Language of instruction
German
Building Theory, Construction Planning and Plan Creation
• Principles of plan creation (forms of representation in the construction industry)
• Technical drawing – user needs planning
• Fundamentals of building theory and design
• Principles of building law and its effects on the planning process
• Practice of fundamental planning tasks
• Issues of future relevance concerning this specialist area
Language of instruction
German
• Basic concepts of descriptive geometry and geometric strategies
• Application examples for architecture and construction: roof calculation, hyperbolic paraboloid, coded projection, perspective
Language of instruction
German
English for Architects and Engineers 1
• Business and technical English
• Technical vocabulary on construction-specific topics and systems (explanation of planning forms in the construction industry – floor plans, sections, views, basic concepts of building theory and design)
• Communicative grammar
• Practising the presentation of building plans
Language of instruction
German
Sustainable Planning and Building
• Sustainable Development Goals (SDGs)
• Introduction to the subject areas of architecture and civil engineering
• Overview of the interrelationships and processes of a planning and construction project (performance plan for construction projects including milestones)
• Information technology (Word and Power Point)
• Issues of future relevance to this area of speciality
• Excursion and practical case studies
• Social skills: positions, roles and dynamics in teams, feedback
Language of instruction
German
Building Ecology and Materials
• General ecology
• Effects of human activity on the environment, nature conservation, ecological footprint
• Knowledge of environmental influences on buildings and users
• Sustainable construction and energy-efficient use, ecological planning and construction, avoidance of negative effects on the environment
• Possibilities for quantitative assessment such as OI3 (Eco index) indicator, EI (disposal indication calculation guide), etc.
• Materials: bricks, concrete, steel, wood, transparent building materials, insulating materials, sealing materials, auxiliary materials
• Various raw materials, production methods, resource consumption and environmental impact
• Issues of future relevance concerning building ecology and materials
Language of instruction
German
Cultural History and Architecture
• From the beginnings of building in early times to the innovations of the modern era, architecture and building in the individual epochs are presented in relation to cultural history
• Explanation of the history of style using selected buildings, with their connections to technical innovations and social developments
• Examination of selected chapters of architectural theory and the history of building technology (architecture and the art of building)
Language of instruction
German
• From structure to object
• Creative visual thinking (exercises in the form of drawings and models)
• Knowledge of the social and artistic understanding of renowned artists, architects and art schools
• Introduction to the history of ideas and methods of design
•Focus on the concept of structure, form, material, matter, balance studies, light and shadow, folding and creasing, etc.
Language of instruction
German
• Training of artistic imagination and design skills
• Theoretical examination of best-practice examples
• Practical exploration of different aspects of art such as space, society, time, culture, etc. through the production and creation of, for example, sculptures, drawings, models, collages, etc.
• Handling and practical examination of materials
Language of instruction
German
• Overview of design areas such as urban planning, building design and interior design
• Discussion of typology, topology and tectonics
• Training in dealing with design-determining factors
• Gradual overlapping of the factors learned
Language of instruction
German
Introduction to Structural Design
• Overview of the structural elements
• Design of simple structural systems
• Structural design tasks
• Determination of the loads on structural elements
Language of instruction
German
Construction Operations, Safety and Health Protection
• Construction site organisation
• Planning of the construction site – construction site equipment
• Planning and construction site coordination in accordance with the Construction Work Coordination Act 1
• Lifting equipment and scaffolding
• Construction methods for concrete and reinforced concrete construction incl. prefabricated construction
• Construction methods incl. prefabrication in timber construction and steel construction
•Construction methods in masonry construction
•Issues of future relevance concerning the specialist area
•Practical application of work preparation and construction methods incl. excursion to current construction sites
Language of instruction
German
Applied Mathematics for Civil Engineers 1
• Geometry and trigonometry
• Functions and properties (especially angle functions)
• Analytical geometry and vector calculation in 2D and 3D
• Network technology
• Differential calculus and its applications
• Introduction to a computer algebra system
Language of instruction
German
• Reference systems, statistics and error calculation
• Instruments and methods for height, direction and distance measurement (level, theodolite, total station)
• Coordinate calculation, staking out
• Organisation of land ownership: land register and cadastre
Language of instruction
German
• Introduction to the basics of structural mechanics and statics
• Central and general force systems
• Calculation of bearing reactions, internal forces of straight, buckled beams and composite components for concentrated loads
• Line and trapezoidal loads on statically determinate systems
• Centre of gravity calculations
Language of instruction
German
Structural Design and Structural Systems
• Overview of the structural elements
• Design of simple structural systems
• Tasks of structural design
• Modelling
• Determination of the load types of structural elements