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Reference Courses
IS:link maintains a list of general course and assignment descriptions – the IS:link Curriculum. The IS:link Curriculum is a new instrument for organizing student exchange. The study programs of all IS:link members are linked to this reference curriculum, simplifying the process of matching and acknowledging courses from different universities.
Open All- Covers the design and analysis of efficient algorithms and data structures. Algorithm design methods, algorithmic analysis, graph algorithms, approximation algorithms, search & sort algorithms, randomized algorithms, as well as more special or sophisticated problem solving approaches are typical topics.
- Covers the fundamentals of design and analysis of efficient algorithms and data structures, which most likely includes topics like the design and analysis of data structures and algorithms, general classification and complexity of algorithms (e.g. big O notation), search & sort algorithms.
- Special, cutting-edge or unorthodox fields and applications of algorithms and data structures, for instance genetic algorithms, problem solving with soft computing techniques, distributed algorithms.
- Comprises topics concerning the modelling and specification of computer and software systems. Hence, this reference courses is characterized by its focus on only the computer systems, modelling of the entire information system, in combination with the action system is subject to the reference course "Systems Analysis and Design". For possible topics, see child reference courses.
- Possible topics are: Modelling with Petri Nets, UML, state charts
- Possible topics in this area are: Formal specification languages and methods, simulation of computer and software systems, advanced petri net applications
- Computer Architecture covers the architecture and fundamental mode of operation of computers, e.g. hardware fundamentals (although on a more abstract level compared to the more technical Computer Engineering reference course), Von Neumann architecture, alternatives to Von Neumann architecture, Boolean logic gates, principles of digital systems (e.g. arithmetic logic unit) and integrated circuits. Furthermore, the principles of operating systems, i.e. software that manages the computer system resources and provides common services for applications, are covered, e.g. general components, kernel, interrupts, memory management, threads, processes, ressource management, scheduling. Because of the close connection between computer architecture principles and concepts of operating systems, these topics are combined in one reference course.
- Covers the fundamental concepts of data management and database systems, e.g. database approach vs file system approach; conceptual data models (ERM, etc), physical data models (indexing, etc); logical data models (relational data model, etc); SQL; implementation techniques of database management systems, such as concurrency control with transactions, recovery, and query processing; management of unstructured data; large-scale databases; use of DB in an enterprise context.
- Topics exceeding the fundamentals of data management and (especially relational) database systems, for instance topics referring to any kind of non-relational database systems (Object-oriented database systems, etc.), database systems and XML, distributed database systems, etc.
- Human-computer interaction topics relate to the design, evaluation and implementation of interactive computing systems for human use and with the study of major phenomena surrounding them.
- Computer Engineering is characterized as the interface of those fields in electrical engineering, physics and computer science required to develop computer systems. In this curriculum, Computer Engineering covers topics concerning the fundemental electrical and physical mechanisms that are the foundation of computer systems, as well as topics concerning hardware-software integration with focus on the hardware aspects (e.g. microprocessors). Please note that embedded systems, networking topics and operating systems, which are sometimes associated with computer engineering, are not included in this course, as they are represented by dedicated reference courses.
- This reference course subsumes all topics related to issues and approaches regarding the management of the information systems function and information in general in organizations. See child courses for specificication of topics.
- Covers the design, assessment, selection, implementation and management of enterprise IT solutions. The focus is on applications and infrastructure and their fit with the business. Frameworks and strategies for high-level IS infrastructure and the systems that support the operational, administrative and strategic needs of the organization. infrastructure management, may be presentend. Other topics may be content management, middleware, legacy system integration, system consolidation, software selection, IT investment analysis, and emerging technologies, e.g. service oriented architecture.
- IT Security covers aspects of security of information systems from a rather managerial point of view, e.g. threats to information systems and technology-based safeguards (e.g. demilitarized zone; privacy, Digital, Rights Management (DRM); information security (e.g. Sarbanes Oxley Act, KontraG); auditing of IT systems; archiving and records management
- Systems Development covers topics related to systematic approaches, methods and techniques for analyzing organizations and a subsequently designing how to improve the way they conduct their business, with a particular focus on how information systems can most effectively contribute and how information systems can be developed and introduced in an organization.
- Covers processes, methods, techniques and tools that organisations use to manage their information systems projects. Systematic methodology for initiating, planning, executing, controlling, and closing projects are presented. IS Project Management in this sense involves both the use of resources from within the firm, as well as contracted from outside the organization. Possible topics include: Software processes (RUP, Spiral Model, etc.), project planning techniques, project organizations, cost and time estimation techniques, software support for project management
- Comprises topics on the analysis and design of information systems, i.e. analyzing and documenting business requirements as well as converting these requirements into detailed systems requirements and high-level design specifications for information systems. Exemplary topics are: SA&D methods and modelling languages, e.g. data modelling, functional modelling, object oriented analysis and design, business process modelling, enterprise modelling; tools for SA&D
- Covers the fundamental concepts, methods and tools used in SA&D, for instance data modelling with ERM, data flow diagrams, object oriented analysis and design
- In this case, DSS denote special, model-based information systems for decision support
- Computer-supported Collaborative Work
- Customer Relationship Management (CRM) represents the IT-based initiation, organization, and synchronization of customer relations. Important aspects covered under this reference course are, among others: CRM as a business strategy, the customer lifecylce, CRM systems architecture, modules of CRM systems (e.g. SFA – Sales Force Automation, Call Center) and their integration, integration with other business information systems.
- Enterprise Resource Planning (ERP) Systems are integrated, enterprise-wide, packaged software applications supported business processes and enterprise functions. ERP topics may include, among others: Investigating the various function-oriented ERP-Modules (e.g. human resources, corporate finance) and their integration; implementation and integration of business processes in ERP Systems (e.g. order management); working with actual ERP systems; Evaluation of different ERP software products
- Covers all law-related topics of an information systems, business administration or economics study programme, except Information Technology Law related topics, which are covered by the reference course "IT Law". Examples for business law related topics are Companies law, Labour law, Commercial law, Property Law.
- Sector-specific studies in Business administration focus on specific decisions and problems which are only relevant to enterprises of a certain economic branch or class of businesses, e.g. banks and insurance companies. See child reference courses for specific sectors.
- Comprises topics specific to the area of small and medium enterprises of any sector. Definitions of the constituting parameters of small and medium enterprises differ from country to country. In this context, we use the proposal of the European Commission: Employing less than 250 people, and either a turnover of less than € 50 million or a balance sheet smaller than € 43 million qualifies and an enterprise for this category.
- Discrete mathematics is the study of mathematical structures that are fundamentally discrete rather than continuous. In contrast to real numbers that have the property of varying "smoothly", the objects studied in discrete mathematics – such as integers, graphs, and statements in logic – do not vary smoothly in this way, but have distinct, separated values.
- Courses covering topics outside of the wider academic area of information systems, which contribute to a general education, especially foreign languages, social competences and interpersonal skills (or "soft skills"), are characterized by this reference course.


