1. Industrial enterprise in the global competitive environment, present development and expected future, context.
2. Industrial enterprise from the viewpoint of production, enterprise models, enterprise levels definitions, requirements for information systems properties related to single managerial levels, basic standards and norms.
3. Main enterprise processes – innovation, business, production, and managerial and administration process, their interrelationships.
4. Innovation process – products development, technologies definition, determination of requirements for production, control systems development, process optimization – goals and forms.
5. Business process – marketing, business, master plan, purchase, and despatch – goals, methods, environmental relationships.
6. Business process – customer relationships management, partnership structure development, service – goals, functions, context.
7. Production process – production scheduling, resource allocation, dispatch control of production units, technology control – methods and relationships to environmental systems.
8. Production layout, product genealogy, personal management, production documentation control, efficiency analysis – goals, methods, environmental relationships.
9. Managerial and administration process – economics and finance, managerial information systems, safety and health protection, ecology, law services, translation services, public relation, registry.
10. Human resources, information technologies – requirements, enterprise internal and external environment relationships.
11. Asset management – asset purchasing, evidence, administration and maintenance of asset, asset protection, fleet.
12. Information systems and technologies – goals of the IS/IT in an enterprise, enterprise processes integration by means of information technologies, three-layer architecture.
13. Specialised information systems and information systems used by most of processes – geographical IS, project management, office IS, work flow, energy management, including energy purchasing, logistics and supply chain management.
14. Implementation processes of information systems in enterprise, analysis of frequent causes and failures, data model, project of the right enterprise information system implementation.
2. Industrial enterprise from the viewpoint of production, enterprise models, enterprise levels definitions, requirements for information systems properties related to single managerial levels, basic standards and norms.
3. Main enterprise processes – innovation, business, production, and managerial and administration process, their interrelationships.
4. Innovation process – products development, technologies definition, determination of requirements for production, control systems development, process optimization – goals and forms.
5. Business process – marketing, business, master plan, purchase, and despatch – goals, methods, environmental relationships.
6. Business process – customer relationships management, partnership structure development, service – goals, functions, context.
7. Production process – production scheduling, resource allocation, dispatch control of production units, technology control – methods and relationships to environmental systems.
8. Production layout, product genealogy, personal management, production documentation control, efficiency analysis – goals, methods, environmental relationships.
9. Managerial and administration process – economics and finance, managerial information systems, safety and health protection, ecology, law services, translation services, public relation, registry.
10. Human resources, information technologies – requirements, enterprise internal and external environment relationships.
11. Asset management – asset purchasing, evidence, administration and maintenance of asset, asset protection, fleet.
12. Information systems and technologies – goals of the IS/IT in an enterprise, enterprise processes integration by means of information technologies, three-layer architecture.
13. Specialised information systems and information systems used by most of processes – geographical IS, project management, office IS, work flow, energy management, including energy purchasing, logistics and supply chain management.
14. Implementation processes of information systems in enterprise, analysis of frequent causes and failures, data model, project of the right enterprise information system implementation.