Software Engineering

• Chapter 1: Software Engineering Fundamentals. Notes and past questions on Software Engineering Fundamentals for TU BIT Software Engineering.
• Chapter 2: Requirements Engineering. Notes and past questions on Requirements Engineering for TU BIT Software Engineering.
• Chapter 3: System Modeling and Design. Notes and past questions on System Modeling and Design for TU BIT Software Engineering.
• Chapter 4: Software Architecture. Notes and past questions on Software Architecture for TU BIT Software Engineering.
• Chapter 5: Software Process Models. Notes and past questions on Software Process Models for TU BIT Software Engineering.
• Chapter 6: Software Testing. Notes and past questions on Software Testing for TU BIT Software Engineering.
• Chapter 7: Software Quality and Review. Notes and past questions on Software Quality and Review for TU BIT Software Engineering.
• Chapter 8: Design Patterns and Modeling. Notes and past questions on Design Patterns and Modeling for TU BIT Software Engineering.
• Chapter 9: Software Configuration and Release Management. Notes and past questions on Software Configuration and Release Management for TU BIT Software Engineering.
• Chapter 10: Project Management and Risk. Notes and past questions on Project Management and Risk for TU BIT Software Engineering.

• Illustrate the activities carried out within the software process model. List some techniques that can be used to improve the process.[10] (2082)
• Develop use case diagram, class diagram, and sequence diagram of online entrance examination system. Make necessary assumptions.[10] (2082)
• Explain the test driven development. List its advantages and disadvantages.[10] (2082)
• What are the different ways of software pricing? Explain. [5] (2082)
• Explain the concept of release testing with an example. [5] (2082)
• Why software quality assurance is a critical activity. Explain. [5] (2082)
• Describe software configuration management activities. [5] (2082)
• How do you think design patterns help in software development? Explain. [5] (2082)
• Explain different architectural views with a neat diagram. [5] (2082)
• What do you understand by the model driven architecture? Explain. [5] (2082)
• List different software engineering ethics and practices that needs to be followed by the practitioner. [5] (2082)
• Write short notes on: a) Non-functional requirement Write short notes on: b) Principles of agile [2.5+2.5] (2082)
• Explain process model for software prototype development with a neat diagram focusing on its different stages.[10] (2081)
• Why architecture patterns are important? Explain Model-View-Controller, layered and repository architecture.[10] (2081)
• Explain key activities performed during Unit testing, component testing and system testing.[10] (2081)

Frequently asked questions

Based on the official syllabus.