Course name:Computer-Aided Technology
Course code:KPV/CAT
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Josef Basl, CSc.
Requirements for the successful completion of the course:
Continuous assessment:successful project
Final assessment:written examination
Only those who have successfully met the continuous assessment requirements will be permitted to take the examination.
Topics of lectures according to weeks:
1.Introduction to CA technology
2.CA product development
3.CA production planning
4.Methods applied in CA decision support systems
5.MRP principles
6.CRP principles
7.DBR principles
8. TOC principles
9.Buffer management
10.Application of project management principles
11.Effectiveness of CA technology
12.Systems integration of CA technology
13.Market offer in CA technology
14. CAT trends
Topics of seminars according to weeks:
1.Main functionality of a SW package in product development
2.Main functionality of a SW package in production planning
3.Main functionality of a SW package in inventory
4.Main functionality of a SW package in finance
5.Example of MRP
6.Example of CRP
7.Example of DBR
8.Example of TOC
9.Example of buffer management
10.Example of project management
11.Metrics of CT technology
12.Systems integrators in the Czech Republic
13.Analysis of the Czech market of CA technology
14. Final workshop
List of literature:
[1]Cierp, J. K.: ERP: A-Z Implementers´ Guide for Success, Resource Publisher, 2000, ISBN 0-9700352-1-7
[2]
Course name:Database Systems in Computer Integrated Manufacturing
Course code:KPV/DBC
Number of contact hours/week:3 (lecture) + 3 (laboratory work)
2 (self-study)
Course guarantor:Doc. Ing. Pavel Kopeček, CSc.
Requirements for the successful completion of the course:
Continuous assessment:successful project
fulfilment of test requirements
Final assessment:combined examination (written and oral)
Only those who have successfully met the continuous assessment requirements will be permitted to take the examination.
Topics of lectures according to weeks:
- Introduction, basic definitions, data, information and database systems
- Data structures; objects; components
3.Building of IS by means of database technologies; conceptual modelling, function and data modelling, conceptual and database schema
4.E-R model, data normalization
5.Hierarchy and net models; bill of materials
6.Relational model – RDBS; transformation of the conceptual schema into RDBS; relational algebra
7.SQL
8.Object-relational, object and special database systems
9.Multidimensional database modelling; data stores; OLAP; data mining
10.Data organization; multi-user access to data, transaction, data locking
11.Architecture of database systems (file-server, client-server, distributed database, application integration)
12.Database on WEB. XML
- Properties and brief characteristics of some commercial database systems
Topics of laboratory work according to weeks:
1.Introduction to Visual FoxPro
2.Database project, indices
3.Forms and control form elements
4.Links between forms and database
5.Object approach to data processing
6.Properties, methods, classes
7.Assignment of projects
8.Work on individual projects, discussion
9.Work on individual projects, discussion
10.Work on individual projects, discussion
11.Work on individual projects, discussion
12.Work on individual projects, discussion
13.Presentation and evaluation of projects
List of literature:
[1]Batini, C., Ceri, S., Navath, S.: Conceptual Database Design in E-R Approach, The Benjamin/Cummings Publ. Comp., Inc., 1992.
[2]Celko, J.: Joe Celko’s SQL FOR SMARTIES: Advanced SQL Programming, Morgan Kaufmann Publishers, San Francisco, California, 1995.
[3]Gray, J., Reuter, A.: Transaction Processing: Concepts and Techniques, Morgan Kaufmann Publishers, San Francisco, California, 1993.
[4]Kimball, R.: The Data Warehouse Toolkit: Practical Techniques for Building Dimensional Data Warehouses, John Wille, 1996.
Course name:Tax System
Course code:KPV/DSP
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Lilia Dvořáková, CSc.
Requirements for the successful completion of the course:
Continuous assessment:individual assignments (using the knowledge gained in the course in solving practical problems)
Final assessment:oral examination
Only those who have successfully met the continuous assessment requirements will be permitted to take the examination.
Topics of lectures according to weeks:
1.Introduction to taxation
2.Tax system in the Czech Republic
3.Corporation income taxation
4.Optimization of taxable income
5.Tax deductible and non-deductible costs (expenditures)
6.Personal income taxation
7.Employee taxation
8.Value-added tax in the Czech Republic
9.Value-added tax in import and export
10.Consumption tax
11.Road tax
12.Real estate tax
13.Tax and fee administration
Topics of seminars according to weeks:
1.Basic legislative tax requirements
2.Determination of taxable income in different accounting systems
3.Transformation of economic result into taxable income
4.Corporation income taxation
5.Tax depreciation of long-term assets, concept of SAP concerning long-term assets
6.Personal income taxation
7.Incomes from business and other gainful activities
8.Employee taxation
9.Value-added tax in the Czech Republic
10.Value-added tax in import and export
11.Consumption tax
12.Road tax
13.Real estate tax and its practical application
List of literature:
[1]ACCA TEXTBOOKS: Tax Framework. At Foulks Lynch Ltd, 1996
[2]ACCA TEXTBOOKS: Tax Planning. At Foulks Lynch Ltd, 1996
Course name:Economic Evaluation of Production Processes
Course code:KPV/EHV
Number of contact hours/week:3 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Ing. Jana Kleinová, CSc.
Requirements for the successful completion of the course:
Continuous assessment:10 - 20 assignments (using the knowledge gained in the course in solving a practical problem)
Final assessment:oral examination
Topics of lectures according to weeks:
1.Theoretical basis of analysis and evaluation of production processes
2.Methodology of corporate analysis
3.Technical and economic analysis - setting of job standards
4.Technical and economic analysis - calculations
5.Technical and economic analysis - choice of technology
6.Investment planning and decision-making I.
7.Investment planning and decision-making II.
- Product analysis
- Product analysis
- Financial analysis I.
- Financial analysis II.
Topics of seminars according to weeks:
1.Statistical methods
2.Profit analysis, quality analysis
3.Analysis of machine utilization
4.Calculation - technology of production
5.Operational plan and resulting calculation
6.Choice of optimal technology
7.Choice of optimal investment alternatives
- Case study - complex solution
- Case study - complex solution
- Financial analysis
- Discussion and evaluation of assignments
List of literature:
[1]Ardalan, A.: Economic and Financial Analysis for Engineering and Project Management. CRC Press 2000
Course name:Econometrics
Course code:KPV/EKM
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Ing. Jana Kleinová, CSc.
Requirements for the successful completion of the course:
Continuous assessment:10 - 20 assignments (using the knowledge gained in the course in solving a practical problem)
Final assessment:combined examination (written an oral)
Topics of lectures according to weeks:
1.Origins and evolution of econometrics
2.Economic data processing
3.Economic statistics
4.Economic indicator of numerical computations
5.Cost analysis
6.Benefit analysis
7.Cost-benefit analysis
8.Production analysis
9.Supply and demand analysis
10.Elasticity of economic functions
11.Cost models and dynamic calculation
12.Static econometric models
13.Dynamic econometric models
Topics of seminars according to weeks:
1.Graphical data descriptions
2.Graphs of basic functions
3.Mathematical and graphical models of cost functions
4.Mathematical and graphical models of benefit functions
5.Models of cost-benefit position
6.Models of cost-benefit position
7.Production function modelling
8.Optimization of production based on production functions
9.Mathematical and graphical models of supply and demand functions
10.Elasticity of economic functions - numerical computation
11.Dynamic calculation
12.Static econometric models
13.Dynamic market model; discussion and evaluation of assignments
List of literature:
[1]Jorgenson, D. W.: Econometric Modelling of Producer Behaviour, MIT Press 2000
Course name:Corporate Finance
Course code:KPV/FPX
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Ing. Jana Kleinová, CSc.
Requirements for the successful completion of the course:
Continuous assessment:10 - 20 assignments (using the knowledge gained in the course in solving a practical problem)
Final assessment:oral examination
Topics of lectures according to weeks:
1.Corporate finance, characteristics
2.Internal financing
3.External financing I. (owner financing)
4.External financing II. (crediting)
5.Special financing (leasing, factoring)
6.Management of current assets I.
7.Management of current assets II.
8.Investment decision-making and long-term financing
9.Financial analysis I.
10.Financial analysis II.
11.Financial planning I.
12.Financial planning II.
13.Financial control
Topics of seminars according to weeks:
1.Basic terms
2.Cash flow
3.Profit, profit analysis, profit distribution
4.Depreciation, depreciation methods, comparison
5.Shares, bonds
6.Bearing interest - current account
7.Equity and liabilities
8.Leasing, factoring
9.Valuation of investments
10.Financial analysis
11.Long-term financial plan
12.Short-term financial plan
13.Discussion and evaluation of assignments
List of literature:
[1]Banninga, S., Sarig, O., Benninga, S.: Corporate Finance. McGraw - Hill Companies 1997
Course name:Corporate Economic System
Course code:KPV/HSP
Number of contact hours/week:3 (lecture) + 3 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Lilia Dvořáková, CSc.
Requirements for the successful completion of the course:
Continuous assessment:fulfilment of test requirements
Final assessment:oral examination
Only those who have successfully met the continuous assessment requirements will be
permitted to take the examination.
Topics of lectures according to weeks:
- Accounting principles and reporting, balance sheet
- Basics of double-entry bookkeeping, balance sheet and income statement accounts
- Instruments for conclusive evidence of accounting, accounting books, accounting technique
- Accounting legislation, internal accounting checking system
- Representation of inventory in accounting
- Representation of inventory in accounting
- Representation of long-term assets in accounting
- Representation of long-term assets in accounting
- Short-term financial property and short-term financial resources
- Account relations
- Liabilities and long-term liabilities
- Costs, revenues and economic result
- Statement of accounts
Topics of seminars according to weeks:
- Balance sheet, its function, structure
- Accounts structure, double-entry bookkeeping
- Accounting books and bookkeeping
- Internal accounting checking system
- SAP information system, accounting scenarios
- SAP external accounting, EXACT GLOBE – financial administration
- SAP internal accounting, EXACT GLOBE – financial management
- Inventories – A and B cases
- Long-term assets
- Financial accounts, account relations
- Equity and long-term liabilities
- Economic result and its accounting status
- Statement of accounts, characteristics, purpose, reporting and submission
List of literature:
[1]Meigs, W. B., Meigs, R. F.: Accounting: The Basis for Bussines Decisions, USA 1987
Course name:Production Control Methodology
Course code:KPV/MRV
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Gejza Horváth, CSc.
Requirements for the successful completion of the course:
Continuous assessment:fulfilment of test requirements
Final assessment:oral examination
Topics of lectures according to weeks:
1.Introduction, essential terms and relations in production and its control
2.Workforce in the production process, qualitative and quantitative determination and control of the workforce
3.Machines and facilities in the production process – characterization from the point of view of production control
4.Providing material for production
5.Providing machine servicing, energy, tools, manipulation and packaging for production
6.Quality control in production
7.Preparation of production
8.Production scheduling
9.Calculation of capacities
10.Operational production planning
11.Operational production control
12.Production documents and records
13.Modern approaches to production control
Topics of seminars according to weeks:
1.Opening seminar
2.Case study – calculation of production capacity
3.Case study – calculation of workforce capacity in a production system
4.Case study – calculation of workplace capacity
5.Case study – calculation of capacities of various workplaces in a production system
6.Case study – determination of the size of workforce and machinery for processing an order
7.Case study – calculation of the capacity of a group of machines for a given production programme
8.Case study – purchasing of material for production
9.Case study – calculation of tool consumption
10.Case study – design and calculation of essential parameters of a production line
11.Case study – production time schedule
12.Case study – design of production scheduling
13.Test
List of literature:
[1]Dilworth, J., B.: Production and operations management, Random House New York 1986
Course name:Managerial Accounting and Controlling
Course code:KPV/MUC
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Lilia Dvořáková, CSc.
Requirements for the successful completion of the course:
Continuous assessment:individual assignments (using the knowledge gained in the course in solving practical problems)
Final assessment:oral examination
Only those who have successfully met the continuous assessment requirements will be
permitted to take the examination.
Topics of lectures according to weeks:
- Managerial accounting and controlling and their development
- Importance of cost and revenue classification
- Methods of cost determination and cost, revenue and profit management
- Methods of cost determination and cost, revenue and profit management
- Usage of calculations in controlling
- Budgeting and cost and revenue management
- Standard cost methods
- Decision-making situations without capital requirements
- Decision-making situations without capital requirements
- Decision-making situations with capital requirements
- Decision-making situations with capital requirements
- Price decision-making
- Internal accountability management
Topics of seminars according to weeks:
- Tasks and case studies concerning lecture No1.
- Tasks and case studies concerning lecture No2.
- Tasks and case studies concerning lecture No3.
- Tasks and case studies concerning lecture No4.
- Tasks and case studies concerning lecture No5.
- Tasks and case studies concerning lecture No6.
- Tasks and case studies concerning lecture No7.
- Tasks and case studies concerning lecture No8.
- Tasks and case studies concerning lecture No9.
- Tasks and case studies concerning lecture No10.
- Tasks and case studies concerning lecture No11.
- Tasks and case studies concerning lecture No12.
- Tasks and case studies concerning lecture No13.
List of literature:
[1]Drury, C.: Management Cost Accounting. Fifth edition published by Thomson Learning 2002
Course name:Organization of Industrial Enterprises
Course code:KPV/ORP
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Jan Horejc, Ph.D.
Requirements for the successful completion of the course:
Continuous assessment:successful semester project
Final assessment:oral examination
Topics of lectures according to weeks:
- Introduction to organization, basic definitions
- Types of enterprises
3.Organization of design processes
4.Types of organizational structures I (stable structures)
5.Types of organizational structures II (flexible structures)
6.Organization of managerial processes
7.Organization of industrial enterprises
8.Holdings, chains of enterprises
9.Organizational standard design
10.Organizational diagnostics
11.Organizational changes
- Project of organizational structures
- Organizational development
Topics of seminars according to weeks:
1.Basic terms of organization
2.Types of organizations in the Czech Republic
3.Types of enterprises
4.Division of labour, delegation of power, coordination
5.Matrix organization
6.Modelling of managerial processes
7.Organization of industrial enterprises
8.Types of holdings
9.Organizational standard design
10.Reengineering I
11.Reengineering II
12.ARIS
13.Future trends in organization
List of literature:
[1]Gibson, J. L., Ivancevich, J. M., Donnelly, J. H.: Organizations – Behavior, Structure, Processes. Business Publications, Plano, 1988.
[2]Mintzberg, H. – Mintzberg on Management: Inside Our Strange World of Organizations. Free Press, New York, 1989.
[3]Mullins, L. J.: Management and Organizational Behaviour, Pitman, London, 1991
[4]Hammer, M., Champy, J.: Reengineering the Corporation – A Manifesto for the Business Revolution. Harper Business, New York, 1993
Course name:Operations Research 1
Course code:KPV/OV1
Number of contact hours/week:2 (lecture) + 2 (seminar)
3 (self-study)
Course guarantor:Doc. Ing. Eva Mainzová, CSc.
Requirements for the successful completion of the course:
Continuous assessment:successful assignments
Final assessment:combined examination (written and oral)
Topics of lectures according to weeks:
1.Nature of operations research, phase, modelling approach
2.Linear programming, models, solutions, definitions
3.Simplex method, iterative steps, optimality test, implementation
4.Duality theory, shadow prices, Dual-Simplex method
5.Post-optimality analysis, reoptimization technique, sensitivity analysis
6.Transportation problem, supplier-customer, supplier-stock-customer
7.Transportation problem, supplier-customer, supplier-stock-customer
8.Assignment problem, Hungarian method
9.Travelling salesman problem, Branch and Bound method
10.Network analysis, terminology, CPM method, time analysis
11.CPM method - cost analysis
12.CPM method - source analysis
13.PERT method - probability analysis
Topics of seminars according to weeks:
1.Construction of a mathematical model, introduction to STORM software
2.Formulation of a linear programming model, graphic solution
3.Calculations of the Simplex method, artificial variable technique, STORM
4.Primal-dual relationships, economic interpretation, calculation of the Dual-Simplex method
5.Changes in the coefficients of a nonbasic variable, a basic variable and in the right-side coefficients, introduction of a new variable and a new constraint, elimination of a variable and a constraint
6.Changes in the coefficients of a nonbasic variable, a basic variable and in the right-side coefficients; introduction of a new variable and a new constraint, elimination of a variable and a constraint
7.Approximation methods, MODI method, implementation, STORM
8.Prototype examples, implementation, STORM
9.Description in tree form, prototype examples, STORM
10.Graph construction; graphic, matrix and table solution, critical path, STORM
11.Time-cost curve, minimization of project costs
12.Graphic method, CPM - source analysis
13.Prototype examples; discussion and evaluation of assignments
List of literature:
[1]Hillier, F. S., Lieberman, G. J.: Introduction to Operations Research, 4th Edition,
ISBN 0-07-028908-5
Course name:Company Economics
Course code:KPV/PE
Number of contact hours/week:2 (lecture) + 2 (seminar)
2 (self-study)
Course guarantor:Doc. Ing. Oldřich Vykypěl, CSc., MBA