What Is CSWA-E Certification?

What the CSWA-E Credential Actually Is

CSWA-E is the entry-level certification for SOLIDWORKS Electrical, the electrical design and schematic software from SOLIDWORKS, a Dassault Systèmes brand. The acronym expands to Certified SOLIDWORKS Associate - Electrical, and SOLIDWORKS currently lists it on its certification pages as "SOLIDWORKS Electrical Design Associate (CSWA-E)." You will see both names in official material, and they refer to the same exam.

The credential sits at the Associate tier of the SOLIDWORKS certification program. It is meant to show that you understand the principles behind electrical design in the SOLIDWORKS Electrical environment: how schematics are structured, how components relate to one another, how the 3D side of the product ties into the 2D schematic, and how the software supports installation-oriented work.

If you are new to the acronym and want shorter explainers, our pages on what CSWA-E stands for and the meaning of CSWA-E cover the naming in more detail. This article focuses on what the certification involves in practice.

Why It Is Not an Electrician License

The single most common misunderstanding about this credential is the assumption that it is a general electrical qualification. It is not. CSWA-E is a software-vendor certification. It does not license anyone to perform electrical work, it is not a journeyman or master electrician exam, and it does not substitute for any jurisdictional licensing requirement. There are other credentials in the industry that happen to share the same abbreviation; this site and this article concern only the SOLIDWORKS Electrical certification.

What the exam does test is your fluency in designing electrical systems within a specific software platform. A candidate might be a licensed electrician who has never touched the software, or a CAD designer with no field wiring experience. The certification speaks to the second profile far more than the first: it validates design-tool knowledge rather than trade qualifications.

Exam Format: A Knowledge Test, Not a CAD Practical

Many SOLIDWORKS certifications are associated with building models inside the software under a time limit, so candidates often assume CSWA-E works the same way. It does not. The issuer's sample exam guide specifies the format on printed page 5, and the September 2025 SOLIDWORKS "Lesson 13" article on the Electrical Design Associate exam confirms it.

A few clarifications are worth making because source material around this exam is inconsistent. The exam page contains a generic sentence about "hands-on challenges," but it also carries an explicit note that this exam is not hands-on, and the exam-specific statements and the Lesson 13 article are the ones to trust. Likewise, you may encounter descriptions suggesting a two-hour practical; that does not describe this exam. The sample guide also contains some unrelated Drawing Tools and MBD boilerplate from other certifications, which you can ignore.

You do not need to run SOLIDWORKS Electrical interactively to take the exam. The guide and Lesson 13 do allow you to use the software to help answer questions if you want to, but the test is built so that candidates with solid conceptual knowledge can answer without it. The current 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.

For a closer look at what the passing threshold means for your target, see our page on the CSWA-E passing score. Note that 70% is a cut score, not a pass rate; no official pass-rate figure has been verified, as discussed in our pass-rate analysis.

The Five Exam Topics Explained

SOLIDWORKS publishes five exam topic headings for the CSWA-E. These are the exact issuer headings, but they are not a detailed weighted blueprint, so you should not assume the topics carry equal weight or that any one of them dominates the exam. The sections below describe what each heading tends to demand in preparation. For a fuller breakdown, see our complete guide to the five CSWA-E content areas.

Reasoning Through the Official Sample

SOLIDWORKS links a practice guide, "SOLIDWORKS Certification Exam Guide & Practice Test - CSWA-E," that includes an eight-question sample. This is only a sample, not the full 50-question exam, and it is undated, so treat it as an illustration of style rather than a precise preview. Its value is in showing you how questions are framed.

When you work any sample item, a reliable approach is to ask three things in order:

1. What concept is being tested? Is this really about electrical theory, or is it asking how the software represents that theory?
2. Is there a distractor that is true in general but wrong in this context? Multiple-choice options on technical exams often include statements that sound plausible but describe a different tool or a different situation.
3. Does the answer follow from the design logic? If you understand why a schematic is structured a certain way, you can often eliminate options that would break that logic.

For true/false items, read for absolute words and for statements that mix two separate ideas. A statement can be half right, which makes the whole thing false. Because each question is worth exactly one point and there is no stated penalty for wrong answers, there is no reason to leave any question blank.

Registration, Fees, Retakes, and Validity

The mechanics are refreshingly simple compared with many professional certifications.

A few details deserve emphasis. First, the older sample guide mentions Tangix TesterPRO, while current program instructions direct candidates to the VirtualTester Web Client; follow the current instructions. Second, the guide's older retake wording of 30 days is superseded by the current exam page and program policy, which say 14 days. Third, academic proctoring language you may read in school-provider materials does not establish a universal webcam requirement for every candidate, so confirm the specific conditions given when you schedule your attempt.

The "no prerequisites" point is easy to over-read. The recommended preparation covers Electrical Schematic, Electrical 3D, and the Electrical Learning Path, but that is study guidance rather than a mandatory training-hour gate. For eligibility specifics, see our overview of CSWA-E requirements, and for a pricing breakdown see CSWA-E certification cost. For scheduling questions, our exam dates guide explains how testing availability works.

Who Benefits From This Credential

CSWA-E is most relevant to people whose work touches electrical design in SOLIDWORKS Electrical or who want to move in that direction. Typical profiles include:

• Students in engineering, technology, or drafting programs who want a recognized, low-cost credential to attach to a resume, often through an academic provider.
• Electrical designers and drafters who produce schematics and panel layouts and want to document their proficiency with the tool.
• Mechanical designers crossing into electrical work, such as those who already know SOLIDWORKS and need to understand how electrical data fits alongside their models.
• Controls and panel-building teams where standardized design practice matters and a shared vocabulary reduces rework.

Employers who use SOLIDWORKS Electrical, along with the resellers and training providers that support the software, are the natural audience for the credential. As an Associate-level certification, it signals foundational competence rather than deep specialization, so it generally works best as a starting point or supporting credential alongside project experience.

On the question of financial return, be cautious. No certification-specific salary uplift has been verified for CSWA-E, and you should be skeptical of any source quoting precise figures. Our ROI analysis and salary guide discuss how to think about value qualitatively, and the CSWA-E jobs page covers the kinds of roles where the software appears.

Sequencing Your Preparation

Because the exam is knowledge-based, your preparation should lean toward understanding relationships between concepts. One sensible ordering follows the dependency among the five topics: theory first, because everything else assumes it; schematics next, because that is the core working environment; then 3D, which builds on schematic data; and finally design and installation topics, which tie the earlier material together.

Keep your timing realistic: 60 minutes for 50 questions is roughly 70 seconds per item, which is comfortable for conceptual questions but tight if you stop to open the software for every one. Use the software to confirm understanding during study, and reserve it on exam day for questions where it genuinely helps.

Frequently Asked Questions

For a broader view of the certification, you can also read our overview of CSWA-E certification and our guide to CSWA-E training, then test yourself with the main practice test site.