DraftSight in Sight at 3DEXPERIENCE World 2025 #3DXW25

3DEXPERIENCE World 2025 has nearly a full schedule of DraftSight sessions! Time to go!

3DEXPERIENCE World 2025 is about a month away in Houston, TX at George R. Brown Convention Center. There’s a variety of sessions available. This includes a full catalog of DraftSight presentations and discussions. You can build a nearly full schedule each day of the conference with just DraftSight topics.

Day 1

All of this starts on February 24, 2025 (the first full day of the conference). After the General Session, at 11AM you can join the DraftSight Keynote in General Assembly B auditorium. This presentation will be hosted by Manish Kumar, CEO of DS SolidWorks Corp.

Later that day, at 5:15PM you can attend DraftSight for the AutoCAD User in room 351. This session will cover the similarities between DraftSight and AutoCAD, including AutoLISP, UI, batch printing and more. Also covered will be similarities with SOLIDWORKS.

Day 2

The first session on Tuesday (February 25, 2025) at 11AM will be DraftSight: Explore 2025 features, BIM integration and xDraftSight. This session will introduce the new features released for 2025 to “revolutionize your 2D CAD workflows”. Special attention will be given to new BIM integration and xDraftSight.

After lunch at 1:30PM, you’ll be able to attend DraftSight: Enhancing Industry Collaboration with the 3DX Ecosystem. This session will discuss how this amazing application can be used in collaboration with advanced 3D solutions like CATIA and SOLIDWORKS, providing a robust platform for detailed schematics, technical drawings, and design documentation.

Tuesday has a full schedule with more sessions, all in room 351.

  • DraftSight Unlocked: Tips, Tricks, and Time-Saving Secrets at 2:30PM
  • DraftSight: Everything a CAD Manager Needs to Know at 4PM
  • DraftSight: Ask the DraftSight Team Anything at 5:15PM

Day 3

Wednesday (February 26, 2025) sees a shift in gears with a hands-on session at 8AM, called DraftSight: xDraftSight Hands-on. I know that name sounds like a sequel for an action movie, but this session will put you at the helm to try out an important new tool that allows you to use 2D CAD functionality on the 3DEXPERIENCE platform. Since this is a hands-on session, space is especially limited. If you haven’t already signed up, you may still have a chance to join if there are no-shows by the start of the session.

At 9:30AM, you’ll have a chance to show the world that you’ve got skills in DraftSight with the Certification Exams! (Check availability before you go.)

At 11:30 will be the DraftSight LIVE Closing Session to recap all the great things you learned during your time at World. Also, Steve Brazier is the Keynote speaker. Steve Brazier is a globally recognized tech analyst and the visionary founder of Canalys, a leading global tech analyst firm. Steve is renowned for his dynamic presentation style, cutting-edge insights, and bold, forward-thinking analysis. Are you ready to evolve? In an era where AI is reshaping industries and redefining roles, adaptability is no longer optional—it’s essential. 

Retrospective

It’s been a long time since I covered DraftSight topics. This old article from 2011 has some images of the original interface. A lot has improved since then.

Check out all the new enhancements and xDraftSight at 3DEXPERIENCE World 2025! I hope to see you there!

DraftSight header

Things in Houston to do before and after 3DEXPERIENCE World 2025

Things to do in Houston, TX before and after 3DEXPERIENCE World 2025!

Before 2023, I’ve never been Houston, TX. It’s long been on my list of places to visit customers. In June 2023, I finally travelled to this great city where I visited several customers and presented at the local user group. In early 2024, I again found myself in town, this time to visit extended family. Well, it’s 2025, and I am again (again) travelling to Houston. This time is for 3DEXPERIENCE World 2025 (#3DXW25)!

If you are also attending 3DXW25, here’s a list of things you can do in Houston before or after the event. As always, none of these places or sites are endorsed. This is just a list of interesting things to see and do while visiting.

Attractions

Space Center Houston
Houston Museum of Natural Science
Hermann Park Conservancy
Geronimo Adventure Park
Bayou Bend Collection and Gardens 
Caroline Wiess Law Building Museum
PNC Roof Garden
Holocaust Museum Houston
Gerald D. Hines Waterwall Park
Houston Zoo

Cockrell Butterfly Center
Houston Botanic Garden
Kemah Boardwalk

New suggestion from Linkedin: The Houston Presidential Heads and Giant Beatles Sculptures

Enjoying the area

Buffalo Bayou – Including Buffalo Bayou Park, Downtown area, and a 10-mile stretch between Port of Houston Turning and Shepard Drive.
The Galleria – “Luxurious shopping destination”.
Post HTX – Shopping center, art exhibition, views of the city and much more.
Chinatown– Incredible and thriving area of Asian culture, including the Dunhaung Plaza and Sterling Plaza.
East End of East Downtown (EaDo) – Neighborhood with tons of places to dine and explore just East of Downtown.

Enjoying the region

Galveston – Coastal town with a rich history.
Brazos Bend State Park – State Park with 37 miles of trails, fishing and other outdoor activities.
Sam Houston National Forest – About 50 miles north, with hiking, camping and exploration of nature
Fredericksburg – Quaint town; see a different side of Texas with craft breweries and eateries, including German influences and Tuscany-like landscapes.

Interesting facts about Houston

Houston has the largest downtown tunnel system in the US (and it is air conditioned!).1
It was founded on August 30, 1836, by brothers Augustus Chapman Allen and John Kirby Allen.2
The first public television station in the US began broadcasting in 1953 from Houston.3

See you in Houston, TX at 3DEXPERIENCE World 2025!

Writing for Engineering Standard Operating Procedures (SOPs)

Good writing practices are essential for engineering SOPs. They ensure clarity, reduction of errors and can save time. But what are good practices?

Good writing practices are essential for engineering SOPs (Standard Operating Procedures). They ensure clarity, reduce errors, and can save time. Clear procedures make processes easier to follow, improve accessibility for all team members, and support compliance with industry standards. Well-written SOPs also enhance professionalism, preserve organizational knowledge, and facilitate collaboration across teams. By prioritizing clear and concise writing, engineering departments can create SOPs that are efficient, reliable, and easy to use.

Clarity

Clarity is paramount. Long sentences can unintentionally become convoluted. The following is an actual statement found in a transcript from a doctor’s dictation.

“The baby was delivered, the cord clamped and cut and handed to the pediatrician, who breathed and cried immediately.”

The Bride of Anguished English by Richard Lederer, p65.

The problems with this quote are numerous. Unless the context is completely understood, the statement is a garbled mess.

Brevity

Keep sentences short. Especially avoid run-on sentences. Additionally, avoid wordiness.

Bad example, “I’m jumping off of the road.” The additional “of” is unnecessary.

Good example, “I’m jumping off the road.”

Do you speak American? by Robert MacNeil and William Cran quoting John Simon, p22

Directness

Instructions should be stated as imperatives. An imperative sentence gives the reader a direct instruction. These sentences begin with an action verb and are followed by the object being acted upon.

Additionally, write in the third-person or even “no-person” perspective.

Recommended, “Fill in all title block fields.”

Not recommended, “All title block fields will be filled in by you.” Really? All of them by me personally?

Not recommended, “Title block fields are filled in.” Wow, when did that happen?

Sometimes imperative sentences cannot be used, such as when there is a task for a particular role. In such cases, use gender-neutral pronouns. “They,” “their,” and “them” may be employed for both plural and singular forms.1 Avoid the jargon “he/she,” as this can convolute instructions and create other avoidable grammatical issues in subsequent text.

When not using imperative sentences, use the words “shall”, “may” and “should”.

  • Shall – establishes a requirement
  • Should – states a recommendation
  • May – states a suggestion or option

“Should” and “may” are often used interchangeably. For example, in the ASME standards, they mean the same thing.

More recently, the word “must” is sometimes used in place of “shall.” Using modern English, “shall” is well-understood to mean a requirement within a set of instructions. However, “shall” has other meanings that may confuse localization and translation into other languages. That said, “must” is somewhat awkward when used in a set of instructions. The use of either term will be a matter of preference within your organization.

The word “will” may also be used to state a requirement, but only when the responsibility and timeframe are established by context.

Recommended, “Each operator shall be capable of lifting 50lbs.”

Not recommended, “Each operator will be capable of lifting 50lbs.” That’s nice, but when will that be a requirement?

Paragraphs should be kept as short as possible. That means each instruction should be numbered individually within the SOP. If you have multiple instructions for one action, then use sub-numbering.

1. Wash hands before eating.

1.1 Apply soap to hands.

1.2 Rub hands under water for 20 seconds.

1.3 Wipe dry on clean towel.

Other grammar considerations for SOPs

Use present tense. Avoid mixed tenses, especially future and past.

Recommended, “Each part number shall represent only one item.”

Not recommended, “Each part number will be used by only one item.” When will that happen?

Despite what Microsoft Word may suggest in its grammar check, the use of the passive voice is acceptable and sometimes necessary. However, using imperative statements reduces the need for the passive voice.

Acceptable, “Grease may be applied to reduce friction.”

Alternative, “Application of grease is acceptable to reduce friction.”

Imperative, “Apply grease as necessary to reduce friction.”

Avoid jargon. In particular, avoid slashed terms and legal terms, such as “he/she,” “and/or,” and “per se.”

Avoid conversational terms and personal opinions. The following are examples of inappropriate terms that I found in technical documents: “heaven forbid,” “totally,” and “roundabout.”

Lists within instructions

When you need to list several items within one instruction, you may be faced with the dilemma of how to apply commas. If your list is short enough and each item within your list is distinct, you can simply list the items within a sentence and separate them with commas. While the serial comma is now preferred for such lists, the extra comma is traditionally considered unnecessary. That said, if you have a list so long or complex that the serial comma seems necessary for clarity, use bullet points instead.

For this, “Affected departments are Engineering, Quality Control, Research and Development and Manufacturing.”

Use this:

“The following departments are affected:

  • Engineering
  • Quality Control
  • Research and Development
  • Manufacturing”

Lists that are organized into bullet points are easier to read. They also remove many grammatical issues.

CAD specific considerations

The next article in this series will discuss CAD-specific considerations you may wish to address within your standard operating procedures. This includes the following:

  • Engineering Roles
  • CAD environment
  • Network environment
  • Software in use
  • Lifecycle
  • Modelling methodologies
  • …and more.

Other resources

As noted in the previous article in this series, this information is an update to my presentation at SOLIDWORKS World 2011. That presentation is not currently available. However, I do have the PowerPoints for a couple of other previous presentations. These are available in the Files area of this blog. Please check them out.

Establishing Engineering Standard Operating Procedures

What do you need to established engineering standard operating procedures (SOPs) within your Engineering organization?

If your organization follows ISO manufacturing standards (e.g., ISO 9000) or plans to, your Engineering department will need Standard Operating Procedures (SOPs) for key tasks. These aren’t about how to ‘Engineer’ but focus on managing documentation and design processes more effectively. SOPs ensure consistency, improve efficiency, and help your team meet compliance requirements without extra headaches. This article builds on my SOLIDWORKS World 2011 presentation and offers updated information to help your team navigate these needs.

The following are examples of procedures that will likely be necessary for your organization.

  • Drawing Standards SOP – preparing mechanical drawings per Engineering Standards (e.g., ISO 128, ASME Y14.5, BS 8888). This should include instructions on selecting templates, naming conventions, part numbering, filling out title blocks and even preferred drawing view layouts. Model-based Definition may require its own SOP too.
  • CAD Document Management SOP – processes for organizing, naming, storing, accessing and distributing CAD documents, including guidelines for 3D CAD models and cloud-based tools. This may include instructions on file and model formats, such as creating PDFs of drawings or distributing models as STEP to outside vendors.
  • Drawing Review and Approval SOP – steps for peer reviews, quality checks and approvals of drawings.
  • Revision Notation and Control SOP – marking and controlling revisions of drawings.
  • Template and Symbol Libraries SOP – maintenance and use of standardized templates, symbols, blocks and CAD customizations such as macros and data tables .
  • Design Review SOP – formal process for review of design and drawings
  • Engineering Change SOP – steps for initiating and documenting proposed changes to designs and drawings (Engineering Change Request; ECR), then their approval and implementation (Engineering Change Order; ECO), including notification and effectivity for full traceability (Engineering Change Notification; ECN).

For Engineering departments, these procedures should be tailored around their CAD application(s), PDM and PLM systems.

Structure of SOPs

Organizations that have well-documented processes should establish a template for their procedures. There are several elements that most standard operating procedures should include. Each SOP should be use a number-base layout that employs functionality of the chosen wordprocessor. This list of elements should be tailored for the Engineering department. The following is an example of the required (as applicable) elements with a brief explanation.

  1. Title and Document Information
    • Title – descriptive and specific to the task or process.
    • Document Number – unique identifier for tracking.
    • Version or Revision Number – indicates current version.
    • Effective Date – the date upon which the document becomes valid.
    • Approval Signatures – for validation and compliance.
  2. Purpose – the reason the procedure exists.
  3. Scope – extent to which the procedure applies (the processes and roles are controlled by this document).
  4. Responsibilities – define roles and responsibilities of personnel involved.
  5. Definitions – list and define specialized terms and abbreviations.
  6. Materials, Tools, and Equipment – list of required resources to complete the procedure. Include software applications that are utilized within the process described within this document.
  7. Procedure – actual procedural instructions, often in step-by-step format with clear statements with explanatory diagrams and images. Typically, this will be the bulk of the document.
  8. Troubleshooting – guidance for handling common issues or errors.
  9. References -links to related documents, manuals, or regulations.
  10. Revision History – a table that tracks changes over time with notes on updates.

Once the types of SOPs are established and a structure for the SOPs is agreed upon within your organization, the task of actually writing the procedures comes next. This could mean completely rewriting old procedures or writing new ones. Future articles in this series will address good writing practices for SOPs and specific considerations that cover CAD related needs and an organization’s processes.

Full ASME Revision List

Full ASME list of allowed letters for revisions and view labels

Author: Matthew Lorono

Website: fcsuper.com/swblog

ASME Revision list thumbnail
ASME Revision list

Per ASME Y14.35 standard, these are full lists of allowed letters to serve as revisions and view labels on drawings. There are two choices. The pre-2014 list contains all single and double digit revision letters. The current list (as of 2014) contains all single, double and triple digit revision letters. Omitted are the letters I, O, Q, S, X and Z. File format is Excel, from which the list may be readily copied.

ASME Revision List (pre-2014)

ASME Revision List (as of 2014)

A New Era for 3DEXPERIENCE World Top Ten?

In a surprising twist, 3DEXPERIENCE World 2024 Top Ten is loaded with ideas for the topic of MBD. What does that mean?

Several years ago, 3DEXPERIENCE World Top Ten Ideas moved from a custom system to 3DSWYM. That could be the end of one era and the start a new. But, this year, there’s something else going on.

The big surprise for Top Ten Ideas for 3DEXPERIENCE World 2024 is that over half are SOLIDWORKS MBD requests.

What is MBD?

MBD is the abbreviation for Model-based Definition. As a concept, MBD is the practice of providing product definition directly upon the 3D model within a 3D CAD environment. MBD includes the application and use of annotations and metadata that specify requirements for the product. MBD also includes methods for display of specifications, and their use for both human and machine consumption. Although engineering drawings may still be used in a limited manner, MBD does not require drawings, and may actually preclude their use.

MBD Loaded Top Ten

3DEXPERIENCE World 2024’s Top Ten List

Six of the Top Ten list are related to the SOLIDWORKS MBD product or at least MBD practices for functionality within the SOLIDWORKS. Additionally, one other item is drawings related.

Example of challenges in this list

MBD ordinate dimensioning is interesting because the international standards do not provide any standard method for such to appear in an MBD environment. I’ve personally contacted ASME about this gap, only to be told that ASME standards already address the concept. ASME standards do not address the concept, nor do they even hint at anything that could address it. In particular, ASME Y14.41 does not address the concept at all, but for all matters of product definition, it defers to ASME Y14.5. ASME Y14.5 specifies ordinate dimensioning only within this drawing environment, and doesn’t provide any clues on how to address such within an MBD environment.

So, when customers request tools such as MBD ordinating dimensions, the SOLIDWORKS R&D team has to fall back to the customers themselves to determine how to implement such functionality. Do customers expect all of the annotations within an ordinate dimension scheme to be on the same annotation plane regardless to the form of the product? Or, do customers expect annotations to always appear attached to the feature that they define? Do all customers want the same result?

Even with linear dimensions, things can be confusing from particular orientations.

Even though this dimension scheme is based from two common faces, in this orientation linear dimensions are not clear. Display issues compound with ordinate dimensions.

It seems that ordinate dimensions are not a top priority for some in the mechanical engineering field, especially since other dimension schemes are supported. But, this is an issue which is important to SOLIDWORKS customers.

So much MBD!

Support for MBD ordinate dimension scheme is an example of why these issues are not so easy to solve. A lot of investigation and forethought is necessary. Solutions are available. We just have to be diligent to provide the right solutions for SOLIDWORKS customers.

Even still, it’s incredibly surprising to see not just one MBD topic in the Top Ten list, but six! There was a time when this topic was a pariah. Interest in the topic is definitely expanding quickly, and suddenly too.

Solutions for MBD are not just available in SOLIDWORKS and its MBD addin. 3DEXPERIENCE platform as the Manufacturing Definition Creator which includes xDrawing.

xDrawing allows the user to simultaneously create product definition within the drawing or MBD environments by utilizing the concept of single-source-of-truth. Annotations and views created in the MBD environment can be added directly to the drawing environment. Annotations and views created in the drawing environment automatically update the MBD environment. Changes made to annotations in either environment automatically update in both.

R&D team at SOLIDWORKS definitely noticed all of the MBD related items in this year’s Top Ten list! It tells the team that they are on the right track in their efforts to create powerful products in support of MBD workflows; bolstering their drive to continue such support.