AutoCAD Civil 3D - Civil works specialization - AulaGEO

Based on the content outline you've provided for a civil engineering course that covers the use of a CAD software like AutoCAD Civil 3D, it seems you're looking to understand the various levels (Level 3 and Level 4) of expertise within the software. Let's break down what each section covers at both levels:

Middle Section (Level 3) - Surfaces II

• Surface model editing: This involves refining existing surfaces, modifying them through interpolation, and improving their accuracy.
• Styles of surface models: Customizing the appearance and presentation of surface models for clearer map analysis and better visualization.
• Model overlay: Combining multiple surface models to compare and analyze differences visually.
• Cubing and volume reports: Calculating volumes between different surfaces, which is crucial for earthwork calculations.

Advanced Section (Level 4) - Plan Settings

• Template building: Creating custom templates that can be used to quickly set up new projects with consistent configurations.
• Automatic generation of floor plans and profile planes: Streamlining the process of generating plans and profile views across a project.
• Cross section plane generation: Automatically defining locations for cross sections along a profile or alignment.

Advanced Section (Level 4) - Intersections

• Intersection construction: Creating intersections between alignments, adding branches to existing intersections, and designing complex intersection geometries like roundabouts.

Advanced Section (Level 4) - Plot Construction

• Calculation of areas and perimeters: Analyzing the geometric properties of parcels or plots within the project.
• Alignment: Working with alignments and ensuring they are correctly defined and aligned with other elements.
• Topology: Ensuring that the spatial relationships between different entities in the drawing are accurate and consistent.
• Locations: Defining precise locations for features, structures, or utilities within the project area.
• Englobes and desenglobe: Identifying areas that fully enclose features (englobes) or the space outside of a feature (desenglobe).

Advanced Section (Level 4) - Calculation of Surface Roughness

• Surface design: Creating and editing surface models based on various data inputs.
• Basin analysis: Analyzing hydrological characteristics such as drainage basins, which is important for stormwater management.
• Drains and hydrological sub-basins: Designing drainage networks and understanding the flow of water within the project area.

Advanced Section (Level 4) - Drawing of Sanitary Networks and Pipes

• Object projection: Projecting features from one plane to another, such as extending utilities along an alignment.
• Profiles: Analyzing the vertical profiles of pipes or channels for design and analysis purposes.
• Material calculations: Calculating quantities of materials required for construction based on the sanitary network design.

At both Level 3 and Level 4, you'll be expected to have a strong grasp of the fundamental tools and operations within AutoCAD Civil 3D, as well as a solid understanding of civil engineering principles. The advanced level introduces more complex operations that involve automation, complex interactions between elements, and detailed analysis capabilities. If you're new to this software, it would be advisable to start with the fundamentals at Level 3 before moving on to the more complex topics at Level 4.