Major Topics

Software Engineering, OOA/D, Agile Modeling, Unified Process, Visual Modeling via UML, Configuration Management (git, GitHub), Analysis Modeling (Use Cases, Domain Model, SSDs, Operation Contracts), Software Architecture via N-Layer Architecture, Software Engineering Principles (GRASP) with utilization in semester project, Design Patterns, Design Modeling (Package Diagram, Interaction diagram both sequence diagram and communication diagrams, Class diagram, State diagrams, Activity diagrams, Deployment diagram ...), Software Testings (Test Plans, TDD, Unit Testing, Automation Testing),  CASE Tools, Case Studies, Software Engineering Concepts, and Technologies.

Course Learning Outcomes

Upon completion of the course, students will be able to:

• C1: Explain basic concepts of object-oriented software engineering using UML. 
• C2: Develop OOSE design for problems based on real-world scenarios. 
• C3: Explain the fundamentals of software project management and software life cycle methodologies. 
• C4: Develop a “real world” software system prototype using Object Oriented Software Engineering.

• Lab Manual: "OOSE Labs"
• Text Books: Applying UML and Patterns: An Introduction to Object-Oriented Analysis and Design and Iterative Development By: Craig Larman
• For the current version of the UML, go to UML Infrastructure Specification and UML Superstructure Specification at www.uml.org or www.omg.org.
  
• Visual modeling (UML) in an agile modeling spirit is described in Agile Modeling by Scott Ambler on www.agilemodeling.com.
  

Other Books

• Software Engineering at Google
• Lessons Learned from Programming over Time By Titus Winters, Tom Manshreck, and Hyrum Write

Tools and Technologies

• CASE Tools: starUML
• Version Control System: git & GitHub
• Implementation Technologies: JAVA
• Cloud Storages: OneDrive, Google Drive, or Dropbox.
  

Discussion Group

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