6

Knowledge:
- The student formulates basic mathematical and physical knowledge used in Engineering, Strength of Materials, Statics and Materials Science.
- Recognizes the properties of construction materials used in civil engineering constructions.
- Analyses statically Isostatic or Hyperstatic Entities with Static or Dynamic Approach.
- Analyses different regulations for seismic design of structures.
- Resolves Pre-stressed Concrete Bodies, as well as metal and composite constructions.
- Distinguishes the architectural form of constructions in conjunction with their integration into the environment and energy saving in them.
- Resolves routes, alignments and surface measurements of land and parcels with GGRS 87 coordinates.

Skills:
- Manages statically Bodies with any loads.
- Seismically analyses bodies and buildings of various forms and materials.
- Plans the operation of energy efficient and environmentally integrated buildings.
- Manages topics of Administration and Management in Civil Engineering projects and addresses topographic mapping issues with GGRS 87 coordinates.
- Respects building Technology in Building Projects.

Capacities:
- Uses Architectural concept of construction combined with their integration into the environment and energy saving in them.
- Applies the development of architecturally and functionally robust buildings with the principles of building technology.
- Applies and uses seismic regulations for Static solving of structures of different openings made of different materials.
- Applies Topographical surveys with GGRS 87 for surface measurements of land and parcels.
- Supervises small or large scale stand-alone Civil Engineering projects and constructions using various software and project monitoring techniques.
- Seeks the realization of cost- and time-optimized constructions so as to produce the best performance in projects with minimal environmental disturbance.