Basic Accounting Course Overview
This professional engineering curriculum provides complete mastery over Autodesk AutoCAD, the global foundation for technical drafting and design. The training takes participants from initial geometric drafting to advanced multi-layer plotting, dynamic blocks, and 3D solid modeling. The program emphasizes absolute precision, clean layer management, blocks optimization, and cross-reference setups. Participants will learn how to draft engineering, architectural, and manufacturing schematics that align flawlessly with municipal, commercial, and engineering submission blueprints across the UAE.
Who Should Attend?
This course is engineered for professionals requiring high-precision drafting capabilities:
Civil, Structural, Mechanical, Electrical, and MEP Engineers
Interior Designers, Space Planners, and Architects
Technical Draftsmen, Site Supervisors, and Fit-out Coordinators
Fresh Engineering Graduates looking to establish essential drafting baselines
Industry professionals preparing for Autodesk Certified Professional examinations
Skills You Will Achieve
Upon successful completion of this training, participants will be able to:
Navigate the CAD Framework: Master coordinates tracking, absolute/relative entry methods, object snaps, and drafting shortcuts.
Execute High-Precision Geometry: Construct complex 2D geometry, technical profiles, floor plan grids, and mechanical schematics.
Manage Advanced Layer Topologies: Implement professional layering systems, tracking linetypes, line weights, and plot styles.
Build Intelligent Dynamic Blocks: Author reusable block assets, dynamic sizing parameters, and attribute extraction tags for automated component inventories.
Coordinate External References (Xrefs): Link, track, and manage external reference drawing files to execute multi-team collaborative blueprints.
Model 3D Solid Geometry: Transition from flat profiles into 3D spaces, manipulating solid extrusions, sweeps, mesh forms, and Boolean operations.
Standardize Sheet Layouts & Plotting: Configure viewports, layouts, scales, page setups, and multi-sheet batch plotting parameters for formal municipal reviews.
What You Get from Filizof Training Centre
Course Completion Certificate: Upon successful completion, you will receive an official Completion of Certification course certificat.
Hands-on, Project-Based Learning: Training uses real UAE construction blueprints, industrial manufacturing diagrams, and detailed electrical single-line schematics.
Expert Industry Instructors: Learn directly from Autodesk Certified professionals with extensive engineering design and corporate consulting experience.
Flexible Learning Schedules: Convenient evening and weekend batches structured to align with the schedules of working professionals.
Post-Training Support: Open access to advanced computer labs and drafting templates to refine your structural workflows after the course ends.
Career Pathways
A solid foundation in AutoCAD drafting remains an absolute core requirement throughout the global architectural, engineering, and manufacturing sectors:
CAD Draftsman / Technical Detailer
Mechanical / Electrical / Civil CAD Technician
Interior Fit-Out Drafter
Drawing Office Coordinator
Site Documentation Specialist
Basic Accounting Course Content
Navigating the AutoCAD Interface: Graphic area setups, Command Line entry, Application Menu optimization, and Workspace tracking.
Coordinate Entry Frameworks: Working with Cartesian Coordinates, Polar tracking, Relative inputs, and dynamic entry parameters.
Drawing Infrastructure: Configuring drawing limits, grid spacings, snap toggles, and drawing units.
Geometric Toolsets: Executing lines, polylines, circles, arcs, rectangles, ellipses, and specialized polygon generations.
Utilizing precise Object Snaps (OSNAP) and Object Snap Tracking (OTRACK) to ensure absolute vector accuracy.
Modification Matrices: Mastering Move, Copy, Rotate, Scale, Stretch, Mirror, and Offset utilities.
Advanced Adjustments: Implementing Trim, Extend, Fillet, Chamfer, Array (Rectangular/Polar/Path), and Explode operations.
Measuring diagnostics: Calculating precise point positions, linear distances, boundaries, and perimeter areas.
Layer Management Systems: Constructing layers, adjusting colors, freezing/thawing layers, locking mechanisms, and managing linetypes/line weights.
Text & Typography: Authoring single-line text and multiline text blocks, and establishing text style profiles.
Dimensioning Frameworks: Applying linear, aligned, angular, radial, and continuous dimensions, and modifying custom Dimension Styles.
Hatch patterns: Applying structural boundaries, solid fills, custom gradient scales, and associative hatch adjustments.
Block Authoring: Creating, saving, inserting, and redefining standard structural drawing blocks.
Dynamic Parameter Settings: Building smart blocks containing stretch, flip, rotate, and visibility parameters.
Block Attribute Tags: Setting up editable textual variables within blocks for automated scheduling and detailing extraction.
External Reference Controls (Xrefs): Attaching exterior drawings, scaling overlay links, and managing multi-file blueprint updates.
Understanding Model Space vs. Paper Space workflows.
Layout Management: Setting up custom paper boundaries, title blocks, and configuring viewport layout boundaries.
Scale Standardization: Setting precise viewport scales and managing annotation visibility.
Plot Configurations: Configuring plotters, pen weight assignments (CTB files), line weight overrides, and batch plotting multi-sheet PDF assemblies.
- Transitioning to the 3D Modeling Workspace: Utilizing the ViewCube, steering wheels, and managing 3D User Coordinate Systems (UCS).
- 3D Solid Primitives: Generating boxes, cylinders, spheres, cones, wedges, and tori forms.
- Profile Transformations: Converting 2D closed paths into 3D models via Extrude, Revolve, Loft, and Sweep operations.
- Boolean Intersections: Combining, subtracting, and intersecting distinct 3D volumes.
- Editing solid edges, faces, rendering basic realistic views, and extracting 2D views from 3D
