What Does CSWA-E Mean?

The Short Answer: What CSWA-E Stands For

CSWA-E stands for Certified SOLIDWORKS Associate - Electrical. It is an entry-level certification offered through the SOLIDWORKS Certification Program, run by SOLIDWORKS, the Dassault Systèmes brand. SOLIDWORKS currently titles the credential "SOLIDWORKS Electrical Design Associate (CSWA-E)" on its certification page, so you may see either name. Both point to the same exam.

If you have landed here from a search for "what does CSWA-E mean," the practical meaning is this: a person who holds it has shown foundational knowledge of electrical design concepts as they apply to the SOLIDWORKS Electrical software environment. It confirms that you understand the principles behind schematics, 3D electrical layout, and installation topics well enough to answer a structured knowledge test at a 70% standard.

Several readers arrive from adjacent searches, so it is worth pointing to our companion explainers on what CSWA-E is, what CSWA-E stands for, and the broader CSWA-E certification overview. This article focuses on decoding the name and showing what sits behind each part of it.

Reading the Name Word by Word

The acronym compresses a five-part label. Taking it apart clarifies exactly what you are signing up for.

The "-E" suffix matters because SOLIDWORKS uses the CSWA family name for more than one discipline. The mechanical Associate exam tests part modeling and assembly work in the core CAD product. The Electrical version tests knowledge of electrical design practice and the SOLIDWORKS Electrical toolset. Candidates sometimes assume the two share content; they do not, and preparing for one will not cover the other.

Why It Is Not an Electrician License

This is the single most common misunderstanding about the credential, so it deserves its own section. CSWA-E is a software and design certification. It does not authorize anyone to perform electrical work, it is not a journeyman or master electrician license, and it is not tied to any jurisdiction's wiring code examination.

The distinction in plain terms:

• Electrician licensing is governed by state, provincial, or national authorities, usually involves apprenticeship hours, and covers hands-on installation under a code.
• CSWA-E is issued by a software vendor, has no apprenticeship requirement, and covers the knowledge needed to design and document electrical systems in SOLIDWORKS Electrical.

That does not mean electrical theory is absent. Domain 1 on the exam is literally "Electrical theory." But the theory is tested in service of design work: understanding what a circuit is doing so that you can draw it, number it, and lay it out correctly in software. If you are trying to decide whether it fits your career, our ROI analysis of the CSWA-E and the CSWA-E jobs page discuss where it fits and where it does not.

The Five Exam Topics

SOLIDWORKS publishes five headings for the exam. These are exact issuer-published topics, not a weighted blueprint, so no domain should be assumed to carry a particular percentage. Prepare for all five rather than guessing where the points sit. For a deeper breakdown, read the complete guide to all five CSWA-E content areas.

Format, Timing, and Passing Score

The format facts come from SOLIDWORKS' own exam guide and its September 23, 2025 "Lesson 13" academic certification post, and they agree with each other.

Running SOLIDWORKS Electrical during the test is not necessary, though the exam guide and Lesson 13 do permit using it to help answer questions. 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.

The 70% threshold is a score requirement, not a pass rate. No official pass-rate figure has been verified, and we do not publish invented ones; our CSWA-E pass rate article explains what can and cannot be said. For the arithmetic behind the cutoff, see exactly what you need to pass.

Thinking Through the Official Sample

SOLIDWORKS links an exam guide with an eight-question sample. It is a sample, not the full exam, so treat it as a taste of the style rather than a map of content. A few observations on how to use it well:

1. Read for the concept, not the wording. Sample items test whether you understand an idea (say, why two points in a wiring diagram share a potential) rather than whether you remember a menu path.
2. Reason from first principles when stuck. If an item touches equipotentials or wire numbering, ask what the software must be doing to keep the design consistent, then pick the option that matches.
3. Watch for true/false traps. Absolute words in a statement are worth a second look, because many true/false statements in technical exams turn on a single qualifier.
4. Ignore unrelated boilerplate. The guide contains some Drawing Tools and MBD text that does not apply to this exam. That wording does not change what the CSWA-E tests.

Once you have worked the sample, move to broader practice with questions that mimic the multiple-choice and true/false style. Our CSWA-E practice test is built for that purpose, and the one-page CSWA-E cheat sheet is useful for a last review.

Fees, Registration, and Retakes

The program page lists a fee of USD 20 in North America, for one attempt. Lesson 13 also confirms that free attempts exist through eligible Academic Certification Providers, such as qualifying schools, but that does not make every retail attempt free. If you are a student, ask your institution whether it participates.

• Prerequisites: none formal. The recommended Electrical Schematic, Electrical 3D, and Electrical Learning Path material is preparation, not a mandatory training-hour gate. See CSWA-E requirements for detail.
• Delivery: online testing through SOLIDWORKS/VirtualTester. The older guide names Tangix TesterPRO, while current program instructions point to the VirtualTester Web Client. Follow the current instructions.
• Retakes: at least 14 days between attempts and a fresh exam credit, per the current exam page and program policy. The older guide's 30-day wording is superseded.
• Validity: customer and student certificates have no official expiration date, according to the certification program Q&A.

Because a failed attempt costs both a waiting period and another credit, it is cheaper to prepare properly the first time. Our pricing breakdown covers cost scenarios, and the exam dates and scheduling guide covers how to book your slot.

Who Benefits From the Credential

The CSWA-E is most useful for people whose work touches electrical design documentation in a SOLIDWORKS environment:

• Students in engineering, mechatronics, or technical programs who want a vendor-recognized credential on a resume.
• Junior designers and drafters moving from generic CAD into electrical schematic and panel design work.
• Mechanical designers who increasingly collaborate with controls and electrical teams and need shared vocabulary.
• Employees at organizations that already use SOLIDWORKS Electrical and want a structured way to confirm baseline skills.

Be realistic about career claims. No certification-specific salary uplift has been verified, so we avoid promising one. The credential is evidence of knowledge, and its value depends on your employer, your portfolio, and your experience. If compensation is your main question, read the CSWA-E salary guide for what can responsibly be said.

A Domain-by-Domain Prep Sequence

Because the exam is knowledge-based rather than a timed build, preparation should lean on understanding and recall. This sequence orders the five topics so that each builds on the last. For a longer plan, see the CSWA-E study guide and the CSWA-E training page.

Theory goes first because schematics are the heaviest conceptual lift, and 3D layout makes more sense once the logical design is clear. Finish with timed full-length practice so the 60-minute pacing feels natural. You can run those sets on our practice test site.

Frequently Asked Questions