Course detail
Computer support in construction preparation and realization I
FAST-CW14Acad. year: 2012/2013
Modelling of the construction process depending on the building parameters and applied software. The ASPE system for planning and management of transport and building constructions. Relation to the URS price lists in the branch of building constructions and transport infrastructure constructions. Investor and supplier contract controlling.
Instruction for CONTEC software application and application of building-technology network charts. Modification and creation of type network charts of the program from building structures, utilities and roads areas. Quality management and possibility of automated generation of control and inspection plans. Creation of environmental plans for environmental protection. Setting of parameters for the site plant plan.
Language of instruction
Czech
Number of ECTS credits
3
Mode of study
Not applicable.
Guarantor
Department
Institute of Technology, Mechanisation and Construction Management (TST)
Learning outcomes of the course unit
After finishing the course, students are able to design an itemized budget for a contract. Students have understanding of construction process modelling; they are able to create a structural and technological network graph without violating the technological continuity. Students are able to create and implement a time plan in the pre-production and production phase of structure preparation, especially during the realization of the structure. The students are able to work with data in such a way that they can implement data from the budget and calculation system for the automatized transfer into time planning systems without having to laboriously enter the data. The students are able to transfer data between two programmes for time planning, from a highly specialized platform into a more general platform in which they are able to design their own technological standard as a basic document for the time analysis of the construction.
Prerequisites
The student should have knowledge in the area of structure technology and design at undergraduate level. The student should have mastery of Microsoft office applications.
Co-requisites
Increase of expertise in the field of construction technologies, personal experience gained during professional practise during the semester.
Planned learning activities and teaching methods
The basic teaching methods are: lectures with the explanation of basic principles, methodology, problems and their solutions in the form of presentations with demonstrations emphasizing critical points. Follow-up seminars focus on practical use of the knowledge acquired during lectures. It consists of individual projects under the guidance of the tutor.
Assesment methods and criteria linked to learning outcomes
The criteria for the credits require students to actively participate in seminars, i.e. regular attendance with no more than 1 absence, and achieve the passing mark at the end-of-course test.
Course curriculum
1. Application of software for building production planning and management of building operations. Joint ÚRS (main building operations and subsidiary production) and SPCM price lists.
2. Classification of production and data basis of ASPE and ÚRS system. Branch classification of building structures and jobs of road and railways constructions.
3. Budget estimates and creation of calculated quotation in the ASPE system.
4. Time schedule. Monitoring of the execution by contractor´s manager. Creation of the job list. Expenditures controlling.
5. Computer aid and modelling of construction preparation and realization in CONTEC system by means of building-technological network chart. Data links and date take over from the bills of quantities, budgets and production calculations into the building-technological designs in CONTEC system.
7. Activities in network charts. Links between activities and building readiness. Time, resource and capacity planning. Cost planning. Operative records keeping. Time schedule up-dating. Outputs – diagrams of resource demands as a basis for the site plant plan.
8. Computer aid of the links – control and inspection plan for the technology analysis and time schedule, environmental plan for other documents of the building-technological design.
2. Classification of production and data basis of ASPE and ÚRS system. Branch classification of building structures and jobs of road and railways constructions.
3. Budget estimates and creation of calculated quotation in the ASPE system.
4. Time schedule. Monitoring of the execution by contractor´s manager. Creation of the job list. Expenditures controlling.
5. Computer aid and modelling of construction preparation and realization in CONTEC system by means of building-technological network chart. Data links and date take over from the bills of quantities, budgets and production calculations into the building-technological designs in CONTEC system.
7. Activities in network charts. Links between activities and building readiness. Time, resource and capacity planning. Cost planning. Operative records keeping. Time schedule up-dating. Outputs – diagrams of resource demands as a basis for the site plant plan.
8. Computer aid of the links – control and inspection plan for the technology analysis and time schedule, environmental plan for other documents of the building-technological design.
Work placements
Not applicable.
Aims
To provide the students with knowledge of application of software for building technological designing, planning and management of the building structures, utilities and transport constructions management. Computer aid enables elaboration of the bid for the execution of work, time scheduling, pre-production preparation, production preparation and creation of operative plans. Construction time and cost planning are based on data of calculations and capacity standards. A part of the execution management is controlling of the building contract.
Specification of controlled education, way of implementation and compensation for absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Recommended optional programme components
Non-compulsory attendance to optional seminars related to the course, the option to attend related courses in the life-long learning programme, cooperation in building preparation projects.
Prerequisites and corequisites
Not applicable.
Basic literature
BARRIE, D.S., POULSON, B.C: Professional Construction Management. 2004.
Benč,F.: Nákladový controlling v programu ASPE. Stavitel č.1, 2005.
Benč,F.: Návod pro tvorbu soupisu prací a zjišťovacích protokolů v systému ASPE. ASPE Praha, 2005.
firemní SW: Návody pro SW: CONTEC, MS-Project, RTS-BuildPower, RSV, KROS Plus. 0.
Jarský, Č., Musil, F., Svoboda ,P., Gašparík, J., Motyčka, V., Pospíchal, V. Kovářová, B., Vyčítal, M. Příprava a realizace staveb. Cerm s.r.o. Brno, 2019. (CS)
Benč,F.: Nákladový controlling v programu ASPE. Stavitel č.1, 2005.
Benč,F.: Návod pro tvorbu soupisu prací a zjišťovacích protokolů v systému ASPE. ASPE Praha, 2005.
firemní SW: Návody pro SW: CONTEC, MS-Project, RTS-BuildPower, RSV, KROS Plus. 0.
Jarský, Č., Musil, F., Svoboda ,P., Gašparík, J., Motyčka, V., Pospíchal, V. Kovářová, B., Vyčítal, M. Příprava a realizace staveb. Cerm s.r.o. Brno, 2019. (CS)
Recommended reading
Haas,Š.: Příprava a řízení stavební výroby. SNTL Praha, 1990.
Hrazdil,V.,Rada,V.: Inspekce a dozor při stavbě, Studijní opora. FAST, VUT v Brně, 2006.
Jarský,Č. a kol.: Příprava a realizace staveb - multimediální učebnice. FSv ČVUT V Praze, 2005.
Hrazdil,V.,Rada,V.: Inspekce a dozor při stavbě, Studijní opora. FAST, VUT v Brně, 2006.
Jarský,Č. a kol.: Příprava a realizace staveb - multimediální učebnice. FSv ČVUT V Praze, 2005.
Classification of course in study plans
Type of course unit
Lecture
26 hod., optionally
Teacher / Lecturer
Syllabus
1. Application of software for building production planning and management of building operations. Joint ÚRS (main building operations and subsidiary production) and SPCM price lists.
2. Classification of production and data basis of ASPE and ÚRS system. Branch classification of building structures and jobs of road and railways constructions.
3. Budget estimates and creation of calculated quotation in the ASPE system.
4. Time schedule. Monitoring of the execution by contractor´s manager. Creation of the job list. Expenditures controlling.
5. Computer aid and modelling of construction preparation and realization in CONTEC system by means of building-technological network chart. Data links and date take over from the bills of quantities, budgets and production calculations into the building-technological designs in CONTEC system.
7. Activities in network charts. Links between activities and building readiness. Time, resource and capacity planning. Cost planning. Operative records keeping. Time schedule up-dating. Outputs – diagrams of resource demands as a basis for the site plant plan.
8. Computer aid of the links – control and inspection plan for the technology analysis and time schedule, environmental plan for other documents of the building-technological design.
2. Classification of production and data basis of ASPE and ÚRS system. Branch classification of building structures and jobs of road and railways constructions.
3. Budget estimates and creation of calculated quotation in the ASPE system.
4. Time schedule. Monitoring of the execution by contractor´s manager. Creation of the job list. Expenditures controlling.
5. Computer aid and modelling of construction preparation and realization in CONTEC system by means of building-technological network chart. Data links and date take over from the bills of quantities, budgets and production calculations into the building-technological designs in CONTEC system.
7. Activities in network charts. Links between activities and building readiness. Time, resource and capacity planning. Cost planning. Operative records keeping. Time schedule up-dating. Outputs – diagrams of resource demands as a basis for the site plant plan.
8. Computer aid of the links – control and inspection plan for the technology analysis and time schedule, environmental plan for other documents of the building-technological design.
Exercise
26 hod., compulsory
Teacher / Lecturer
Syllabus
1. Introduction, materials, operating rules of the PC room, credit requirements.
2. Introduction to budgets and work with BUILDpower software: starting an order, starting a contract, setting up a building facility, budget, budgetary process, different types of items, work schedule.
3. Introduction to time management and work with CONTEC software tool: project set up, creation of time plan with gradual modelling with the use of standardized network graphs, relations, optimization according to the availability of resources. Individual work – modelling of the chosen construction to an extent of 20 items focusing on branching of the network graph.
4. Individual works – compilation of itemized budget of the model construction in the range of 20 items focused on the use of different sections, conversion to CONTEC, creation of a construction technological model on the basis of the converted data.
5. Conversion of budget created during seminar 4 from the BUILDpower into Microsoft Project, conversion of the time schedule seen in seminar 4 from CONTEC into Microsoft Project.
6. Microsoft project program – setting before use, object modelling, data conversion DURATION/WORK/UNITS, bond input, source input, limitations
7. Creation of technological standards and time schedule in the Microsoft Project environment with the use of makra and programming of chart (table)
8. End of course test, credits after successful completion of test
2. Introduction to budgets and work with BUILDpower software: starting an order, starting a contract, setting up a building facility, budget, budgetary process, different types of items, work schedule.
3. Introduction to time management and work with CONTEC software tool: project set up, creation of time plan with gradual modelling with the use of standardized network graphs, relations, optimization according to the availability of resources. Individual work – modelling of the chosen construction to an extent of 20 items focusing on branching of the network graph.
4. Individual works – compilation of itemized budget of the model construction in the range of 20 items focused on the use of different sections, conversion to CONTEC, creation of a construction technological model on the basis of the converted data.
5. Conversion of budget created during seminar 4 from the BUILDpower into Microsoft Project, conversion of the time schedule seen in seminar 4 from CONTEC into Microsoft Project.
6. Microsoft project program – setting before use, object modelling, data conversion DURATION/WORK/UNITS, bond input, source input, limitations
7. Creation of technological standards and time schedule in the Microsoft Project environment with the use of makra and programming of chart (table)
8. End of course test, credits after successful completion of test