![]() Your Layer control is now accessible no matter which Ribbon Tab you have current.īut this article is about the tools you can use Instead of using the Layer control – so let’s move on… Layering Standards To do this, simply click over the Layer control and chose ‘Add to Quick Access Toolbar’. My quick tip here is to add the Layer control to the QAT (Quick Access Toolbar). One of the few problems I have with the Ribbon UI is that you need to switch to the ‘Home’ tab every time you want to change Layer. If you haven’t tried the AutoCAD ribbon yet, I highly recommend it – Give it a whirl. ![]() In particular, I want to highlight a number of AutoCAD’s tools that will help you to speed up creating objects on the right Layer, without having to constantly reach up to the Layers pull down to change which Layer is current. In this post I want to concentrate on Layers. ![]() Using Polylines, Groups, Blocks, Xref’s and Layers will really help you to create and edit your geometry in an efficient fashion. ![]() Proposed a service platform design layout to the structural designer for the accessibility and maintenance purposes.If you are creating AutoCAD drawings which contain a lot of geometry, I highly recommend that you concentrate on keeping your geometry organised as you go along.Drafting and modeling of equipment layout based on the vendor’s drawing.Preparation of Pipe Support Fabrication Drawings, Piping General Arrangement and Detail Drawings using PDMS Draft.Assisting for preparation of Piping Detail Standards, Pipe Support Standards, and Material Take-Offs.Incorporate the types and locations of Pipe Supports as per stress calculation for all critical lines.Pipe Support arrangement and modeling according to Pipe Support Standards.Piping designing as well as responsible for routing in 3D modeling.Preparation and coordination of equipment layout design as part of a prequalification proposal for the development of the project.Participate in Project meeting and weekly Video Conference Meeting with Project Site Engineers and Supervisors for constructability, follow-up, clarifications, technical query and model review.Resolved Site Technical Query and prepared Design Change Notifications for any design changed during Fabrications and Constructions stage.Preparation of Pipe Support Fabrication Drawings, Piping General Arrangement Drawings.Interact with engineers and designers of other disciplines to provide coordinated designs.Organizing and managing all the resources required for designing.Review and checking P&ID, Line list, Pipe Specification and Pipe Clashing.Develop the Nozzle Orientation drawing for the mechanical equipment and relay it to the package engineer.Prepare a material handling study that based on mechanical equipment recommended material handling practice and procedures.Review mechanical vendors equipment packages, relative to piping design.Incorporate all desirable comment from Stress Engineer regarding the Pipe Supports and routings recommendation in all critical lines.Prepare Piping MTO, Pipe Support MTO, Pipe Penetration list, Tie-in Point list and required Isometric drawings for Stress Analysis to Engineers.Pipe Support arrangement and modeling in accordance to Pipe Support Standards.Piping designing as well as responsible for routing in 2D and/or 3D model.Preparation of Piping Detail Standards, Pipe Support Standards, Pipe Penetration Detail Drawing and Tie-in Point Registry.Develop conceptual piping routing/layout, equipment layout and basic design for Mechanical and Piping System.
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