• geben die Grundtypen finanzwirtschaftlicher Modelle wieder
• erläutern und interpretieren die Annahmen in diesen Modellen
• wenden grundlegende Modelle im Bereich der Finanzwirtschaft auf neue Situationen an,
• berechnen Zeitwerte beliebig strukturierter Zahlungsströme
• vergleichen alternative Finanzierungsformen, identifizieren Ähnlichkeiten
• erfassen die Konzepte der arbitragefreien Bewertung sowie der Bewertung über Erwartungswerte
• beurteilen, ob bestimmte Bewertungsmodelle in konkreten Situationen anwendbar sind und wählen geeignete Modelle in idealtypischen Situationen aus

• kennen die wichtigsten Instrumente der Unternehmensfinanzierung sowie Grundtypen von Derivaten
• verstehen die wichtigsten Verfahren der Investitionsrechnung unter Sicherheit und unter Risiko,
• erläutern die Funktionsweise der wichtigsten Finanzkontrakte,
• verstehen die theoretischen Grundlagen von Entscheidungen von Entscheidungen unter Risiko,
• beschreiben die wichtigsten Unternehmensbewertungsmodelle
• berechnen Kapitalwert, Internen Zinssatz (Rendite) und Annuität,
• erstellen Gewinn-/Verlustdiagramme aus Kontraktbeschreibungen,
• wenden Zinsstrukturkurven korrekt an
• identifizieren die Bestandteile von zusammengesetzten Zahlungsströmen,
• decken die Grundtypen von Finanzinstrumenten in hybriden Finanzierungsformen auf,
• analysieren die finanziellen Auswirkungen unternehmerischer Entscheidungen
• entwickeln neue Finanzprodukte aus Basisbausteinen,
• konstruieren Gesamtpositionen in Gewinn-/Verlustdiagrammen
• bewerten Investitionsprojekte und beurteilen deren Vorteilhaftigkeit,
• beurteilen die Vorteilhaftigkeit von Finanzierungsformen in idealtypischen Situationen,
• beurteilen die Eignung von derivativen Finanzinstrumenten für einfache Einsatzzwecke,
• bewerten Derivate in einfachen Modellen,
• ermitteln Unternehmenswerte in einfachen Settings

- summarize the contents of the case study they are provided with,
- discuss the case study in the light of existing models and theories,
- solve different assignments in the case study with the help of different methods,
- compare the as-is situation described in the case study and identify possible solutions for improvement,
- develop new strategies for a successful implementation of an enterprise system for the case study,, and
- evaluate different solutions regarding their value contribution and sustainability.

- describe the fundamental concepts and definitions in the area of enterprise systems, especially application systems like ERP, CRM, and SCM systems,
- understand the benefits of integrated enterprise systems for sustainable competitive advantage. They describe the relevance of enterprise systems for process integration along the value chain,
- solve assignments in the field of enterprise systems, especially case studies in the areas of manufacturing and service delivery,
- identify relationships between different types of application systems. They compare solutions with regard to their value contribution,
- describe and model an implementation process for the successful adoption of an enterprise system, and
- evaluate and select suitable software solutions for organizations. They classify different solutions according to complex evaluation schemes and develop a thorough argumentation for the decision process.

Students…

• describe different tools used for collaboration
• interpret the benefit of collaboration tools
• apply the gained knowledge to collaborate with team members in a suitable way
• distinguish different modes of communication and their usage
• design a communication concept for a collaboration project
• critically reflect the appropriateness of the selected collaboration tools

Students…

• repeat the fundamental concepts of collaboration and collaboration systems.
• understand the benefits of collaboration and collaboration systems for sustainable competitive advantage.
• solve assignments in the field of collaboration, especially collaborative research projects in the areas of current topics in IS.
• identify relationships between different types of collaboration systems. They compare solutions with regard to their value contribution.
• evaluate and select suitable software solutions for organizations. They classify different solutions according to complex evaluation schemes and develop a thorough argumentation for the decision process

• plan their case study / project
• summarize the contents of the case study they are provided with.
• discuss the case study in the light of existing models and theories.
• solve different assignments in the case study with the help of different methods.
• compare the as-is situation described in the case study and identify possible solutions for improvement.
• develop new strategies for a successful implementation of a business intelligence solution for the case study and
• do the conceptional breakdown of the case study /project with a blue print

...evaluate different solutions regarding their value contribution and sustainability.

• describe different concept of Data Warehousing and In-Memory columns
• give examples of practical application
• apply knowledge in implementing solutions based on SAP applications
• compare different solutions
• relate different concepts to develop an individual solution

Students…

• understand a real-world case from a company partner
• identify and define meaningful skill sets for seminar groups
• analyze the real-world case through the lens of process management knowledge
• identify areas of improvement or innovation
• develop recommendations for the real-world case of the company

Students…

• explain the foundations and the emergence of process management (e.g. business process re-engineering, total quality management)
• describe the goals of process management (e.g. time, cost, quality, sustainability)
• understand the core elements of process management (strategic alignment, governance, methods, technologies, people, culture)
• identify benefits and competitive advantages of a holistic process management approach
• summarize key principles of good process management