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- Present a Session at NASCC in the Experience Open BIM Booth
- Project Spotlight: Hadley Falls Station
- Join Design Data at 2017 NASCC
- Leveraging 3D Information in the Field: How Can Erectors Benefit?
- Earn Scholarship Opportunities With SDS/2
- Online Training Dates for 2017 Announced
- 2016 SDS/2 Users Group Conference a Success
- Training Courses Now Available in SDS/2 v2016
- Two Longtime SDS/2 Customers Team Up On Nebraska Medicine Parking Structure
Present a Session at NASCC in the Experience Open BIM Booth
Design Data has an opportunity for our customers to share their SDS/2 success stories at NASCC.
As part of the Experience Open BIM booth — located at booth #7025, adjacent to the main SDS/2 booth (#7017) — we're giving our customers and partners an opportunity to talk directly to conference attendees via a 20-minute presentation.
If you're interested in presenting on the role SDS/2 plays in your company's success, please email Michelle McCarthy (email@example.com) to schedule your session. Please note that availability is extremely limited, and responses must be received by February 24.
Project Spotlight: Hadley Falls Station
The Hadley Falls Station Downstream Fish Passage project in Holyoke, Massachusetts, was split into four major parts.
Another major component was the new bulkhead and pier extension, which consisted of three major frames bolted together with rolled skins. The flume extension also posed a challenge, due to the geometry and complete location on site.
Join Design Data at 2017 NASCC
Registration is now open for the 2017 NASCC: The Steel Conference, taking place in San Antonio, Texas, March 22-24.
Among the session highlights for this year: 3D Model Review and Approval Really Works, which will be presented Wednesday, from 9:45 a.m. to 11:15 a.m.; Quality Procedures in Detailing Offices, from 3:00 p.m. to 4:00 p.m. Thursday; and The Little Site That Could: 150 N Riverside, from 9:45 a.m. to 11:15 a.m. Wednesday.
Leveraging 3D Information in the Field: How Can Erectors Benefit?
Leveraging 3D Information in the Field: How Can Erectors Benefit?
By James Schwartz
Note: This article, written by Design Data's James Schwartz, originally appeared in the Fall 2016 Issue of SEAA Connector.
Digital 3D models are becoming a primary method of communication between disciplines within the construction industry. While fabricators have been using them to produce shop drawings and CNC data since the 80’s, new disciplines — such as the BIM coordinator — have emerged in the industry. The advancement of GPS and advent of drones brings us to the next logical step: the use of models for procurement, planning and construction on the site.
So what are the benefits of utilizing the 3D models for site planning?
One issue for the site is having current up-to-date documentation, especially where construction drawings are concerned. The advantage of having the fabrication 3D model, is what you see is what was fabricated. The CNC data used to run the fabrication machinery comes from the 3D model. An out-of-date model would be a very costly affair, so accuracy is of the utmost importance. 2D drawings can also be directly linked to the model for further investigation, without having to forage through piles of documentation.
Many of us are visual, especially those on the site. If we can see it we can build it. The ability to quickly visualize a connection — without having to interpret to 3D from a combination of 2D drawings — will reduce, if not eliminate, errors and confusion. The model will allow for better communication between people and execution of the plan.
Image courtesy of Virtual Steel Technologies
“The model eliminates all communication breakdown about the plan. Everyone is able to sit in one room and fly through the model, looking at possible issues and what sections could potentially be pre-assembled. Anytime there is a question about a connection, we are able to answer our own questions through the model or write RFIs, which are easier for the engineer to understand by using model shots,” said a project manager with The Boldt Company
The data and tools to extract that data provided in the fabricators digital model, permits on-demand reports, such as bolt summaries and point-to-point lists, or members that require non-default bolt types and diameters. There is the ability to determine accurate weights and center of gravity for single or assembled lifts, and tools to locate that “needle in a haystack” member, or quickly determine where all the batched members are to be placed. It also eliminates the guesswork on which members were shop assembled by the fabricator.
Simplification of the creation of work packages or project staging, to nail down the steel erection sequencing, allows you to maximize an early start, and results in a smoother and quicker process. Other benefits include the ability to quickly create pre-assembly and erection set lists which are given to the FM to assist in pulling steel from the laydown. A visual aid of what each activity in the schedule is helps all office personnel and the owner understand the plan.
A common issue is getting steel to the site in a timely manner, or missing steel at the site. A model with fabrication and shipping data set can give you not only a quick visual of what the status of members are, but will assist you to communicate your current need and future needs more efficiently.
Using the crane capabilities within a modeling product will permit you generate the information required to be in compliance with codes — for example, generating placement drawings, and critical lift and defining lift documentation. In some cases, erectors have even won the bid by using the 3D model and crane packages.
Completed portions of the structure can be set as erected, and reports or color coded 3D PDF model data can be sent to concerned parties. This data can also be sent back to the fabricator to have their model automatically updated.
As one erector who has implemented the fabricators 3D digital model into their work processes stated, “It appears to be unlimited benefits, which we have only begun to see.”
Earn Scholarship Opportunities With SDS/2
The need for detailers with SDS/2 experience and knowledge continues to grow, and Northcentral Technical College (NTC) and Design Data have partnered to provide the training necessary to excel in this high-demand profession.
ABOUT THE NTC PROGRAM
Online Training Dates for 2017 Announced
Design Data now offers an online basic training course so you can attend from the comfort of your own office, with less downtime and no travel expenses. This basic training course covers project setup, member input, connection design, material input and more. The course will consist of live training and Q&A sessions with a certified SDS/2 instructor, video training, and application exercises for a hands-on experience. It will take an estimated 30 hours to complete the course, depending on skill level and learning ability. The cost for the four-day online basic training course is $500 per person.
Learn More and Register
2016 SDS/2 Users Group Conference a Success
Nearly 250 SDS/2 users, industry partners and Design Data representatives gathered for educational sessions, networking and a first-hand look at the future of the software at the 2016 SDS/2 Users Group Conference. The three-day event was held October 12-14 at The Embassy Suites in downtown Lincoln, Nebraska.
Following the welcome and opening remarks on Wednesday, Alan Kerschen of Kimmel & Associates provided the conference's keynote speech, which focused on the aging workforce in the construction industry. The discussion also covered retaining young employees through mentoring, recruitment and being creative in hiring.
The annual Design Data update touched on the acquisition of the company by Nemetschek, as well as a preview of upcoming features in SDS/2 v2017.
Wednesday also included the business meeting and a series of roundtables, which gave conference attendees the chance to have a voice in future development of the software. Roundtable topics included connection design, templates, custom members/components, install and networking, and model review. The day concluded with the opening of the Partner Pavilion, which hosted partnering companies and served as the venue for Wednesday evening's reception (sponsored by Peddinghaus). Click here to view images from the Partner Pavilion.
The last two days of the conference were dedicated exclusively to breakout sessions, including a first look at SDS/2 v2017 enhancements, SDS/2 v2016 Modeling, SDS/2 v2016 Drawing Editor, SDS/2 Erector, helical stair detailing, and template detailing. Other sessions focused on modeling with parametrics, full status transfer, model transfer facts, custom members and components, and boot camp basics. To view available presentations from the conference, click here.
Design Data's annual Thursday night conference dinner was held at the Nebraska Innovation Campus in downtown Lincoln. The theme for this year was SDS/2016 Olympics, which allowed athletes from four countries — Greece, Italy, Bhutan and Togo — to compete for medals, prizes and pride. Live events included hula hoop, egg race, flip cup and thumb wrestling; prerecorded events included synchronized swimming, rhythmic gymnastics, track, soccer and shooting. Click here to view images from the Thursday night dinner.
To view additional images from the conference, visit our Facebook page.
Training Courses Now Available in SDS/2 v2016
With the general release of SDS/2 v2016, all training classes will now be taught in the latest version of the software.
There are three more Basic Training dates available this year: October 24-28; November 7-11; and December 5-9. A Continuing Education course will also be held November 14-18.
Both the Basic Training and Continuing Education courses are held at Design Data headquarters in Lincoln, Nebraska.
Design Data offers an online basic training course so you can attend from the comfort of your own office, with less downtime and no travel expenses. This basic training course covers project setup, member input, connection design, material input and more. There are three online training dates remaining in 2016: October 3-6; November 28-December 1; and December 12-15.
To learn more about SDS/2 training opportunities, view course outlines and register, click here.
Two Longtime SDS/2 Customers Team Up On Nebraska Medicine Parking Structure
Two longtime SDS/2 customers — St. Louis, Missouri-based Industrial Detailing, Inc. and Paxton & Vierling Steel Company of Carter Lake, Iowa — were recently part of the team responsible for construction of a new parking facility for Nebraska Medicine.
With its rapidly expanding campus, Omaha-based Nebraska Medicine needed to create additional on-site parking to meet expanding demands. The new eight-story garage — comprised of approximately 800 tons of structural steel — includes 730 spots in its double helix ramp system.
The garage’s superstructure uses wide-flange steel columns and beams; a two-part coating system was used on all steel framing members. As profiled in Modern Steel Construction, the detailing of the slab and beam interaction was critical to minimizing the potential for cracking caused by slab restraints with a volume-changing post-tensioned deck.
The garage was completed in 2015.
The Connector publication contains news about the structural steel industry and related events, customer spotlights, as well as information about SDS/2 and Design Data.
Delivered via e-mail, The Connector gets this important information straight to Design Data’s customer contacts. This format allows these customers to easily route our newsletter throughout their business, so all SDS/2 users can benefit from the valuable information it contains.
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Detroit Medical Center Heart Hospital
When the new $78-million, 190,000-square-foot Detroit Medical Center Heart Hospital opens in early 2014, Design Data's SDS/2 software will have played an important role in the six-story project.
Meeting the project's challenges required collaboration between Harley Ellis Devereaux (HED) — the project's structural engineer — and Douglas Steel Fabricating Corporation — the project's fabricator — via SDS/2.
Using SDS/2, Douglas Steel automatically designed connections for each beam, brace, column and framing condition, which enabled HED engineers to validate the connection capacities against the required values.
To learn more about how HED and Douglas Steel successfully used SDS/2, read the full article in the March 2013 issue of Modern Steel Construction.