Engineering Graphics Using AutoCAD

This book is a practical, step-by-step introduction to technical drawing and modern CAD workflows, aimed at beginners and students moving into engineering graphics.

• Foundations of technical drawing: It opens by defining what technical drawings are and why they matter in everyday design, manufacturing, construction, and communication. It distinguishes common drawing types (e.g., detail, assembly, schematic, pictorial, and layout drawings) and shows where each fits in real projects.

• Conventions and standards: The book catalogs line types and their meanings (visible, hidden, center, phantom, cutting-plane, break lines, etc.), emphasizing consistency and readability. It introduces widely used industry standards that govern notation, dimensions, tolerances, and drawing practices to ensure interoperability and quality.

• Getting started with CAD: Clear, student-friendly setup instructions walk readers through installing a student-version CAD package on their own machines, configuring essential settings, and understanding the user interface.

• Geometric construction with AutoCAD: Readers learn fundamental 2D constructions—points, lines, circles, arcs, polygons, tangencies, and intersections—building precision through snaps, constraints, and coordinate input. These skills form the basis for accurate drafting.

• Dimensions and text in 2D and 3D: The book explains dimensioning best practices (linear, angular, radial, ordinate) and text/annotation controls, including styles, scales, and placement for legibility in both 2D drawings and 3D contexts.

• Multiview drawing principles: Core orthographic projection concepts are unpacked—front, top, and right-side views; alignment and transfer of features; hidden lines; auxiliary views; and section views—showing how to systematically construct and read multiviews.

• Introduction to solid modeling: Moving into 3D, the text covers modeling with primitives (boxes, cylinders, spheres) and profile-based features (extrude, revolve, sweep, loft), plus editing operations. It connects 3D geometry to design intent and manufacturability.

• From model to drawings: With solid models established, the book demonstrates generating multiview engineering drawings automatically—placing standard views, creating sections and details, adding dimensions and annotations linked to the model, and managing updates as designs change.

Across these chapters, the book blends standards-driven theory with hands-on CAD techniques, guiding readers from basic line conventions to complete 3D models and fully annotated engineering drawings suitable for professional communication.