AutoCAD Civil 3D - MEGA course for Civil Works - AulaGEO

It looks like you've outlined a comprehensive curriculum for Civil 3D, covering a wide range of topics from creating and editing linear work (like roads and highways) to more advanced features like grading, roundabouts, land parcels, pipes and networks, water sheds, and work quantities. This curriculum is designed to take someone from the basics of creating simple lines and polylines to the intricacies of civil engineering design in Autodesk Civil 3D.

Here's a brief summary of what each lecture might entail:

1. Changing assembly and subassembly: Learning how to modify existing components within Civil 3D to fit specific project needs.

2. Creating subassembly from polylines: Converting polyline features into subassemblies that can be used in the design of roads, streets, or other linear projects.

3. Linear work advanced: This section covers more complex aspects of linear work, including transitions and divided roads, and how to set up view ports and work with surfaces within linear work.

4. Cross section advanced: Analyzing and visualizing different cross sections of the project, including how to create and display slope and superelevation.

5. Labeling plans: This involves setting up templates for layout plans, creating view frames, and preparing sheets for a final presentation.

6. Grading: Learning how to use feature lines to create grading designs, including different methods for applying slopes (by distance, surface, or elevation).

7. Intersections and roundabouts: Designing and editing roundabouts, including the ability to visualize and adjust their arms and overall geometry.

8. Land parcels: Working with parcel and site features, understanding properties and labels, and using these in project plans.

9. Pipes and networks: Creating and managing pipe networks, editing network elements, and understanding the properties and display options for these systems.

10. Water sheds: Analyzing watersheds and catchment areas, using water drop analysis, and working with surface masks.

11. Work quantities: Preparing surfaces for material quantity calculations, setting up criteria for taking off quantities, and interpreting section views and tables for reporting purposes.

Each lecture would ideally include hands-on exercises to reinforce the concepts taught in the lecture portion. Additionally, real-world examples or case studies could be used to provide context and demonstrate how these tools are applied in professional practice.