CAD/BIM (LB)

44B0830

Bachelor

German

5.0

only summer term

once a year

1 semester

In the planning and construction process, representatives of landscape architecture and landscape construction are in close contact with specialists in structural engineering, civil engineering and infrastructure construction. The exchange of digital data is an essential basis for this.

CAD (Computer Aided Design) makes it possible to create the construction drawings required for object planning with the help of computers and to adapt and modify them during the planning process. The focus is on the digital tools for creating plans as well as the fundamentals of construction drawing. This course uses 2D and 3D models to teach the basics of designing in the plane and in space as well as generating construction drawings. Plan comprehension is the focus and will be practiced.

Building Information Modeling (BIM) is a working method that makes it possible to ensure a holistic view of the building object over its entire life cycle on the basis of 3D models. In this process, planning, construction and management data are digitally networked in a common model. Participants receive an initial introduction to BIM and learn about the potential of BIM using typical applications in landscape architecture as examples.

1 CAD 2D Modeling and Technical Drawing
  1.1 Introduction to standardization of construction drawing
  1.2 Projection methods and their representation in construction drawings, development of plan views, floor plans, elevations and sections
  1.3 Landscape architecture planning (e.g. overview plans, site plans, elevation plans (representation of the terrain in 2D - working with contour lines), planting plans, object planning) 
  1.4 Specialist planning by other planning parties (e.g. representation of drainage plans, surveying plans, road construction plans, etc.)
  1.5 Design with CAD 2D, design principles
  1.6 Plan creation and editing with CAD based on analog and digital planning data
  1.7 Plan output and layout according to scale
  1.8 Techniques for efficient working with CAD
  1.9 Graphical data formats and data exchange

2 CAD 3D Modeling
  2.1 Creation of 3D models
  2.2 Output of isometrics and perspectives as well as floor plans, views and sections
  2.3 Basics of shadow analysis
  2.4 Terrain modeling and representation

3 Introduction to the BIM working method
  3.1 Presentation of the planning method as basic knowledge.
  3.2 Basics of project processing with BIM CAD software
  3.3 Visualization and animation of the BIM model
  3.4 Outlooks into the execution planning with BIM (creation of construction drawings)
  3.5 Understanding and practically applying BIM work processes (specialist model and collaboration model)
  3.6 Outlook on the potentials of the BIM method for processing in LP 5-9 and maintenance of the construction measure during the entire life cycle

The total workload for the module is 150 hours (see also "ECTS credit points and grading").

• Homework / Assignment

The house work includes several subtasks.

Construction drawings (general plan, floor plan, sections, views, details) are created or sections of them are detailed.

Basic knowledge from the module Geoinformation

Students who have successfully finished this module will be familiar with digital tools and workflows for object planning as well as the basic principles of technical representation in the form of construction drawings.

Students who have successfully studied this module are familiar with the use of 2D/3D CAD and know the relevant graphic formats and interfaces for the planning process. They are able to create, layout and present construction drawings.

Students who have successfully studied this module are able to understand and evaluate construction results in the form of construction drawings and to incorporate them into their own planning processes. They are able to explain construction drawings to other planning participants and to visualize the results in relation to the situation.

Students who have successfully studied this module use the acquired analog and digital skills in a professional and targeted manner in the planning and construction process. On the one hand, they are able to create construction drawings as part of the planning process and, on the other hand, to implement these requirements in the construction process as part of construction management.

Students who have successfully studied this module are familiar with the current innovations in digital representation.

Students who have successfully studied this module understand the digital models and construction drawings generated from them as a means of communication in the planning and construction process. They develop an understanding of careful planning as a basis for other specialist planners and as a basis for implementation in the construction process.

Students who have successfully studied this module experience digital work as a connecting element across borders. They recognize and reflect on the opportunities of a shared data base.

• Hornoff, Elke

Lehrauftrag