Czech

Not applicable.

Institute of Technology, Mechanisation and Construction Management (TST)

After the completion of the course the student will be able to apply the knowledge of constructional and technological principles of the erection processes and the processes of inner and finishing work on a particular building.
During the course the student will gain theoretical knowledge in the field of modeling of production processes, will apply the detailed instructions of the knowledge application in a case study, will use the directions to develop outcomes and will develop:
Technological regulation for building assembly, design a crane or autocrane, calculation of the heaviest load for assembly, load verification in a loading graph, assembly schemes,
Colour technical drawing of building site plant, with the placement of the lifting gear, and a detailed drawing of stored elements in depots,
Technological regulation for a selected partition including a design of a potential scaffolding and tools, plan scheme with the differentiated types of partitions in the building layout, details,
Technological regulation for the chosen insulation assembly including a design of possible tools, a cross-section of the insulation assembly, high-risk details,
Technological regulation for the application of the selected type of plaster, drawings – plan, section of one store with a visualization of plastering method, scaffolding placement, time plan for plastering,
Technological regulation for the selected types of floorings including a design of possible tools, high-risk detail, and a drawing – plan with floor layers in individual rooms.

Knowledge of the constructional principles of a building. The subject is a follow-up of the subject Technology of constructions I.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.The subject consists of lectures and seminars.
The seminar will offer to work on individual tasks and projects. The outcomes will be checked and discussed in a coordinated and individual consultation with the lecturer. Supplemented by educational visits, there will be chosen two real constructions, for technology of erecting work, and for selected technologies of finishing

Lecture attendance is recommended. Seminars attendance is obligatory and checked, because of the topics extension the teacher can excuse only one legitimate absence. The credit will be awarded the last week of the semester, only in exceptional cases can the teacher set an alternative date. All the submitted parts of the seminary work with a uniform layout will be put into a folder of an A4 format, the details studies will be drawn in hand.

1. Assembly processes. Principles of production, transportation and storing of semi-products. Assembly of buildings of reinforced concrete semi-products. Readiness of the site for assembly. Assembly procedures, cranes, optimisation of their selection. Quality requirements for assembled structures.
2. Assembly of steel structures. Production of structural elements, principles of haulage and storage. Readiness of the site for assembly, pre-assembly areas. Optimisation of assembly methods and procedures. Requirements for quality and accuracy of assembled structures.
3. Introduction into the sphere of inner and finishing processes, their analysis, demands, technology level. Sequence of individual processes, links, necessary technology breaks.
4. Principles of partitions execution – masonry, made of glass blocks and assembled of segments and skeletal. Readiness of construction, flow-charts, tests, quality control.
5. Installation processes. Establishment of inner sewage system. Water and central heating distributions. Installation of inner gas duct and air handling distributions. Systems, material options, readiness of construction, assembly processes, principles of connecting.
6. Execution of building water, heat, noise, vibration insulations and insulations against chemical impacts. Flow-charts, readiness of constructions, links, quality control, tests.
7. Assemblies of opening fillings – windows, door panels, locksmith product packing, built-in furniture panels etc. Readiness of construction, working procedures, types of anchoring. Quality requirements.
8. Building structure surface treatment – interior plasterwork and external coatings, types, flow-charts, readiness of the background, technology breaks, flatness requirements, quality inspection.
9. Technology of contact warm padding building claddings, systems, flow-charts. Background preparation, principles of execution of thin-coat reinforcement plasters. Quality conditions.
10. Execution of interior and external linings, systems, technology procedures, requirements for construction readiness. Contact and grid linings. Quality requirements, quality inspection method.
11. Establishment of ceiling soffits. Systems, readiness of the base, technology procedures. Time demand. Flatness requirements and their inspection.
12.Laying of floors and paving. Types, material options. Working procedures, requirements for technology breaks. Quality requirements and their inspection.
13. Paintings and wall, timber and steel structure coatings. Types of painting and coating materials, their classification and applicability. Requirements for the base, application method, quality inspection.
Completing of craft works, installation of fittings, fixing technology. Test and inspection reports, necessary inspections for the final building acceptance.

Not applicable.

The goal of the subject is to teach the students to apply individual processes of carcass substructure and superstructure, installation process and finishing work in practice, and to deal with particular problems at individual examples. The subject is a follow-up of the subject Technology of constructions I. and includes introduction to building processes related to the assembly of the building constructions, and further the inner and finishing works. Main part focuses on high time and coordination demands of crafts works.

Extent and forms are specified by guarantor’s regulation updated for every academic year.

Students can also choose from the wide range of seminars and lectures by professional constructors, field trips to production and construction sites and other events organized for students by the institute. Not obligatory.

Not applicable.

Ing. Radka Kantová a kolektiv autorů pracoviště TST: Průvodce předmětem TW02 a s ním související vybrané studijní opory předmětů AW51, BW02 a BW04. intranet FAST, zpřístupněné opory pro TW02, 2011. [https://intranet.fce.vutbr.cz/pedagog/predmety/opory.asp] (CS)
Ing. Radka Kantová: Technologie staveb II – průvodce předmětem TW02. intranet FAST, studijní opora, 2011.
Ing. Vít Motyčka a kolektiv: Technologie staveb I, Technologie stavbních procesů, část2, Hrubá vrchní stavba. CERM Brno, 2005. ISBN 80-214-2873-2. (CS)
Mgr. Petr Lízal, CSc. a kol.: Technologie stavebních procesů pozemních staveb Hrubá spodní stavba. CERM Brno, 2003. ISBN 80-214-2536-9. (CS)

Doc. Ing. Vít Motyčka, CSc.: Věžové jeřáby v pozemním stavitelství. CERM Brno, 2007.
Prof. Kočí, Ing. Kovářová: Technologie domovních instalací. 0.
Prof. Musil, Ing. Tuza: Ateliérová tvorba, stavebně technologické projekty. CERM Brno, 1992. ISBN 80-214-0335-7. (CS)
Prof. Zapletal a kol.: Technológia stavieb, dokončovací práce II .a III.. 0.