STAAD pro is Bentley's premier application for structural analysis and design. It will effectively address your analysis needs for any type of structure, simple or complex STAAD pro has modern workflow based interface streamlines your modeling and design experience, and goes beyond finite element analysis delivering new physical modeling capabilities. So engineers can engage in BIM workflows for both simple and complex structural analysis stats cloud services allow engineers to run many design alternatives in parallel, and view the results and clear graphical side by side comparisons. You can also view and edit models from mobile devices with multi discipline collaboration at the heart of every project success. Interoperability is critical. That's why stats interoperability with applications, such as EcoSan building designer AutoPIPE rabbit, and Tecla is now stronger than ever. In the Connect edition STAAD pros most popular features have been updated, such as the editor. The new IntelliSense input editor makes it easy to enter data and eliminate errors upfront STAAD Pro is fast and reliable. In fact, the Connect addition is nearly twice as fast as any previous version of STAAD Pro. And if your project requires more complex analysis than STAAD Pro Advanced is the choice for you tackle massive projects, anywhere from 25 to 200 times faster than in the standard edition with the new advanced solver. It includes eigen Ritz nonlinear P Delta thermal loading analysis, and more STAAD Pro Connect edition allows engineers to deliver safe, cost effective, and robust designs, and with the built in Connect advisor, you'll have access to a wide range of learning resources STAAD pro uncompromising performance for any structure.
Track | Regular Track | Weekend Track | Fast Track |
---|---|---|---|
Course Duration | 45 - 60 Days | 8 Weekends | 5 Days |
Hours | 2 hours a day | 3 hours a day | 6+ hours a day |
Training Mode | Live Classroom | Live Classroom | Live Classroom |
Concept Design & Analysis: (Revit, sketchup & Dynamo):
Many researchers point out that, in conceptual design, many significant decisions are taken to directly affect functional qualities, the performance of the building, aesthetics, and the relationship of the building with the natural environment and climate, even if there is no certain and valid information to create and obtain satisfactory design solution. The focus of the course is to observe and explore how BIM can be used in conceptual design phase and also to learn how and how effectively BIM can help architects during the process.
Green Design & energy effecient Buildings- (Revit utilizing IGBC & GREHA Standards):
When you are involved in the concept phase of a project you want to get a value for all different alternatives: the shape of the building, how the lights come, etc in all of these different parameters and you want to test it very very quickly at that face and understand how that is going to impact the energy and if you have these tools at your disposal and send that data back to your clients and they can be informed about the decision how the design will affect operating cost the comfort of the space. This kind of information is very valuable. Revit has the capability to do all those test runs and initial studies upon the cloud without compromising our local storage and accessing files by doing multiple iterations. We can do all those tasks on the clouds of the storage of our local computer With the technology, more iterations of the design, we get better designs. Designs are more sustainable and these are cost-effective
Design Development, colaboration & Delivery: (Revit, BIM 360 & Naviswork)
BIM - the future of project delivery has arrived and it is here with a common data platform. It will show seamless transition as projects move from design through planning to construction to operations all project data is collected in a common data platform ensuring accuracy and availability of information and reducing data loss across phases. BIM facilitates a frictionless data flow with BIM tools as an open platform you can leverage information from third party application using API. This centralized data allows you to extract insights that lead product to better predictability. Data-driven decision replace last known information and lead to avoidance of unforeseen problem both for individual projects and across your portfolio. In BIM all terms and data across the project life cycle are connected automatically processing industry standard file types to enable seamless axis and coordination across distributed teams. The design team can co-author model and control work-sharing environment by managing permissions and allowing work in progress development where to publish them & can easily understand changes as a Project progress from change visualization in an aggregated viewing environment while coordinating deliverables across the entire project team sharing. Design data with contractors and Fabricators facilitate better planning and coordination while reducing the likelihood of RFIs and change order, flooring cost and keeping the project on schedule and adding the data from pre-construction software will define scope quantity cost and schedules with all of the information available. As a Project moves to the job site contractor and traders are able to harness critical information of project in real time and mitigating errors that typically occurs once the construction begins, they utilise the most current project information centralised unavailable in a common data platform multiple forms are able to access exactly what they need when they need it and in the format required and with the BIM platform all the building and design information is available to owners and facility managers women's where you connect teams across for the phrases centralised data to ensure accuracy and access control information for conceptions through operations and analyses data to gain insight and efficiencies. Here in the common data platform is where you deliver the right information in the right format to the right person at the right time to improve collaboration and coordination across the entire project lifecycle. BIM is the future of project delivery.
Design Presentation & Construction Drawings: (Revit, Vray & 3D max)
Construction documentation from the BIM- at the end of the day being an Architect it would be crucial to deliver working drawings to the construction site. BIM assist you in the developing layout, Plans, Sections & complete construction documentation in cordination with your consultants and engineers in various file formats including PDF, DWG, DWF etc...
Computational BIM: (Dynamo & Revit):
Combine logic, geometry, math, and Building Information Modeling (BIM) with Dynamo visual programming. We'll use Dynamo to drive a Revit document and interoperate with other applications, data sources, and modeling tools. If you already have some experience with Revit and are looking to expand its capabilities with computation, this workshop is for you. Basic understanding of computer programming and scripting is helpful, but not required.
Parametric Modeling: (Rihno & GrassHopper):
Combine logic, geometry, math, and Building Information Modeling (BIM) with Dynamo visual programming. We'll use Dynamo to drive a Revit document and interoperate with other applications, data sources, and modeling tools. If you already have some experience with Revit and are looking to expand its capabilities with computation, this workshop is for you. Basic understanding of computer programming and scripting is helpful, but not required.