- The Short Answer: What the Letters Spell Out
- Why You See CSWP-DT, CSWPA-DT and CSWAP-DT
- What the Credential Actually Tests
- The 13 Objective Areas, Decoded
- How the Exam Is Delivered
- What the Credential Does Not Mean
- Who Benefits From Holding It
- A Preparation Sequence Built Around the Objectives
- Frequently Asked Questions
- CSWAP-DT here means Certified SOLIDWORKS Advanced Professional Drawing Tools, a hands-on SOLIDWORKS drawing certification.
- The issuer's current exam title is SOLIDWORKS Drawing Tools Professional (CSWP-DT); CSWPA-DT is a legacy alias.
- The exam runs 100 minutes, requires a 75% grade, and costs USD 20 per attempt in North America.
- No formal prerequisites apply, so a prior CSWP credential is not required to sit the exam.
The Short Answer: What the Letters Spell Out
CSWAP-DT stands for Certified SOLIDWORKS Advanced Professional Drawing Tools. Read it left to right: "Certified" signals a credential earned through an exam, "SOLIDWORKS" names the CAD platform from Dassault Systemes, "Advanced Professional" places it above entry-level credentials, and "Drawing Tools" tells you the subject: the 2D drawing environment inside SOLIDWORKS rather than part modeling or assembly design.
In practical terms, the credential proves you can take a 3D model and turn it into a correct, well-organized engineering drawing using SOLIDWORKS' native drawing features. If you want the broader overview before going deeper, our pages on what CSWAP-DT is and the CSWAP-DT meaning cover the same ground from other angles.
Why You See CSWP-DT, CSWPA-DT and CSWAP-DT
Candidates searching for this certification run into three spellings, and the confusion is understandable. Here is how they relate.
| Label | Where you will see it | What it refers to |
|---|---|---|
| CSWP-DT | SOLIDWORKS' current public exam page | The issuer's present exam title: SOLIDWORKS Drawing Tools Professional |
| CSWPA-DT | Older catalogs, forums, practice-file uploads, and search queries | A common legacy alias for the same Drawing Tools certification |
| CSWAP-DT | This site's naming | Certified SOLIDWORKS Advanced Professional Drawing Tools, the same credential |
The important point: CSWPA-DT is not a reason to substitute the core CSWP (Certified SOLIDWORKS Professional) exam. The core CSWP is a different, modeling-focused certification. When you search for study material, expect to see all three labels pointing at the same Drawing Tools assessment, and always verify details against the issuer's current exam page rather than a years-old upload.
What the Credential Actually Tests
This is a hands-on assessment. You are not choosing among multiple-choice options about drawing theory; you are working inside SOLIDWORKS, building and modifying drawings, and answering questions about the results. That distinction shapes how you should prepare. Reading about section views will not substitute for creating twenty of them under time pressure.
The scope is defined by a published list of exam objectives. The issuer describes hands-on challenges across many of these areas but does not assign percentage weights to them, so any source quoting "Domain 4 is 18% of the exam" is inventing numbers. For a deeper walk through each area, see our complete guide to all 13 content areas.
The 13 Objective Areas, Decoded
The issuer lists thirteen top-level objective areas. Here they are in order, with plain-language notes on what each demands of a candidate.
View creation and view types (Domains 1-6)
Domain 1: Basic View Creation
The foundation. Candidates must generate standard views from a model quickly and correctly.
- Placing base and projected views with the right orientation and scale
- Controlling which model configuration or display state a view represents
Domain 2: Section Views
Cutting through a model to reveal internal features.
- Choosing section line placement and direction deliberately
- Understanding how components are treated in an assembly section
Domain 3: Auxiliary Views
Views projected perpendicular to an inclined edge or face, used to show true shape of angled features.
- Selecting the reference edge that produces the intended projection
Domain 4: Alternate Position Views
Overlaying a second position of an assembly, typically to show range of motion.
- Defining the alternate position and recognizing how it appears relative to the primary view
Domain 5: Relative to Model Views
Creating a view oriented by selecting faces or planes on the model itself rather than by a standard orientation.
- Picking the correct faces for the first and second directions
Domain 6: Broken-out Section
A localized cut-away within an existing view, bounded by a closed profile.
- Setting cut depth accurately and understanding how it differs from a full section
Working inside views (Domains 7-8)
Domain 7: View Focus when creating 2D geometry
When you sketch on a drawing, the sketch belongs to whichever view is active. Mistakes here create geometry attached to the wrong view, so it shifts or disappears unexpectedly.
- Activating the correct view before sketching
Domain 8: Transferring sketch elements to/from Views
Moving sketch entities between a view and the sheet, or the reverse, while understanding the consequences for how they behave.
BOM, annotations and model data (Domains 9-13)
Domain 9: BOM Table creation and modification
Typically the densest area. The issuer also lists nested objectives under it:
- Top-level and parts-only tables
- Indented tables
- Part configuration grouping
- Missing items
- Accessing custom properties in the BOM
- Using equations with BOM data
Those nested items are part of Domain 9, not additional top-level domains. Our study guide includes BOM exercises you can recreate on your own assemblies.
Domain 10: Item numbers and their display
Balloons and item numbering: how they relate to the BOM and how their display can be controlled.
Domain 11: Hide/show components
Controlling component visibility within drawing views to clarify or simplify what a view communicates.
Domain 12: Linked notes
Notes that pull their text from model or drawing properties so the drawing updates when the data changes.
Domain 13: Importing Model Items
Bringing dimensions and annotations defined in the model into the drawing, and knowing what comes across and what must be added manually.
How the Exam Is Delivered
The mechanics matter because several of them can sink an otherwise prepared candidate.
| Detail | What the issuer states |
|---|---|
| Format | Hands-on SOLIDWORKS drawing assessment |
| Time limit | 100 minutes |
| Minimum passing grade | 75% |
| Cost | USD 20 per attempt (North America, current catalog) |
| Software | SOLIDWORKS 2019 or later |
| Delivery | SOLIDWORKS/3DEXPERIENCE Certification Center via VirtualTester |
| Retake after failing | 14-day wait and a new exam credit |
A few operational points deserve emphasis:
- You supply the software. You need your own working SOLIDWORKS installation and internet access. Dual monitors are recommended.
- The clock does not stop. The exam cannot be paused, and the timer continues during a computer crash or restart. Test your setup beforehand.
- Follow the current procedure. Current program instructions use the VirtualTester Web Client, while some older general instructions still refer to TesterPRO. Do not treat the two interfaces as interchangeable; follow the linked SOLIDWORKS Exam Procedure.
- Training is separate. The exam fee does not include a preparation course or a software license.
What the Credential Does Not Mean
It is not a drafting-standards qualification
Passing proves you can operate SOLIDWORKS' drawing tools. It is not itself an ISO, ASME, or GD&T qualification. A drawing can be produced flawlessly with the right tools and still violate a dimensioning standard. Employers who need standards fluency will assess that separately.
It does not require a prior CSWP
The program FAQ states that professional certification exams have no formal prerequisites. Do not confuse this with the training course: the issuer-recommended preparation, the SOLIDWORKS Drawings course and the CSWP-Drawing Tools Exam Prep Course, may have its own course prerequisites, but those are not exam eligibility requirements. Our requirements page goes into this distinction.
It does not guarantee a pay increase
No certification-specific salary premium is established, and no certification-wide pass rate is published here. Treat any confident figure with suspicion. The credential's value is better understood as evidence of a specific, checkable skill, which we examine in our ROI analysis.
Who Benefits From Holding It
Because drawings remain the contractual and manufacturing language of many industries, drawing speed and accuracy have direct workplace value. The credential tends to suit:
- Detailers and drafters who spend most of their day in the drawing environment and want a verifiable credential.
- Design engineers whose models are strong but whose drawings are slow or inconsistent.
- Students and early-career candidates building a portfolio that shows applied, testable skill.
- Consultants and contractors who need a quick way to demonstrate competence to new clients.
It can also count as one of the advanced-topic certifications used alongside CSWP toward eligibility for the SOLIDWORKS Design Expert (CSWE). The Expert-path prerequisites do not apply to Drawing Tools itself. For a look at the roles that value it, read about CSWAP-DT jobs.
Eligible commercial subscription customers may also obtain exam benefits through the issuer's subscription offer, which provides up to three eligible exams per seat twice a year, subject to license and exam restrictions. Check whether your employer already holds this entitlement before paying out of pocket.
A Preparation Sequence Built Around the Objectives
Rather than a generic study schedule, sequence your practice by dependency. Views come first because everything else is attached to them. A suggested order:
View fundamentals
- Domains 1-3: basic, section, and auxiliary views
- Rebuild the same part's views repeatedly until placement is automatic
Advanced views and view focus
- Domains 4-8: alternate position, relative to model, broken-out section, view focus, sketch transfer
- Deliberately sketch in the wrong view, then diagnose what went wrong
BOM and annotation data
- Domains 9-13: BOM variants, item numbers, hide/show, linked notes, model item import
- Build BOMs from assemblies with multiple configurations and missing items
Timed full runs
- Simulate the 100-minute constraint on your actual exam machine and software version
- Review every error against the 75% threshold
Key Takeaway
Practice on the software version and hardware you will use on exam day. The clock keeps running through crashes, so a stable, tested setup is part of your preparation, not an afterthought. For a compact reference, keep our one-page cheat sheet nearby, and when you want timed repetition, try the practice questions on the main practice test site.
If you are unsure how demanding the exam is relative to your current skill, our difficulty guide helps you calibrate, and the practice test hub lets you check your readiness before spending an attempt.
Frequently Asked Questions
It stands for Certified SOLIDWORKS Advanced Professional Drawing Tools. The issuer's current public title for the exam is SOLIDWORKS Drawing Tools Professional (CSWP-DT), with CSWPA-DT as a common legacy alias. See also what CSWAP-DT stands for.
No. The core CSWP is a separate modeling-focused certification. CSWAP-DT concerns the drawing environment only, and you do not need a CSWP to sit it.
The exam has a 100-minute limit and requires a minimum passing grade of 75%. It cannot be paused, and the clock continues if your computer crashes or restarts.
The current catalog lists USD 20 per attempt for North America. A failed attempt requires a 14-day wait and a new exam credit, and unused purchased credits do not expire.
No. It demonstrates proficiency with SOLIDWORKS' drawing tools. Standards knowledge such as ISO or GD&T is a separate competency that employers assess on its own terms.