Advanced AutoCAD Applications

Course Description

ETD2930C – Advanced AutoCAD Applications is a 3-credit, combined lecture/laboratory course within the Engineering Technologies > Engineering Design Drafting taxonomy of Florida's Statewide Course Numbering System (SCNS). The course builds upon foundational CAD skills to develop professional-level proficiency in AutoCAD, covering advanced 2D drafting techniques, complex drawing management, and an introduction to 3D modeling within the AutoCAD environment. Students apply industry-standard workflows to produce technical drawings suitable for engineering, architectural, mechanical, and civil design applications. All work is performed in a computer laboratory equipped with current AutoCAD software.

The "C" lab indicator in the course number denotes a combined lecture and laboratory course that meets in the same place at the same time, providing an integrated, hands-on learning experience throughout.

Learning Outcomes

Required Outcomes

Upon successful completion of this course, students will be able to:

• Apply advanced CAD techniques for engineering drawings, including the use of Attributes, External References (XREFs), Layers, Blocks, and Curve creation.
• Create, insert, and manage dynamic blocks and block attributes to automate and standardize drawing elements.
• Attach, modify, and manage External References (XREFs) to support collaborative, multi-file project workflows.
• Organize complex drawings using advanced layer management, including layer states, filters, and freeze/lock controls.
• Produce professional-quality plots and construction document sets using Paper Space, Layout Tabs, and multiple Viewports with correct annotation scaling.
• Apply advanced dimensioning and annotation techniques, including dimension styles, multileaders, tables, and fields.
• Perform advanced 2D geometry construction including polylines, splines, regions, boundaries, and hatch patterns.
• Introduce and navigate the 3D modeling workspace, including the User Coordinate System (UCS), 3D viewing tools, and solid primitives.
• Perform advanced CAD file management tasks, including file auditing, recovery, purging unused elements, and maintaining drawing standards.
• Interpret and produce technical drawings that meet industry standards, demonstrating knowledge of orthographic projection, proper dimensioning, and drafting conventions.

Optional Outcomes

The following outcomes may be addressed at the discretion of the instructor or institution:

• Create advanced 3D solid models using extrusions, sweeps, lofts, and revolves, and generate 2D documentation views from 3D geometry.
• Apply rendering and visualization techniques, including visual styles, materials, and lighting within AutoCAD.
• Prepare mechanical CAD drawings based on 3D solid models, including detail and assembly views.
• Use AutoCAD scripting or macro tools to automate repetitive drafting tasks and improve productivity.
• Prepare civil drafting drawings, including parcel layouts, roadway profiles, or land development plans.
• Prepare architectural drawings such as floor plans, elevations, sections, and schedules within AutoCAD.
• Demonstrate preparation skills for the Autodesk AutoCAD Certified Professional examination.

Major Topics

Required Topics

The following topics are common across Florida college offerings of this course and represent the core content:

• Advanced Block Management: Creating, editing, inserting, and purging blocks; nested blocks; dynamic blocks with visibility states and stretch parameters; block attributes and attribute extraction.
• External References (XREFs): Attaching, overlaying, binding, and modifying XREFs; managing file path types (full, relative, no-path); reloading and detaching references; layer display control via XREFs.
• Advanced Layer Management: Layer states manager; layer filters; layer properties; annotative layers; freeze, lock, and plot settings per viewport.
• Advanced Annotation: Dimension styles; geometric dimensioning and tolerancing (GD&T) introduction; multileaders; tables; fields; annotation scaling; text styles.
• Layouts, Paper Space, and Viewports: Creating and configuring layout tabs; floating viewports; viewport scale and locking; title block setup; sheet sets introduction.
• Advanced 2D Drawing and Editing: Polyline editing; spline curves; regions and boundaries; advanced hatch patterns and gradient fills; construction geometry; parametric constraints.
• Plotting and Print Management: Plot styles (CTB/STB); page setup manager; plot to PDF; professional output standards for construction documents.
• Drawing Management and Standards: File auditing and recovery (AUDIT, RECOVER commands); purging unused elements; drawing templates; CAD standards files.
• Introduction to 3D Modeling: 3D workspace navigation; User Coordinate System (UCS); ViewCube; 3D orbit; solid primitives (box, cylinder, sphere, etc.); Boolean operations (union, subtract, intersect).
• Collaborative Workflows: DWG file compatibility; DXF and PDF import/export; sharing designs with stakeholders; multi-user project file organization.

Optional Topics

The following topics may be included based on program focus, time availability, or instructor expertise:

• Advanced 3D Solid Modeling: Extrusions, sweeps, lofts, and revolves; solid editing (fillet, chamfer, shell, slice); mesh modeling; surface modeling.
• 2D Documentation from 3D Models: Creating model documentation views (base, projected, section, detail) from 3D solids; extracting 2D production drawings.
• Rendering and Visualization: Visual style settings; applying materials and textures; lighting setup; basic and advanced rendering outputs.
• Parametric Design and Constraints: Geometric and dimensional constraints; constraint-driven drawing modification workflows.
• Civil and Architectural Applications: Land development drawings; parcel and roadway layouts; architectural floor plans, elevations, and schedules produced in AutoCAD.
• Automation and Scripting: Introduction to AutoCAD script files; tool palettes; action recorder; productivity customization of the ribbon and workspace.
• Point Clouds and Raster Integration: Attaching and managing point cloud data; raster image references in drawing sets.
• Autodesk Certified Professional Exam Preparation: Review of exam objectives, timed practice exercises, and professional certification guidance.

Resources & Tools

• Software: Autodesk AutoCAD (current version) — available to enrolled students free of charge through the Autodesk Education Community at autodesk.com/education
• Recommended Textbook: AutoCAD and Its Applications – Comprehensive (Goodheart-Willcox Publisher) — covers advanced 2D and 3D topics including solid modeling, rendering, and animation aligned to this course level
• Hardware: Computer laboratory workstations with dedicated graphics capability; plotting/printing equipment for construction document output
• Autodesk Education Community: Provides access to full professional versions of AutoCAD and supplemental Autodesk products (Revit, Fusion 360, Inventor, Civil 3D, etc.) for student use
• AutoCAD Web & Mobile: AutoCAD web browser and mobile app for accessing and editing DWG files outside of the lab environment
• Autodesk Certification Resources: Official Autodesk exam preparation guides and practice tests for the AutoCAD Certified User and Certified Professional credentials

Career Pathways

Completion of ETD2930C supports employment and advancement in a wide range of technical design industries. As noted in Florida college program descriptions, graduates create detailed drawings and plans for projects ranging from spacecraft and houses to gas pipelines, collaborating with engineers, designers, scientists, and other professionals.

• Drafting and Design Technician – Producing technical drawings for mechanical, civil, architectural, and electrical projects in engineering firms
• CAD Operator / CAD Technician – Supporting design teams with drawing production, file management, and documentation
• Architectural Drafter – Creating floor plans, elevations, sections, and construction documents for residential and commercial projects
• Mechanical Drafter – Preparing detail and assembly drawings for manufactured components and industrial equipment
• Civil Drafter – Producing site plans, roadway layouts, land development drawings, and utility plans
• BIM Technician / Revit Modeler – Transitioning AutoCAD skills into Building Information Modeling environments (often in combination with ETD coursework in Revit)
• Construction Project Support – Assisting project managers with drawing coordination, sheet set management, and collaborative documentation

This course is frequently part of the Computer-Aided Drafting and Design A.S. degree and related College Credit Certificate (CCC) programs at Florida colleges including Eastern Florida State College, Pasco-Hernando State College, Florida SouthWestern State College, and others. Credits earned are applicable toward the A.S. degree in Drafting and Design Technology.

Special Information

Certification Preparation

This course provides direct preparation for industry-recognized Autodesk credentials:

• Autodesk AutoCAD Certified User (ACU): The entry-level credential validating foundational AutoCAD proficiency. Skills covered in this course meet or exceed the exam objectives.
• Autodesk AutoCAD Certified Professional (ACP): The advanced credential recognizing expert-level AutoCAD skill. Autodesk recommends a minimum of 400 hours of hands-on AutoCAD experience before attempting the ACP exam. This course, combined with its prerequisite(s), contributes substantially toward that benchmark. Certified Professionals typically command higher compensation than non-credentialed peers.

Students interested in pursuing certification should consult their instructor for exam voucher availability and preparation resources. Some Florida institutions (e.g., Florida Gulf Coast University Continuing Education) bundle exam vouchers directly with AutoCAD training courses.

Industry Standards

Drawings produced in this course are expected to adhere to applicable industry drafting standards, which may include ASME Y14.5 (Geometric Dimensioning and Tolerancing), ANSI drawing standards, and discipline-specific conventions for architectural, civil, or mechanical applications depending on project assignments.