Course detail
Modelling of production processes
FAST-CW52Acad. year: 2012/2013
Production process modelling in accordance with material and personnel resources; Impact of production processes on environment; Transformation process theory on the basis of material and capital resources; Network analysis; Activities controlled by resources; Deterministic and stochastic algorithm of production modelling; Model details in compliance with process phases – work breakdown structure; Software supports of production control and management.
Economic effectiveness of production modelling; Financial analysis of production; Risk criteria.
Language of instruction
Number of ECTS credits
Mode of study
Guarantor
Department
Learning outcomes of the course unit
Building production costing and billing – determining bill of quantities
Time risks of the planning of construction activities
Assessment of changes in construction before completion – the parameters of envelope structures
Operation of construction site with regard to the reduction of noise levels
Prerequisites
Co-requisites
Planned learning activities and teaching methods
Assesment methods and criteria linked to learning outcomes
Course curriculum
2. Production process as a cyclic reproducible action, classification and specification of production processes.
3.Linking of production factors, complex process management in special and time structure.
4. Phases in production processes
5. Transformation law and changes in the production process. Changes arising outside the process itself and production environment definition
6. Production process impacts on environment modeling
7. Deterministic modelling methods
8. Stochastic models
9. Methods of operational analysis in production process management
10. Modelling by means of network graphs, types of network diagrams depending on activities and links
11. Network analysis, activities controlled by sources
12. SW support of network planning
13. Availability of sources
Work placements
Aims
Specification of controlled education, way of implementation and compensation for absences
Recommended optional programme components
Prerequisites and corequisites
Basic literature
Hentz, J.-M: Méthode du potenciel pour gestion. UJF Grenoble, 2002.
Chandler, I.: Building technology 2, Design. Mitchell London, 1989.
Chandler, I.: Building technology 2, Performance. Mitchell London, 1989.
Vejdělek, J: Jak zlepšit výrobní proces. 1998.
Recommended reading
Hrazdil V.: Příspěvek k projektovému řízení staveb ve fázi jejich stavebně technologické přípravy a realizace. VUT Brno, 0.
Classification of course in study plans
Type of course unit
Lecture
Teacher / Lecturer
Syllabus
2. Production process as a cyclic reproducible action, classification and specification of production processes.
3.Linking of production factors, complex process management in special and time structure.
4. Phases in production processes
5. Transformation law and changes in the production process. Changes arising outside the process itself and production environment definition
6. Production process impacts on environment modeling
7. Deterministic modelling methods
8. Stochastic models
9. Methods of operational analysis in production process management
10. Modelling by means of network graphs, types of network diagrams depending on activities and links
11. Network analysis, activities controlled by sources
12. SW support of network planning
13. Availability of sources
Exercise
Teacher / Lecturer
Syllabus
2. Planning of construction and assembly activities.
3, 4. Production calculation in software of KROS plus, bill of quantities.
5. Control of resources and production invoice.
6. Use of Microsoft Office Project and Primavera software.
7. Time deadlines risks of contractual documents.
8. Use of Primavera – Risk Analysis software.
9, 10. Assessment of changes in construction before completion in Czech software "Building Physics".
11, 12. Construction site design with regard to limiting the spread of noise from sources on the site in Czech software "Noise +".