Over 70 years of engineering experience.
Design for construction, mining and environment

STRUCTUAL ENGINEERING

includes 3 sections:

• gym with social building
• extension School building
• conversion old building

Gym with social building

• reinforced concrete - flat roof on itself to the bearing juvenescent steel beams and built-in reinforced concrete columns
• infill of the wall area through masonry
• social building with reinforced concrete-flat roof on masonry walls and reinforced concrete columns -steel trapezoidal roof on steel beam bearing over the equipment room
• foundation with the help of bucket foundation and strip foundation in frost-free depth
• sub concrete under the foundation up to the stable subsoil of the fitting flow ballast
• partition objects without basement

New building teaching building

• Roof construction: combination of leafy reinforced concrete - flat roof and single-pitch roof in carpenter-moderate execution in glued wood and softwood, roof construction made of wood partly visible
• composite construction of masonry, bolt and supports as well as roof slabsceiling partly with floor openings for the illumination of the first floor
• Generous façade glassing in the stair case areas and in the class rooms in the first floor through a superior Pile-wale-façade
• Bracing through stair case walls out of reinforced concrete in exposed concrete execution as well as by side by side walls of KS-masonry
• Foundations with single foundations and strip foundations
• Subconcrete under the foundation up to the bearing subsoil of the fitting flow ballast
• Prefabricated - base plates as frost barriers in the area of the façade glassing
• Steel fiber armed ground plates in the area of the machine cabinets in the first floor
• Sub-objects without basement
• Connection of the new building with the old building through a connection structure without basement out of a glassed steel construction
• Foundation with single foundation in frost-free depth
• Connection of the first upper floors through a steel-timbered-bridge with reinforced concrete bearing surface

Old building

• Dismantling of the existing outside wall plates including the underpinning of the existing construction through steel beams and steel shoring
• Dismantling of the available inner wall panels including the underpinning of the existing construction through steel beams and steel shoring
• Floor-closing in the area of the existing elevator shaft
• Heightening of the intermediate's old building by one floor in masonry design with reinforced concrete-flat roof
• Dismantling of existing solid entrance roofing