essentialsright.blogg.se - Hsb cad designer jobs

Add pockets, point loads, blocking, vents, notches and much more, controlling them dynamically as well as center point of gravity and weight working together to define automatic lifting hole locations.Dynamic opening (doors, windows, composite openings…) – positioning and dimensioning are completely customisable with specific details.Create framed walls from the wall library – detailed with beams (rectangular, I-beams, steel), sheeting (dimensions, orientation and distribution within the actual frame), junction arrangement, etc.~~ Add milling, saw lines, drill holes and cuts that automatically apply to a wall.~~ Define extruded shapes that can be substituted for rectangular beams to produce profiled beams, such as steel, I-beams framed structures, ….~~ Apply the internal and external sheet facades to a wall, specifying how they distribute across a wall, adjust at junctions and wall ends.~~ Define the build-up for openings such as headers, kingposts, cripples, ….~~ Define how corners and T-junctions are connected, mitred, and how wall ends terminate.~~ Arrange beams and sheets using hsbDesign graphical defined detail builder which predetermine the wall make up.Create a user-defined library of wall types to your own building method:.Directly convert AutoCAD® walls to framed walls – saving time between approval and production design.Expand to the hsb toolsets, StickFrame, Sip, CLT, Glulam and more, to allow for hybrid design.Automatically create dimensioned component shop drawings to your own customisable manufacturing format.Material lists per beam and sheet with rounding and length optimisations.Basic texture can also be added to the visualised result.Use dynamic commands such as: split, join, stretch, cut beams, and much more.

Roof calculation is based on construction information within plans or can even be the locations of the roof tiles.

Intelligent position numbering: harbours numbers even if the construction has changed, and also avoids overlapping of numbers.

Detect collisions already in your construction at design stage.

You can expand your library with your own catalogue of custom profiled beams, materials, connections and tools.

Add intelligent connectors, such as tenons, dovetails, half-lap and scarf joints to any part of the construction and export to a required format.

Every beam has associated intelligent information which can easily be used for bill of materials, produce automatic shop drawings and send to CNC interfaces.

Detail with all standard beams: Rafters, Plates, Hip/Valley rafters, Ridge, Post, Brace, etc.

This not only makes the construction site safer but it also makes it easier to navigate. Because of the high levels of accuracy when it comes to the manufacturing stage and the final product, we can minimise waste on site as the majority of waste is created in our factories. Using the production drawings, a precise materials list can be produced. To keep track of everything, IFC files are integrated into a BIM vision, so we have access to every bit of information about individual projects, all in one place.īecause of this detailed process, it results in high levels of accuracy when it comes to the manufacturing stage and the final product.Ī key advantage to the design process at FastHouse is waste reduction. We then use CAM to get started on the manufacturing process.

Production drawings are fully networked to the factory floor making this process a lot smoother. From this CAD we can then produce cutting lists and material lists. We then use HSB CAD to create a timber frame design. The process can start once we have received the architects design drawings.