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Fachkompetenz
BACHELOR:
  • Die Studierenden verfügen über vertiefte Fähigkeiten im Entwerfen, um mit unterschiedlichen Medien Ideen und Vorstellungen zu erkunden und verständlich darzulegen.
  • Sie führen die gestellten Aufgaben individuell unter Anleitung aus und demonstrieren in der Umsetzung persönliche Effektivität.
  • Sie können das durch Integrationen erlangte Fachwissen im Entwurf anwenden, bauen ihren Entwurfsprozess mit einer Palette von Medien sowie mit Hilfe des Computers und mittels einer prozessorientierten Modellbautechnik auf und legen ihn verständlich im Bezug zur Aufgabenstellung dar.
  • Die Studierenden können sich in einem Teilbereich einer Thematik aus dem Feld der Architektur vertiefen.
  • Sie können Zusammenhänge herstellen zu anderen Disziplinen der architektonischen Auseinandersetzung.
Sozialkompetenz
  • listen to students and their ideas and opinions
  • work in teams to develop solutions to complex problems
  • evaluate ideas from team members
  • take responsibility in a team
  • distribute tasks in teams
  • assign task according to skills of team members
  • justify solutions in front of team members and teachers
Methodenkompetenz
  • Reproduce the contents of software engineering and programming cases
  • describe various problems and the appropriate solutions as encountered in the cases
  • explain the differences and similarities of various methods of software engineering by means of case studies
  • explain the differences and similarities of relational and object-oriented approaches to modeling using case studies
  • explain the differences and similarities of various data and control structures of programming
  • Solve case studies with the help of the learned concepts and methods
  • Apply IDE and CASE tools
  • analyze complex issues and identify appropriate concepts and methods for their solution
  • Create simple object-oriented programs (e.g., in the learning environments Scratch or Greenfoot)
  • Apply best practices (e.g., design patterns, CASE tools, quality factors)
Fachkompetenz
  • list methods of software engineering (e.g., waterfall model, agile methods)
  • list relational and object-oriented approaches to modeling (e.g., ERM, UML)
  • understand the elements of different modeling languages (e.g., ERM, UML)
  • understand key concepts of SQL
  • understand key concepts of object-oriented programming (e.g., classes, attributes, methods, relationships, inheritance)
  • create data and system models (e.g., ERM, UML)
  • perform normalization of database tables
  • write queries in SQL
  • write simple object-oriented programs
  • compare and contrast key programming structures (e.g., data structures, control structures)
  • identify best practices of software engineering and programming (e.g., design patterns, quality factors)
  • design object-oriented applications by applying the methods learned
  • choose appropriate methods for given tasks
Selbstkompetenz
  • Understand and critically discuss the arguments of fellow students.
  • React and critically reflect their solution without being offended.
  • Show that they are able to stick to a complex topic.
Sozialkompetenz
  • Listen carefully exercise patience needed to understand the logic and mathematics behind models.
  • Know how to respond to questions and critique in a follow-up discussion after a presentation in front of class.
  • Take responsibility and organize/explain their solutions to others who have problems and tend to give up.
Methodenkompetenz
  • Understand how to manage risks with complex concepts and learn to connect the different roles of financial institutions.
  • Understand the logic and drivers behind current economic topics in financial services.
  • Apply methods and models on unknown decision situations. Find and calculate optimal hedging strategies.
  • Are able to write a term paper according to principles of scientific writing.
  • Develop abilities to understand and analyze mathematical relationships and models.
  • Summarize and explain their findings in a presentation.
  • Critically evaluate models and argue which of the models fits their needs best.
  • Evaluate the outcomes of their term paper
Fachkompetenz
  • Show expert knowledge in risk management and financial institutions and regulatory standards.
  • Characterize financial risk classes.
  • Interpret the results of relevant risk measures.
  • Describe pay off diagrams and valuation methods of derivatives.
  • Describe the use of derivatives to control risks.
  • Understand the role of different types of financial institutions.
  • Understand the difference between acting on financial markets and financial intermediation.
  • Describe the specific risks of financial intermediation.
  • Understand the main goals of bank regulations and the tools to reach them.
  • Describe and argue the importance of financial institutions for the whole economy.
  • Use risk measures to quantify risk and calculate them.
  • Find suitable hedging strategies.
  • Valuate derivatives with the model of arbitrage.
  • Apply the methods on a complex topic and are able to present the findings in a report
  • Identify potential sources of risks of financial institutions.
  • Apply the appropriate risk measures for specific risk classes.
  • Analyze the use of hedging strategies in given examples.
  • Find the fair value of derivatives by using parameters (Greeks).
  • Analyze specific risks of banks.
  • Identify the consequences of regulations.
  • Conceptualize a risk management process, which identifies and quantifies risks and displays the design/use of hedging tools and their valuation.
  • Design optimal processes to control for risk.
  • Combine the roles of financial institutions and legal regulations to understand financial markets.
  • Evaluate risk management processes.
  • Asses the consequences of regulations on financial institutions and the economy.
Selbstkompetenz
  • lernen das selbstständige Initiieren von Projekten
  • können andere Fachperspektiven bewusst einnehmen
  • können verbindliche Standards professioneller mündlicher und schriftlicher Kommunikation kennen, verstehen und anwenden
  • können wissenschaftliche Erkenntnisse angemessen in projektbezogene Situationen und Kontexte übertragen und einbringen
  • können eigenes Problemlöseverhalten reflektieren und selbst regulieren
Sozialkompetenz
  • Listen to and acknowledge the arguments of fellow students
  • Find solutions to small case studies in teams
  • Evaluate the solutions of colleagues, study and compare these with own solution
  • Consider new or alternative solution approaches and link these with your own approach
  • Represent and defend your own solution in light of critique
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