Business Information System (in English)
- Credits: 6
- Ending: Examination
- Range: 2P + 2C
- Semester: summer
- Year: 2
- Faculty of Business Management
Teachers
Included in study programs
Teaching results
Knowledge:
• A comprehensive view of the possibilities of using business information systems to support business processes in relation to the application architecture of IS based on the management level and functional areas of the enterprise.
Competence:
• effectively use information systems to support implemented business processes in the enterprise as a whole, in individual functional areas of the enterprise and at individual management levels,
• to propose criteria for the selection of ERP solutions taking into account the operation of the enterprise, its specifics and functionality requirements,
• actively participate in the analysis of the functionality requirements of ERP solutions from the perspective of a specific business unit,
• actively participate as a member of the ERP solutions implementation project team representing the interests of a specific business unit,
• assess the current use of information systems in the management of selected business processes, taking into account current development trends in the field of information systems in relation to the possibilities of their application within the current information system architecture.
Skill:
• use information systems to support business processes,
• define criteria for the selection of information systems,
• define the required functionality of information systems,
• analyse the market of available ERP system solutions,
• obtain output data from various information systems for small and medium-sized enterprises,
• model business processes,
• manage customer relations through CRM systems,
• manage the supply chain through SCM systems,
• analyze business data through business intelligence applications.
Indicative content
Thematic definition of lectures:
1. Business Information system (IS)
2. IS functionality for SMEs
3. Business process modelling
4. Enterprise Resource Planning (ERP) and Extended ERP category information systems
5. ERP systems in the cloud, basic models according to the services provided
6. Customer Relationship Management (CRM) systems
7. Classification of CRM by discipline and functional focus
8. Supply chain management (SCM) systems
9. Business Intelligence (BI) systems
10. Application areas of use of BI systems
11. Executive information systems
12. IS implementation principles and procedures
13. Application software procurement process
Thematic definition of exercises:
1. Design of a simple database application for a small enterprise
2. Functionality of economic software for small businesses on the example of Omega accounting software
3. Functionality of the software application in the field of HR and payroll on the example of the Olymp solution
4. Business process modelling in ARIS
5. Customer relationship management systems
6. CRM system functionality in sales and inventory management
7. CRM system functionality in project management and sales support
8. Business Intelligence category systems
9. Data analysis in BI applications
10. Data visualizations, dashboards in BI applications
11. Solving complex case study in BI application
12. Simulator of flows running in the SCM system
13. Information systems in business practice
Support literature
Basic literature:
1. STAIR, Ralph – REYNOLDS, George – CHESNEY, Thomas. Principles of business information systems. United Kingdom : Cengage, 2018. 560 s. ISBN 9781473748415.
2. RAINER, R. Kelly – PRINCE, Brad – CEGIELSKI, Casey G. Introduction to Information Systems, 7th Edition. New York : Wiley, 2017. 283 s. ISBN 978-1-119-36296-8.
3. BALTZAN, Paige. Information Systems. 5th edition. New York : McGraw-Hill Education, 2020. 318 s. ISBN 9781259924910.
4. LACHEV, Teo. Applied Microsoft Power BI: Bring your data to life! 6th Edition. Prologika Press, 2021. 556 s. ISBN 978-1-7330461-2-1.
Supplementary literature:
1. SODOMKA, Petr - KLČOVÁ, Hana. Classification of ERP System Services. Journal of Systems Integration, 2016, vol. 7, no. 3, p. 66-78. ISSN: 1804-2724.
2. MALLACH, G. Efrem. Information Systems. USA : CRC Press, 2016. 480 s. ISBN 9781482223705.
3. MARAKAS, George M. - O'BRIAN, James A. Introduction to information systems. Sixteenth Edition. New York : McGraw-Hill/Irwin, 2013. 732 s. ISBN 9780073376882.
4. TURBAN, Efraim –POLLARD, Carol. Information Technology for Management: Digital Strategies for Insight, Action and Sustainable Performance. Hoboken : John Wiley & Sons, 2017. 504 s. ISBN 978-1-118-89782-9.
Syllabus
Thematic definition of lectures: 1. Business Information system (IS) - characteristics, basic forms of information systems. Basic components of IS - information technology, data, information, knowledge, people. Aspects influencing information systems. IS services and applications. IS application architecture. Specifics of IS for small and medium-sized enterprises. 2. IS functionality for SMEs. Price and cost of IS. Development trends in application software and type application software. 3. Business process modelling - business process modelling, reasons and techniques for modelling. EPC diagrams, their characteristics, tools, basic elements, rules for creating EPC diagrams. Business process visualization in ARIS software. 4. Enterprise Resource Planning (ERP) and Extended ERP category information systems. Functionality of ERP systems in the field of production, logistics, HR and economics. ERP features. Classification of ERP by industry and functional focus, by size of enterprises. Criteria for selection of ERP systems. Traditional ERP solutions versus open source ERP systems - advantages, disadvantages. 5. ERP systems in the cloud, basic models according to the services provided. Comparison of cloud solutions "one-to-one" ERP, "one-to-many" ERP, ERP on customer's servers. Overview of IS products for SMEs. 6. Customer Relationship Management (CRM) systems - CRM philosophy, view through customer relationship processes and through customer relationship development. CRM application architecture - operational, analytical and collaborative parts. 7. Classification of CRM by discipline and functional focus. Typical user and products by discipline and function. Trends in CRM - ERM, Social CRM. 8. Supply chain management (SCM) systems - supply chain, supply chain flows, processes and levels. Processes in the chain in terms of a series of cycles. SCM concepts - chain design and structuring, chain planning, chain operation. Principles of chain management. Classification of APS/SCM systems. 9. Business Intelligence (BI) systems - their role, features, processes, tools. General concept of BI systems architecture and roles of each layer - data transformation components, database components, analytical components, end-user tools, domain expertise. 10. Application areas of use of BI systems. Benefits of BI systems. BI software applications. Basic functionality of Power BI Desktop. 11. Executive information systems - definition, their meaning and use, integration in enterprise architecture. Expert systems - definition, elements of an expert system, its creation, benefits and limitations for the organization. Presentation of specific expert systems in the field of finance, loans, detection of production errors and processes, etc., costs of their acquisition and management. 12. IS implementation principles and procedures - strategic decisions, project management - preparation, IS implementation, operation, maintenance and development. Business manager's guide to IS implementation. 13. Application software procurement process - explanation of the individual steps of the process with all its details (initial preparation phase, deciding type application software or individual software, completing the selection process within each phase), 4 basic criteria for selecting the method of software acquisition. Application software selection evaluation metrics. Thematic definition of exercises: 1. Design of a simple database application for a small enterprise - import of data into a database application program. Correction of data structure. Creation of sessions. Work with other database application objects - forms, queries, reports. Interpretation of query results and output reports. Data and data base as a part of IS. 2. Functionality of economic software for small businesses on the example of Omega accounting software - work in selected modules of invoicing and inventory management, solving a case study of the purchasing process. Generation of reports (balance sheet, profit and loss statement, VAT statement,...) and financial ratios (liquidity, activity, debt, profitability). 3. Functionality of the software application in the field of HR and payroll on the example of the Olymp solution. Processing of personal and work data on employees, generation of payroll data, payroll calculation status, transfer orders. Financial statistics (overview of payroll costs). Generation of reports and exports. Customer relationship management functionality using the example of a software solution for small businesses. 4. Business process modelling in ARIS - rules for creating EPC diagrams (events, activities, logical connectors, additional objects). Visualization of a business process in ARIS using an EPC diagram, demonstration of a modeled process in ARIS with application of diagramming rules. Modelling of a specific business process. 5. Customer relationship management systems - CRM system user interface, basic objects and working with them. Functionality of the Marketing module. Processes taking place in the Marketing module: creating a marketing campaign, approaching a potential customer, implementing customer acquisition activities, acquiring a potential customer, converting a potential customer into a contact/organization, opportunity. 6. CRM system functionality in sales and inventory management - managing the sales process through CRM system. Creation of product and service within a given marketing campaign, conversion of acquired business opportunity into quotation, binding quotation, order received, approval of order received, invoice issued, payment received. Inventory management. 7. CRM system functionality in project management and sales support - project management process in CRM system, creation of project tasks, milestones, and visualization using Gantt chart. Support module functionality - customer process flow, service contract creation, list of sold products, working with customer ticket, customer portal and its functionality. Evaluation of the effectiveness of key indicators in the CRM system and their presentation using dashboard and reporting. 8. Business Intelligence category systems - user interface of Microsoft Power BI (desktop) and basic functionality. Data transformation, validation and editing. Query editor. Applying changes. Data enrichment. 9. Data analysis in BI applications - creating data model, creating calculation formulas, calculations and analysis. Tools for creating data visualizations and graphical groupings of data. 10. Data visualizations, dashboards in BI applications. Interpretation of visualizations and complex dashboards, economic evaluation of outputs, decision making. 11. Solving complex case study in BI application - data import, upload, transformation, editing, enrichment, data model creation, analysis, creation of visualizations, complex dashboard with economic evaluation of output. 12. Simulator of flows running in the SCM system - SCM focusing on individual flows and its comparison with the functionality of the CRM system. Basic rules and purpose of the flow simulator in SCM, implementation of the simulation, analysis of the knowledge gained during the simulation, repetition of the simulation in order to apply the evaluated knowledge and improve the decisions originally taken, evaluation of the simulations and analysis of problem areas. 13. Information systems in business practice - case studies, case study of the use of various information systems in business management, current status - use of information systems in business practice. Presentations of case studies and seminar papers of students.
Requirements to complete the course
30 % continuous written work, 70 % written examination
Student workload
156 h (attendance at lectures 26 h, attendance at seminars 26 h, preparation for seminars 26 h, preparation for written work 26 h, preparation for exam 52 h)
Language whose command is required to complete the course
English
Date of approval: 11.03.2024
Date of the latest change: 26.12.2022