Cleveland State University 
                                   Department of Electrical Engineering and Computer Science 
                                                                      
                                           CIS 634 Object-Oriented Software Engineering 
                                                                      
                  Catalog Data:           CIS 634 Object-Oriented Software Engineering(4-0-4) 
                     Pre-requisite :CIS 368 or Instructor's Consent 
                   
                  Course Description and Objectives: 
                                          Practical  development  of  software  requires  an  understanding  of  successful 
                                         methods to bring a problem to be solved to a working software system. The focus 
                                         of  architecture-based  ad  Object-oriented  software  development  has  shown 
                                         tremendous  potential  to  improve  the  current  state-of-the-art  in  software 
                                         development and alleviate many of its problems. 
                                         This course will expose you to the concepts, principles, and methods in software 
                                         architectures, and object-oriented software engineering. A project will give you 
                                         an opportunity to apply the knowledge acquired from this course by undertaking 
                                         the development of a small scaled software system. 
                                          
                                         By the end of the course you should: 
                                     1.  understand  the  differences  between  the  structured  paradigm  and  the  object-
                                         oriented paradigm in software development  
                                     2.  understand  the  concepts,  principles,  and  state-of-the-art  methods  in  software 
                                         architectures  and  its  relationship  to  other  areas  of  software  engineering, 
                                         specifically requirements, OO analysis and design, and implementation. 
                                     3.  be  able  to  design,  manage  and  implement  a  computer-based  software  system 
                                         using the OO software engineering approach in a group setting 
                   
                  Text: 
                                     1.   Applying UML and Patterns: An Introduction to Object-Oriented Analysis and  
                                          Design and the Unified Process, 3rd Edition, Craig Larman, Prentice-Hall 
                                     2.   Software Requirements, 2nd Edition, Karl E. Wiegers, Microsoft Press 
                                          These two books are available in CSU Tech Books Online reference 
                                      
                  References: 
                                     1.   Requirements engineering: processes and techniques, G.Kotonya and,    
                                          I.Sommerville, 1998, Wiley 
                                     2.   Design Patterns, E.Gamma, R. Helm, R. Johnson,  and J. Vlissides 
                                     3.   The Unified Modeling Language Reference Manual, J. Rumbaugh, I.Jacobson  
                                          and G. Booch, Addison Wesley 
                                     4.   OO design, Java, C++ Vince Huston website: http://www.vincehuston.org/ 
                   
                  Course Outline: 
                  Week                      Topics                                          Reading 
                  Wk 1-2                    Class Introductions/What this Course is About   L 1,2 
                  8/26-9/8                  Software Development Processes 
                                            -Agile, UP, XP 
                                            Core Object-oriented concepts 
                  Wk 3                      Requirement Analysis                            W 5,6,8,10,12 
                  9/9-9/15                  Use Case Modeling                               L 3,4,5,6,7,30 
                                                                                            handouts 
                                            Part III Elaboration iteration 1                 
                    
                   Wk 4                      Domain Model                                      L 8, 9 
                   9/15-9/22                 Analysis by Norm Lists and Use Cases-A Case  L 32 
                                             Study                                             Handouts 
                                             Domain Model Refinement                           UML Tutorial 
                   Wk  5-6                   System Behavior                                   L10,11,29,31,32 
                   9/23-10/6                        System Sequence Diagrams                    
                                                    Contacts                                    
                                                    State Diagrams                              
                                             Object   Design--UML  diagrams  Interaction  L 14,15 
                                             Diagrams 
                                              
                   Wk 7-8                    UML class diagrams and GRASP principles           L 16,17 
                   10/7-10/20                Visibility and Class Design                        
                                             Mapping Design to Code                            L 19,20,21,25 
                                             Midterm Exam 
                                             Part IV Elaborative Iteration 2                    
                   Wk 9                      Object Design Principles                          Handouts 
                   10/21- 10/27              Introduction to Design Pattern                    L 26 
                                             MVC Pattern  
                                             GoF patterns I 
                   Wk 10                     GoF patterns II                                   L 26 
                   10/28-11/3 
                                             Part V Elaboration Iteration 3                     
                   Wk 11                     UML Activity Diagrams and State Transitions  L 28, 29 
                   11/4-11/10                Diagrams 
                   Wk 12                     Nv.12 (Tuesday, Veteran Day, no Class)             
                   11/11-11/17               Architectural Analysis                            L33 
                   Wk 13                     Architecture refinement & more object             34 
                   11/18-11/24               More GoF patterns                                 L 35 
                   Wk 14                     Package Design Principles                         L 36, 37 
                   11/25-12/1                UML Deployment And Component Diagrams 
                   Wk 15                     Class Review                                       
                   12/2-12/8                 Presentations  
                   Wk 16                     Final Exam                                         
                    
                    L:"Applying  UML and Patterns:  An  Introduction  to  Object  -Oriented  Analysis  and  Design  and  the 
                   Unified Process", 3rd Edition, Craig Larman, Prentice-Hall 
                   W: "Software Requirements," 2nd Edition, by Karl E.Wiegers 
                    
                   Course Organization : In order to cover the basic techniques, and to understand future directions, there 
                   will be two major parts to the courses: 
                   1.   Techniques  in  OO  software  engineering  in  general,  and  OO  systems  analysis  and  design  in 
                        particular. It is assumed that you are familiar with a OOP language such as Java. 
                   2.   Group  Project.  This  involves  the  carrying  through  of  a  project  from  specification  through 
                        implementation and testing, documentation and user manual preparation. 
                    
                   Term Project: 
                   You are to form Project teams of 4 students each(if you can not form a team on you own, then you will be 
                   assigned to a team at the instructor's discretion).Each project team will be assigned a project by the 
                   instructor. You may also select a project on your own subjected to the approval of the instructor. It has to 
                   be a worthy OO application. You should get to know the people in your group as soon as possible or you 
                   will find this difficult. 
                     
                          Individual work- Logs and Group assessment reports 
                          (i)        You should keep a log of all the activities you have done on the project: when, what how much 
                                     time spent  on each activity. Log will be turn in with the assessment report of your team members 
                                     as in (ii) below. 
                          (ii)       Two assessment reports (midterm and final) of each member of your project team. You should 
                                     outline for each team member(including yourself) what was done him/her, and how you assess 
                                     their work.91/2 page per person) 
                          These will be kept in confidence by me. As part of the homework, you will be graded based on how 
                          perceptive and reasonable your comments are (5%). 
                           
                          Group work  
                          Your project team will work with the users to produce a formal specification, procedure the analysis and 
                          design, code a prototype, evaluate and refine the prototype and present a final product. Oral presentations 
                          and discussions will be required at various points within the project(TBA.) 
                           
                          Student Work for Corse Portfolio  
                          The instructor reverses the right to retain, for pedagogical reasons, either the original or a copy of your 
                          work submitted either individually or as a group project for this class. Students' names will be deleted any 
                          retained items.