Course Overview
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Course Synopsis
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This is a graduate level course. The course will introduce the basics of requirements engineering. It will discuss the issues, processes, and techniques in requirements engineering. The course will teach different modeling approaches in problem solving. It will introduce advance and potential research topics in requirements engineering.
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Course Learning Outcomes
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After the completion of this course, student should be able to:
- Understand the basics of requirements engineering.
- Understand the social, cultural, political, and technical issues in requirements engineering.
- Understand activities in requirements engineering (requirements elicitation, analysis and negotiation, validation, and management).
- Understand requirements traceability.
- Understand requirements documentation.
- Understand use-case modeling, object-oriented static modeling, functional modeling, and dynamic modeling techniques applicable in requirements engineering.
- Understanding the need for research in selected topics in requirements engineering.
- To know how to apply the learnt concepts, knowledge and techniques to solve real world problems
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Course Calendar
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3
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Kinds of Software Requirements
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4
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Another view of requirements
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5
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Processes and Process Models
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6
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Requirements Engineering Process
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7
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Actors and stakeholders in the requirements engineering process
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Academic Research Paper
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8
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Social and Cultural Issues in Requirements Engineering
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9
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Requirements Elicitation
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Assignment 1
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10
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Requirements Elicitation – 2
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11
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Specific Elicitation Techniques
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13
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Requirements Analysis and Negotiation
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Assignment 2
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16
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Requirements Validation
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17
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Requirements Validation
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18
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Requirements Management
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19
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Requirements Management
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20
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Requirements Traceability
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22
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Review of Lectures 1-21
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Mid Term Exam
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25
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Quality Attributes of Requirements Documents
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28
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Case Study and Use Cases for Case Study
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30
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Object-Oriented Modeling with UML
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Course Viva
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31
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Object-Oriented Static Modeling of the Banking System
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32
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Object-Oriented Static Modeling of the Banking System
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Presenmtation
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33
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Object-Oriented Static Modeling of the Banking System
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35
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Real-Time Structured Analysis and Design Technique (RSTAD) and Application of Banking Case
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36
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Structured Analysis and Design Technique
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38
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Dynamic Modeling of Banking System Case Study - I
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39
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Dynamic Modeling of Banking System Case Study - II
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40
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Requirements Document for the Banking System
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41
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Requirements Engineering for Agile Methods
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42
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Requirements Engineering for Web-Based Information Systems
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43
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Requirements Engineering for Product Lines
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44
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Requirements Prioritization
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45
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Review of Lectures 23-44
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