After successful completion of the course, students are able to

• choose appropriate process models in software development
• to manage all phases of a software development project based on a chosen process model
• model application scenarios in UML
• understand quality assurance and quality management in the context of software development
• manage software projects over their entire lifecycle
• identify and define risks in software projects
• understand the human factor in software development

• Introduction to Software Engineering
• Process frameworks and roles in software engineering
• Concepts and methods in analysis, design, development, implementation, integration, testing and deployment
• Modeling in UML
• Basic knowledge of quality assurance and quality management in the context of software development
• Fundamentals of project planning and project controlling
• Fundamentals of risk management, "The human being in the project"

The teaching content is based on selected case studies. This enables the students to establish a direct connection to practice and thus promotes understanding.  

This lecture is read exclusively in the summer semester, examinations are also held in the winter semester. The dates given below are only for reservation reasons and are not relevant. All current dates and further information will be available from the end of February at https://tuwel.tuwien.ac.at.

ECTS-Breakdown

• Preliminary discussion (1 hour)
• Attending the lectures; 10 lectures (22,5 hours)
• Preparation for the lectures (17,5 hours)
• Preparation for the exam (32,5 hours)
• Exam (1,5 hours)

Total: 75 hours (3ECTS)

)

The assessment takes place in the form of a written exam. The use of any documents during the exam is prohibited.

• Written closed-book Tuwel-tests t
• Tuwel-Tests are online via Zoom
• Technical requirements for the tests: stable Internet connection; two end devices with cameras (e.g. notebook and smartphone), with one front camera and one camera directed at the side of the workstation and monitor.
• The lecturer reserves the right to invite individual students to a review meeting after the test (plausibility check of answers)

Best Practice Software-Engineering, Eine praxiserprobte Zusammenstellung von komponentenorientierten Konzepten, Methoden und Werkzeugen
Spektrum Akademischer Verlag; Auflage: 1st Edition. 2010
ISBN: 978-3827424860

Weiterführende Literatur: Philipe Kruchten:The Rational Unified Process; Addison-Wesley Professional Erscheinungsdatum: 1. Dezember 2003, 3. Auflage, ISBN: 0321197704 Weiterführende Literatur an der TU Bibliothek Jacobson Ivar, Booch Grady, Rumbaugh James: The unified software development process Booch Grady, Rumbaugh James, Jacobson Ivar: Das UML-Benutzerhandbuch Fowler Martin, Scott Kendall: UML distilled (bzw. deutsche Ausgabe UML konzentriert) Hitz Martin, Kappel Gerti: UML@work Stevens Perdita: UML Softwareentwicklung mit Objekten und Komponenten

Requirements are basic knowledge of component-oriented software development or equivalent knowledge.