Course Details
Integration of Structures to Landscape
Academic Year 2023/24
BRB012 course is part of 1 study plan
BPC-APS Winter Semester 4th year
Design of a structure is only a part of system of activities leading to final and successful realization of a structure. After finishing building activities it is very important to integrate the structure to the environment. The structure should naturally merge with the surrounding. Despite the structure shape, the terrain adjustment might significantly help in this effort.
Course Guarantor
Institute
Objective
Integration of structures to landscape. Design of the structure surrounding with respect to the environment (city, industry, rural, forest,...)
Knowledge
Knowledge in following areas:
- integration of structures to landscape,
- design of the structure surrounding with respect to the environment (city, industry, rural, forest,...)
- integration of structures to landscape,
- design of the structure surrounding with respect to the environment (city, industry, rural, forest,...)
Syllabus
1. Environment - basic information, terminology
2. Environmental treatment - evaluation of impacts, components of environment, strategic problems
3. Main principles of landscape ecology
4. Function of forest in landscape ecology - introduction (production function, soil protection, climatic, biotic, estetic, social, ...)
5. Landscape ecology - concept
6. Evolution and classification of landscape, structure and dynamics
7. Stress theory, lanscape stability
8. Civil structures in landscape
9. Problem of integration of civil structure in landscape
10. Construction elements used for terrain adjustment (ramps, stairways, retaining walls, terrain benchs, sidewalks, ...)
11. Materials the elements
12. Realization of terrain adjustments, composition of vegetation in
space and kinds
13. Designer's Technological workflow of refilling, restoration or creation new vegetation for new spaces.
2. Environmental treatment - evaluation of impacts, components of environment, strategic problems
3. Main principles of landscape ecology
4. Function of forest in landscape ecology - introduction (production function, soil protection, climatic, biotic, estetic, social, ...)
5. Landscape ecology - concept
6. Evolution and classification of landscape, structure and dynamics
7. Stress theory, lanscape stability
8. Civil structures in landscape
9. Problem of integration of civil structure in landscape
10. Construction elements used for terrain adjustment (ramps, stairways, retaining walls, terrain benchs, sidewalks, ...)
11. Materials the elements
12. Realization of terrain adjustments, composition of vegetation in
space and kinds
13. Designer's Technological workflow of refilling, restoration or creation new vegetation for new spaces.
Prerequisites
Basic knowledge of civil engineering, fysik, ekologie, biologie.
Language of instruction
Czech
Credits
3 credits
Semester
winter
Forms and criteria of assessment
graded course-unit credit
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 1 hours/week, elective
Syllabus
1. Environment - basic information, terminology
2. Environmental treatment - evaluation of impacts, components of environment, strategic problems
3. Main principles of landscape ecology
4. Function of forest in landscape ecology - introduction (production function, soil protection, climatic, biotic, estetic, social, ...)
5. Landscape ecology - concept
6. Evolution and classification of landscape, structure and dynamics
7. Stress theory, lanscape stability
8. Civil structures in landscape
9. Problem of integration of civil structure in landscape
10. Construction elements used for terrain adjustment (ramps, stairways, retaining walls, terrain benchs, sidewalks, ...)
11. Materials the elements
12. Realization of terrain adjustments, composition of vegetation in
space and kinds
13. Designer's Technological workflow of refilling, restoration or creation new vegetation for new spaces.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
1. Basic information, terminology
2. Evaluation of impacts, components of environment, strategic problems
3. Main principles of landscape ecology
4. Function of forest (production function, soil protection, climatic, biotic, estetic, social, ...)
5. Landscape ecology - concept
6. Evolution and classification of landscape, structure and dynamics
7. Stress theory, landscape stability
8. Civil structures in landscape
9. Problem of integration of civil structure in landscape
10. Vegetation and terrain adjustment
11. Terrain adjustment (ramps, stairways, retaining walls, terrain benchs, sidewalks, ...)
12. Materials the elements
13. Realization of terrain adjustments, composition of vegetation in space and kinds. Designer's Technological workflow of refilling, restoration or creation new vegetation for new spaces.