component functions so the schematic work makes sense
  • Learn how symbols and conventions map to real behavior
Week 2

SOLIDWORKS Electrical Schematics

  • Practice wire numbering and equipotentials until you can explain them without notes
  • Review component definition and cross-references
Week 3

Electrical 3D and electrical design

  • Connect schematic data to physical parts and enclosure layout
  • Reason about how a design change ripples through the project
Week 4

Installation, then full review

  • Skim software setup and project configuration concepts
  • Run timed question sets at 50 questions in 60 minutes to build pacing

Theory comes first because it makes every later topic easier to reason about, while installation comes late because it is the heading with the least defined scope. The final week's timed sets matter because you have roughly 72 seconds per question, which is generous for recall but tight if you second-guess yourself. Find additional structure in our first-attempt study guide and extra reading under CSWA-E training.

Frequently Asked Questions

What does CSWA-E stand for?

It stands for Certified SOLIDWORKS Associate - Electrical. The issuer currently titles the program "SOLIDWORKS Electrical Design Associate (CSWA-E)." It is a SOLIDWORKS (Dassault Systèmes) credential, not an electrician license.

Is the CSWA-E exam hands-on?

No. It is a knowledge test of 50 multiple-choice and true/false questions in 60 minutes. You do not need to build a schematic, though the sample guide and the issuer's Lesson 13 allow running SOLIDWORKS Electrical to help answer questions.

What score do I need to pass?

You need 35 of 50 points, which is 70%. Each question is worth one point. Note that this is a passing threshold, not an official pass rate for candidates.

How much does it cost and can I retake it?

The fee is USD 20 in North America for one attempt. A retake requires waiting at least 14 days and purchasing a fresh exam credit. Some students may take it free through eligible Academic Certification Providers.

Does the certification expire?

Customer and student certificates have no official expiration date. There are also no formal entry prerequisites for the Associate exam, though the recommended Electrical learning materials are a sensible way to prepare.

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