Lesson 1File management and export: DWG/DXF, PDF plotting settings for fabricatorsControl file organization and exports for shop and CNC use. You go manage DWG and DXF versions, configure PDF plotting, and apply layer, lineweight, and scale settings dat match fabricator and machine requirements, so no problem for di workshop.
Organizing project DWG and template filesSaving and auditing DWG and DXF versionsPlot styles, lineweights, and pensPDF plotting for shop and client setsExport settings for CNC and nestingLesson 2Centerlines, construction geometry, and projection lines best practicesApply best practices for centerlines and construction geometry dat support accurate fabrication. You go create projection lines, reference geometry, and layout aids dat stay organized and no clutter final plots, keeping everyting neat.
Centerline creation and layer controlConstruction geometry for layoutProjection lines between viewsUsing temporary reference geometryCleaning up nonplotting constructionLesson 3Annotation tools: text styles, leaders, notes for material, thickness, finishUse annotation tools to communicate fabrication requirements clearly. You go manage text styles, leaders, and notes to specify material, thickness, finish, welds, and other shop instructions without cluttering views, so di message clear.
Text styles, heights, and readabilityMultileaders for callouts and flagsMaterial and thickness note standardsSurface finish and coating notesWeld, bend, and special process notesLesson 4Dimensioning standards: linear, radial, diametral, angular, chain and baseline dimensionsMaster fabrication dimensioning standards in DraftSight. You go place linear, radial, diametral, and angular dimensions, den apply chain and baseline methods dat match shop practices and avoid over-dimensioning, ensuring precision.
Setting up dimension styles for shopsLinear and aligned dimensionsRadial and diametral dimensionsAngular, chain, and baseline methodsTolerances and fit callouts basicsLesson 5Creating and managing viewports, title blocks, and drawing bordersSet up professional layouts dat fabricators fit read quick. You go configure viewports, scale, title blocks, and borders so each sheet clearly show part views, revisions, and key fabrication information, making it easy to follow.
Model space vs sheet layoutsCreating and scaling viewportsLocking and managing viewport scalesConfiguring title block attributesStandardizing borders and revision areasLesson 6Using blocks and attributes for repeated features (e.g., hole patterns)Use blocks and attributes to speed up repeated fabrication details. You go create parametric hole patterns, weld symbols, and hardware blocks, den manage insertion points, layers, and attribute data for schedules, saving time.
Creating reusable fabrication blocksDefining insertion points and layersAttribute definitions for part dataHole pattern and slot pattern blocksUpdating and redefining existing blocksLesson 7Layer management and naming conventions for fabrication drawingsLearn how to plan, create, and manage layers tailored to fabrication drawings. You go define naming rules, colors, linetypes, and lineweights so plates, cuts, centerlines, and annotations stay organized and easy to read, no confusion.
Planning a fabrication layer strategyNaming conventions for parts and operationsAssigning colors, linetypes, lineweightsLayer filters and layer states for shopsFreezing, locking, and isolating layersLesson 8Basic geometry tools: line, polyline, circle, arc, rectangle, offset, trim, extendDevelop proficiency with core 2D geometry tools used in fabrication drawings. You go create and edit lines, polylines, circles, arcs, and rectangles, den apply offset, trim, and extend to refine plate and profile shapes, building solid skills.
Lines, polylines, and construction edgesCircles, arcs, and bolt hole geometryRectangles, slots, and plate outlinesOffset for flanges, webs, and clearancesTrim and extend for clean intersectionsLesson 9DraftSight interface, workspace setup, units, and drawing templatesConfigure DraftSight for efficient fabrication drafting. You go adjust interface elements, workspaces, units, and drawing templates so every new file start with correct layers, styles, and sheet settings, ready to work.
Customizing ribbons, toolbars, and palettesSaving and switching workspacesSetting units, precision, and scalesCreating fabrication drawing templatesTemplate standards for layers and styles
