Course Details
Computer Support in Construction Preparation and Realization 2
Academic Year 2023/24
CW019 course is part of 1 study plan
N-P-C-SI (N) / R Winter Semester 2nd year
ASPE software for the planning and management of the construction of buildings and transport structures – budgets, calculations, time schedules, network graphs and other steps in the management of a building contract. Investor and supplier controlling, administration of sub-deliveries, continuous evaluation of costs and resources. Lists of jobs done, fact-finding protocols, invoicing. Planning and management of construction in the RSV system in connection with the outputs of calculation software. Importing of budgets and their use in the creation of a technology planning model, sub-contractor budgets, creation of a time schedule via linkage to MS-Project, creation and printing of documentation for construction execution.
Course Guarantor
Institute
Objective
To get knowledge of software aid in construction process planning and monitoring in an integrated company management system. The knowledge should enable individual applications and solution in line with supposed allocation of the student on site in practice.
Knowledge
The students will master the objective of the course consisting in application of the knowledge from previous courses at planning and management of building contracts of various characters in a building company. This includes application and modification of items of budget estimation programs, time schedules, monitoring of costs and resources, listings of performed jobs, monitoring and evaluation of the construction realization procedure.
Syllabus
1. General options for the use of ASPE software in construction planning and management.
2. Data available for use by the ASPE system – default and adopted ÚRS price lists.
3. Dials and settings of the ASPE programme, parameters of the construction process, budgets, construction execution and time schedules.
4. Construction execution, budgets and time schedules in the ASPE environment. Creation of budgets and calculated bids, time schedule options, network graphs, critical path calculations.
5. Contract solution variants, creation of supplier variants. Documents for construction execution in the ASPE environment – work – progress, invoicing, charge orders
6. Other ASPE options – construction phases, budget re-evaluation, large-scale changes.
7. Building production management using the RSV programme, general functionality.
8. Procedure for the implementation of the RSV system in a real construction company environment. Input data for contract management.
9. Record-keeping with regard to documentation for orders, bids and construction planning in the RSV system. Importing the budget and technology planning model for a contract, creation of sub-contractor budgets.
10. Connectivity of RSV to Microsoft Project, time scheduling and its linkage to a technology planning model. Outputs and execution of construction: list of jobs done, evaluation of costs and resources in the RSV system.
2. Data available for use by the ASPE system – default and adopted ÚRS price lists.
3. Dials and settings of the ASPE programme, parameters of the construction process, budgets, construction execution and time schedules.
4. Construction execution, budgets and time schedules in the ASPE environment. Creation of budgets and calculated bids, time schedule options, network graphs, critical path calculations.
5. Contract solution variants, creation of supplier variants. Documents for construction execution in the ASPE environment – work – progress, invoicing, charge orders
6. Other ASPE options – construction phases, budget re-evaluation, large-scale changes.
7. Building production management using the RSV programme, general functionality.
8. Procedure for the implementation of the RSV system in a real construction company environment. Input data for contract management.
9. Record-keeping with regard to documentation for orders, bids and construction planning in the RSV system. Importing the budget and technology planning model for a contract, creation of sub-contractor budgets.
10. Connectivity of RSV to Microsoft Project, time scheduling and its linkage to a technology planning model. Outputs and execution of construction: list of jobs done, evaluation of costs and resources in the RSV system.
Prerequisites
Knowledge of the rules for budgeting, good understanding of construction technologies, common user-level knowledge of work with office applications.
Language of instruction
Czech
Credits
5 credits
Semester
winter
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 1 hours/week, elective
Syllabus
1. General options for the use of ASPE software in construction planning and management.
2. Data available for use by the ASPE system – default and adopted ÚRS price lists.
3. Dials and settings of the ASPE programme, parameters of the construction process, budgets, construction execution and time schedules.
4. Construction execution, budgets and time schedules in the ASPE environment. Creation of budgets and calculated bids, time schedule options, network graphs, critical path calculations.
5. Contract solution variants, creation of supplier variants. Documents for construction execution in the ASPE environment – work – progress, invoicing, charge orders
6. Other ASPE options – construction phases, budget re-evaluation, large-scale changes.
7. Building production management using the RSV programme, general functionality.
8. Procedure for the implementation of the RSV system in a real construction company environment. Input data for contract management.
9. Record-keeping with regard to documentation for orders, bids and construction planning in the RSV system. Importing the budget and technology planning model for a contract, creation of sub-contractor budgets.
10. Connectivity of RSV to Microsoft Project, time scheduling and its linkage to a technology planning model. Outputs and execution of construction: list of jobs done, evaluation of costs and resources in the RSV system.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
1. Introduction to practical classes, materials needed for work, operating rules for the computer room, requirements for the credit.
2. Basic introduction to the ASPE programme, description of the environment. Creation the “production plan” type of project structure .
3. Project type estimate – direct prices, estimate – calculations
4. Time schedule-type project structures , connections, creating a network graph, critical path.
5. Budget additions, fact-finding protocols, invoicing.
6. Basic introduction to the RSV programme, structure of the programme, control elements.
7. Creating of a contract , basic information about the contract.
8. Bidding processes in RSV.
9. Processes involved in construction planning and execution in RSV.
10. Testing of knowledge, user skills, credit.