- What We Can and Cannot Say About CSWA-E Pay
- What the Credential Actually Certifies
- Roles Where SOLIDWORKS Electrical Skills Show Up
- What Actually Moves Pay in Electrical Design Work
- The Entry Cost Against the Career Upside
- Exam Skills That Translate Into Hireable Skills
- Putting the Credential to Work in Pay Conversations
- A Domain-by-Domain Prep Sequence
- Frequently Asked Questions
- No verified, certification-specific salary uplift exists for the SOLIDWORKS Electrical Design Associate (CSWA-E), so be wary of precise figures online.
- The exam is 50 multiple-choice/true-false questions in 60 minutes, with a 35/50 (70%) passing score.
- North American exam fee is USD 20 for one attempt, which makes the financial risk small.
- Pay depends mostly on your role, industry, and design experience; the credential is supporting evidence, not a pay formula.
What We Can and Cannot Say About CSWA-E Pay
Most salary articles about certifications lean on a convenient number: "certified professionals earn X% more." For the Certified SOLIDWORKS Associate - Electrical credential, that number does not exist in any source we could verify. SOLIDWORKS (Dassault Systèmes) publishes the exam structure, fee, and policies, but it does not publish a certification-specific salary uplift, and no official pass-rate figure is available either.
So this guide takes a different approach. Instead of inventing earnings data, it explains what the credential proves, which jobs use the underlying skills, which factors tend to drive pay in electrical design work, and how to use the certificate when you negotiate. That is less flashy than a headline percentage, but it is accurate, and it will not collapse the first time an employer asks where your figure came from.
For a broader look at whether the investment makes sense, see our complete ROI analysis of the CSWA-E certification, which weighs cost, effort, and career context together.
What the Credential Actually Certifies
The current issuer title is "SOLIDWORKS Electrical Design Associate (CSWA-E)." It is an associate-level, vendor-issued credential tied to SOLIDWORKS Electrical software. It is not a general electrician licensing examination, and it does not authorize anyone to perform electrical work on a job site. That distinction matters for salary expectations: the credential signals software and design-process competence, not trade licensure.
If you are still orienting yourself, our explainers on what CSWA-E is and what CSWA-E stands for cover the naming in detail.
Exam format in brief
| Item | Published detail |
|---|---|
| Questions | 50, multiple-choice or true/false |
| Scoring | One point per question |
| Time limit | 60 minutes |
| Passing score | 35 of 50 points (70%) |
| Fee | USD 20, North America, one attempt |
| Delivery | Online via SOLIDWORKS/VirtualTester |
| Retake | At least 14 days, plus a fresh exam credit |
| Expiration | No official expiration date for customer/student certificates |
One common confusion is worth clearing up because it affects how employers read the credential. This is a knowledge test, not a hands-on CAD assessment, and it is not a two-hour practical build-a-model exam. You answer questions rather than drawing a full project in front of a proctor. That means the certificate demonstrates working knowledge of concepts, workflow, and terminology rather than proving you can produce a finished drawing set under time pressure. Employers who understand that will weigh it accordingly, and you should describe it accurately on a resume.
Roles Where SOLIDWORKS Electrical Skills Show Up
Rather than promise a pay band, it is more useful to know where the skills are actually used. SOLIDWORKS Electrical is software for designing electrical schematics, tying them to a 3D layout, and managing the documentation that results. Work that touches those tasks includes:
- Electrical designer or drafter: produces schematics, wire lists, and panel layouts for machines and control systems.
- Controls or panel-design engineer: designs control cabinets and coordinates the electrical side of machine builds.
- Mechatronic or machine-design engineer: bridges mechanical SOLIDWORKS models and the electrical content that rides inside them.
- Technical support or application engineer at a reseller: helps customers deploy and troubleshoot the software.
- Engineering student or early-career graduate: uses the associate credential to show initiative before landing a first design role.
For a closer look at the hiring side, our page on CSWA-E jobs goes into where this skill set gets used. Salaries for these roles vary widely by region, industry, and seniority, and we deliberately do not attach invented figures to them. If you want real numbers, pull current postings in your own market and compare how many mention SOLIDWORKS Electrical by name.
What Actually Moves Pay in Electrical Design Work
Because the credential has no verified standalone premium, your earnings will be shaped by the same factors that shape pay across engineering design generally. Understanding them helps you decide where the certificate fits.
Factors That Typically Influence Compensation
These are qualitative drivers, not measured effects of any certification.
- Industry: machine building, industrial automation, energy, and manufacturing all value electrical documentation differently.
- Experience: years of producing accurate, buildable schematics usually outweigh any single credential.
- Scope of responsibility: designers who own whole projects, review others' work, or lead standards tend to be paid differently than those who draft from markups.
- Geography and employer size: local labor markets and company type matter a great deal.
- Adjacent skills: PLC knowledge, panel-building standards, mechanical CAD fluency, and documentation discipline all add value.
The credential's role is to reduce uncertainty. A hiring manager reading a resume cannot easily verify that a candidate understands SOLIDWORKS Electrical beyond a line that says "familiar with." A vendor-issued associate certificate is a quick, low-cost signal that the candidate has covered the fundamentals. That can help you get an interview or justify a modest premium during an offer, but it is leverage rather than a guarantee.
The Entry Cost Against the Career Upside
Where this credential is genuinely easy to justify is the cost side. The published fee is USD 20 for one attempt in North America. Some candidates also get free attempts through eligible Academic Certification Providers, such as certain schools, though that does not make every retail attempt free. Because certificates have no official expiration date, there is no renewal fee to budget for.
Compare that with the potential upside, even if modest: a clearer resume, a talking point in interviews, and a structured reason to learn the software properly. For a detailed breakdown of exam fees and surrounding expenses, read our CSWA-E certification cost guide. Your real investment is study time, not money, and a failed attempt costs you the fee plus a wait of at least 14 days before a retake with a new exam credit.
| Cost Factor | What the Sources Support |
|---|---|
| Exam fee | USD 20 per attempt (North America) |
| Free routes | Possible through eligible Academic Certification Providers |
| Renewal cost | None established; no official expiration |
| Software purchase | Not required to sit the exam, though running SOLIDWORKS Electrical while answering is permitted |
| Prerequisite training | Not mandatory; recommended learning paths are preparation only |
This low cost-to-risk ratio is the strongest financial argument for the credential. You are not betting a large sum on an unproven salary bump; you are paying a small amount to add a verifiable line to your profile.
Exam Skills That Translate Into Hireable Skills
The five exam topics published by the issuer map neatly onto what employers need from an electrical designer. Notably, these are exact issuer-published headings rather than a weighted blueprint, so no domain should be assumed to carry more points than another. Our complete guide to all five content areas walks through each in depth.
Domain 1: Electrical theory
The foundation: how circuits behave and why a schematic is drawn the way it is.
- Reading and reasoning about basic circuit relationships.
- Understanding the conventions behind symbols and connections.
- Employer value: you can sanity-check a design instead of just clicking tools.
Domain 2: SOLIDWORKS Electrical Schematics
The core software skill: building and managing schematic content.
- Concepts such as wire numbering and equipotentials, which govern how connected points are identified and tracked.
- How schematic data drives downstream documentation.
- Employer value: clean, consistent schematics reduce build errors and rework.
Domain 3: SOLIDWORKS Electrical 3D
Connecting the schematic to physical layout.
- Understanding how components relate between the schematic and 3D views.
- Employer value: electrical and mechanical teams can coordinate in one environment.
Domain 4: Electrical design
Applying the tools to realistic design decisions and workflow.
- Organizing a project so documentation stays consistent.
- Employer value: repeatable process matters as much as individual drawings.
Domain 5: Installation
"Installation" is a published heading, but no exhaustive subtopic list or weighting is established. Treat setup and project-configuration practice as preparation rather than as confirmed exam objectives.
- Familiarity with getting the software and project environment ready for use.
- Employer value: you can stand up a working environment without constant help.
The exam page requires 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. Practicing with our CSWA-E practice test helps you check that your conceptual understanding holds across these five areas.
Putting the Credential to Work in Pay Conversations
Since there is no sourced uplift to quote, the smart way to use the certificate is as one piece of evidence in a broader case. Here is how to do that without overselling.
- Name it precisely. Write "SOLIDWORKS Electrical Design Associate (CSWA-E), issued by SOLIDWORKS." Precision avoids confusion with other credentials that share the acronym.
- Describe it honestly. Call it an associate-level knowledge exam covering electrical theory, schematics, 3D, design, and installation concepts, not a hands-on practical or a trade license.
- Pair it with proof. A certificate plus a portfolio sample, a described project, or measurable results (fewer revision cycles, faster panel documentation) carries far more weight than the certificate alone.
- Anchor on market data, not the credential. Use current postings and your own track record to set a target range, then position the certificate as supporting evidence of skill.
- Time it well. Earning it before a job search, a promotion review, or a role change gives you something concrete to point to.
Key Takeaway
Treat the CSWA-E as a credibility signal that costs little and never expires, then back it up with a project or portfolio piece. That combination is what actually supports a stronger offer, not a guessed salary percentage.
Our deep dive on the CSWA-E certification covers how to present it on professional profiles, and the requirements page clarifies what you do and do not need before sitting the exam.
A Domain-by-Domain Prep Sequence
You only need generic study structure in one place, and here it is tied directly to the five exam topics. Because the exam is a 60-minute, 50-question knowledge test, the goal is accuracy and recall of concepts rather than speed at building drawings. Sequence the domains so the foundations support the software-specific material.
Electrical theory first
- Shore up circuit fundamentals so later schematic questions make sense.
- Do this before touching software-specific topics.
Schematics and wire logic
- Focus on wire numbering and equipotentials, since these concepts recur in schematic reasoning.
- Work through the official eight-question sample and explain each answer in your own words.
3D and design workflow
- Study how schematic and 3D content relate.
- Review design organization concepts and installation basics as preparation topics.
Mixed practice and review
- Take timed question sets mirroring the 60-minute limit.
- Revisit weak domains, then confirm you are comfortably clearing 35/50.
Remember that the guide's eight-question sample is not the full exam, so do not treat it as a complete preview. For a structured plan, see our CSWA-E study guide, and if you want to gauge effort first, our difficulty guide sets expectations. When you are ready to drill, try our full set of practice questions.
Frequently Asked Questions
No certification-specific salary uplift has been verified from official or reliable sources, so any specific percentage or dollar figure should be treated skeptically. The credential is best viewed as a low-cost signal of SOLIDWORKS Electrical competence, with pay driven mainly by role, experience, industry, and location.
No. It is an associate-level credential for SOLIDWORKS Electrical software knowledge, issued by SOLIDWORKS. It does not authorize electrical installation work and is unrelated to electrician licensing examinations.
The published fee is USD 20 in North America for one attempt. Some candidates may qualify for free attempts through eligible Academic Certification Providers. A retake requires waiting at least 14 days and obtaining a fresh exam credit. See our cost breakdown for details.
You need 35 of 50 points, which is 70%. The exam has 50 multiple-choice or true/false questions worth one point each, with a 60-minute limit, delivered online. It is a knowledge test rather than a hands-on CAD build. Our passing score guide explains it further.
Customer and student certificates have no official expiration date according to the SOLIDWORKS certification Q&A, so there is no renewal fee to plan for. It is still wise to keep your skills current as the software evolves.