Thursday, 22 March 2018
I just found this, actually, a colleague sent it to me (Thanks, Melissa!).
This site from Autodesk shows the current and historical status of the Autodesk Cloud Applications.
However take it with a grain of salt, I've received mixed reviews on its accuracy but at least it'll be a good place to check if you're having issues. Make it part of your "checklist" if you're having issues with any cloud applications.
Here are some screenshots:
Monday, 19 March 2018
Virtual Reality has come a long way in recent years, many Architectural firms have invested in Virtual Reality technology, further utilizing their Design Models. The benefits are numerous, and in some cases surprising. When I first introduced VR into our office in 2014 I want to create a buzz around this technology by having all levels of staff experience VR. My thoughts were to utilize this visualization tool as a design validation tool, having our clients virtually experience the space to gain a better understanding of the design intent, and that worked well, I think most design firms utilize VR for this reason.
What I didn’t expect was the overwhelmingly positive feedback from the Project Managers.
Project managers really enjoyed walking through the digital model of their project, they would inspect crucial design area’s and after experiencing the space was able to make improvements and minor tweaks to further improve the design.
Jump to 2018 where Virtual Reality has progressed to the next level, multi-user VR.
In the past Virtual Reality has been a single user experience, no one else was able to interact with you directly within the VR environment. That has now changed, Virtual Reality companies like IrisVR have developed Multi-User platforms where numerous people in a variety of locations can come together in a VR environment to engage and discuss the design.
What a great opportunity to bring together people who are engaged in an international project, working together across great distance.
I recently set up a test of IrisVR’s Prospect (Multi-User platform), so I contacted Sam who is a IrisVR Customer Experience Associate to set up a challenge for him. I contacted my colleagues in Sydney, Australia, San Francisco USA and Stuttgart, Germany and had Sam, who is located in New York to set up a live demo for me.
Here’s some of the feedback I received.
“In general, the experience has me more enthusiastic now more than ever of what VR can do to transform how we think about and approach collaborating!”
“This was an exciting moment when I was able to 'dial in' using Virtual Reality goggles combined with bluetooth headphones to both review and speak directly with the team. The computer wifi was able to keep up comfortably with the call and actions during the review process.”
“The VR Meeting worked really well and it was very responsive. Super easy to set up.”
“You can talk with the other attendees, see where they are looking at, where their hands are and also what they are pointing at.”
“It certainly felt like we were in the same room together.”
If you want to learn more about IrisVR’s Prospect click the LINK here.
I love this technology, anything that further utilized our Building Information Model is great!
Monday, 12 March 2018
Please join us for our upcoming Regional Session in Montréal on .
We’ll hear from industry leaders on the latest technology trends, BIM processes and methodologies. We hope you will take advantage of the early bird rate before the deadline on .
You won’t want to miss this!
Monday, 29 January 2018
In the design and construction industry, we talk a lot about Building Information Modeling (BIM) which is the process of creating a digital, information-based 3D model of a project. This could include buildings, factories, warehouses, infrastructure such as roads, bridges, mechanical services, structures, and much more.
As we progress with BIM, data becomes more important and a crucial element of the BIM and the project. We can utilize these model elements and information beyond the creation of construction drawings. Using this information, our models can go beyond simple 3D into 4D, 5D, 6D and even 7D.
3rd dimension (3D) modeling is the digital representation of the intended design or existing condition. The combination of digital model elements and associated information (data) used during the design phase can be included or associated with the model. These 3D models are used during the design process and facilitate coordination of all consultants’ design models and are also used for clash detection. For existing conditions, 3D BIM is a digital representation of the existing condition, a scan of a building, structure or site.
The model can be utilized for a variety of uses including visualization, early building performance analysis, sustainability evaluation, preliminary cost analysis and the generation of documentation (drawings). Collaboration, clash detection, and design review are all aspects associated with 3D.
4D: Time (Scheduling)
The 4th dimension associated with BIM is time and the management of time including construction sequencing and scheduling. 4D is typically used to show an intended time lapse of the construction schedule; linking model elements, assemblies, and data to a schedule.
For example: Construction sequence of concrete pours and the scheduled delivery of concrete based on the volume and location of the pours in a day.
Scheduled delivery of materials or trades.
5D: Cost (Quantification)
5D is the progression from 4D by combining the cost of the quantities and time. By linking model elements and assemblies along with the schedule (4D) to establish related costs, this model can be used to quantify materials and the cost of construction.
Model-based estimation of construction, estimating the capital costs including the cost of purchasing and installing components or assemblies. The 5D model can enable us to visualize the progress of construction activities and its related costs over time.
For example: Floor finishes based on the room area to quantify how floor finish volume can be used to calculate floor finish cost.
The cost of drywall based upon volume combined with the hourly rate of labor.
There is still some confusion in the industry regarding the exact definition of 6D and 7D, and they are often combined. 6D can be utilized for energy modeling and evaluating the proposed design for building performance. It can also be used to measure and validate estimated energy modeling against actual performance.
For example: Using sensors within the building to track building performance by monitoring heating and cooling levels.
7D: Facilities Maintenance and Management
Asset Information Model (AIM), using the BIM to maintain and manage the asset such as a building, equipment, structure, etc. Linking model attributes and data to support facilities management and operation. Used to manage the ongoing “life cycle” cost of the building.
Streamlines asset management over the life of the building and provides a database for ongoing tracking, maintenance and management.
For example: linking the maintenance schedule to a piece of equipment such as a cooling tower or heating pump.
Staff seating map for each floor, manage and track furniture (assets) within the building.
8D, which is rarely discussed or graphically represented and involves the building “afterlife,” the decommissioning, demolition, repurposing or recycling of a building or structure.
Friday, 26 January 2018
Technology has been a key aspect of the construction industry for some time now, more and more projects are completed using Building Information Modeling, from small residential projects to large community projects, technology and the management of information in the design and construction industry is quickly becoming the norm.