People

Instructor	E-mail	Office
Bernd Bruegge	bruegge@cs.cmu.edu	WeH 4123, 268-2567
Elizabeth Bigelow	ebigelow@cs.cmu.edu	WeH 4615, 268-8187
Coaches
Elaine Hyder	elaine.hyder@commerce.ubc.ca
Robin Loh	tloh@andrew.cmu.edu
Jack Moffet	jmoffet@andrew.cmu.edu
Eric Stein	es5f@@andrew.cmu.edu
Joyce Johnstone	jdarej@cs.cmu.edu	BOM 154, 268-3803
Russell Heywood	heywood@andrew.cmu.edu
Secretary
Dorothy Zaborowsky	daz+@ux2.sp.cs.cm.edu, Mo-Fri	WeH 4116

Aside from office hours and weekly project meetings please feel free to stop by and make individual appointments.

Objectives

Upon completion of this course, a student should be able to:

• Understand the difference between a program and a software product.
• Apply model-based software engineering techniques.
• Understand iterative and incremental development.
• Reconstruct the analysis and design information in an existing software system.
• Design and implement a module that will be integrated into a larger system.

Each student will have demonstrated the ability to

• Work as a member of a project team, assuming various roles as necessary,
• Create and follow project plans and test plans,
• Create the full range of documents associated with software products,
• Complete a project on time.

Administrative Matters

Meeting Times

First class: Tuesday, Aug 25, 1998

Class meetings: Tuesdays and Thursdays 9:00 - 10:20

• August 25 - September 10: Scaife Hall 220
• September 15 - December 10: WeH 5409

Project Meeting: Weekly arranged by each team.

Client Acceptance Test: Dec 10

Textbook

Required :

Bernd Bruegge, Allen Dutoit: "Model-Based Software Engineering- A Project-Oriented Approach", online script. Chapters will be online and are given out during the course.

[Gamma 96] E. Gamma, R. Helm, R. Johnson, J. Vlissides: "Design Patterns", Addison-Wesley, 1996.

Recommended Readings ( Copies of selected pages will also be made available in the bin outside WeH 4116)

• [Jacobsen 92] I. Jacobson, M. Christerson, P. Jonsson, G. Övergaard, "Object-Oriented Software Engineering" , Addison Wesley, 1992
• [Booch 91] Grady Booch, "Object-Oriented Design with Applications", Benjamin Cummings, 1991. Ch. 1.
• [Pfleeger 91] Sharie Pfleeger, "Software Engineering: The Production of Quality Software", MaxMillan Publishing Company, 1991. Ch. 9, 10 and 11.
• [Otte 1996] "Understanding CORBA, The Common Object Request Broker Architecture", Prentice Hall, 1996
• [Kayser 90] T. A. Kayers, "Mining Group Gold", Serif Publishing, 1990.
• [IEEE 828] IEEE Standard for Software Configuration ManagementPlans, ANSI/IEEE Std. 828-1990.
• [IEEE 1058] IEEE Standard for Software Project Management ANSI/IEEEStd.1058.1-1987.

Additional papers may be selected. Copies for readings are provided during the course.

Computing

The facilities in the Software Engineering Lab in Building D 154A are available only for the use in this course. In addition to the standard Andrew environment, many tools and applications specific for this course will be used. Please check /projects/PAID/support/courseInfo.html in the 15-413 home page for an accurate listing.

Grading

Process and Products (40 Points)	Equal weight is given to each of the following activities and/or associated documentation: Project plan, requirements analysis (domain model, analysis object model), system design, object design, implementation, testing, user manual, installation guide, posting meeting agenda & minutes. The documentation has to be developed in cooperation between technical writers and software developers.
Communication (5 Points)	For a presentation given during one of the project reviews (analysis review, client review, object review, dry-run, acceptance test) or group meetings.
Delivery (20 Points)	If a complete product (working code and complete documentation) with negotiated functionality is delivered to the client.
Homework (20 Points)	4 points for each of 5 homeworks.
Quiz (15 Points)	1 point for each quiz on main points of reading at the beginning of each class (except project review classes).
Instructors' evaluation (+/-10 Points)

Standards

• A: 90+
• B: 75-89
• C: 56-74, including at least 20 points fromlectures and 40 points from project
• D: 40-55, or 56-74 with wrong proportion of lectureand project points
• R: less than 40

Course Schedule

The course schedule below will be updated as we progress through the semester. Check for the most up to date class schedule in the 15-413 home page.

Date/ Location	Topic	Readings	Homeworks	Handouts	Project Topic
Week 1 8/25 9:00 - 10:20 SH 220	Introduction: Overview of course What is Software Engineering?			Syllabus   Problem Statement	Week 1 Problem Statement, Project Initialization
8/27 9:00 - 10:20 SH 220	Presentation of Problem Statement Top Level Design; Team decomposition			Class Registration
Week 2 9/1 9:00 - 10:20 SH 220	Modeling with UML	Bruegge & Dutoit Ch. 2			Week 2 Team Formation Mtg: Agendas/Minutes, Roles
9/3 9:00 - 10:20 SH 220	Requirements Elicitation System Boundary, Use Case Modeling, Logical Modeling	Bruegge&Dutoit Ch. 6
Week 3 9/8 9:00-10:20 SH 220	Requirements Analysis: Object Modeling: Object identification, classes, associations, attributes; Canonical associations;	Bruegge&Dutoit Ch. 7	Homework 1 Out		Week 3 Team Mtg: Discussion of SPMP
9/10 9:00 - 10:20 SH 220	Requirements Analysis: Object Modeling II Object identification, classes, associations, attributes; Canonical associations;	Bruegge&Dutoit Ch. 7
Week 4 9/15 9:00-10:20 WeH 5409A&B	Software Lifecycle Process vs product Software Lifecycle	Bruegge&Dutoit Ch. 3	Sep 15, 6pm,Homework 1 Due		Week 4 Team Mtg: Brainstorming on Use Cases
9/17 9:00 - 10:20 WeH 5409A&B	Configuration Mgt (CVS, Perforce)		Homework 2 Out		Tutorial CVS
Week 5 9/22 9:00-10:20 WeH 5409A&B	Project Management: Activities, Planning: scheduling; tracking, IEEE 1058 Standard	Bruegge&Dutoit Ch. 4, IEEE Std 1058		SPMP Template Out	Week 5 Team Mtgs: Brainstorming on Use Cases
9/24 9:00-10:20 WeH 5409A&B	CASE Tools (Rationale Rose, Together-J)		Sep 24, 6pm Homework 2 Due;		Tutorial CASE Tool Together-J
Week 6 9/29 9:00-10:20 WeH 5409A&B	Advanced Project Management: Activities, Planning: scheduling; tracking,			Sep 22, 6pm: SPMP Due	Week 6
10/1 9:00-10:20 WeH 5409A&B	Requirements Analysis: Dynamic Modeling Activity Diagrams, Requirements Analysis	Bruegge&Dutoit Ch. 7		RAD Template Out
Week 7 10/6 9:00-10:20 WeH 5409A&B	System Design I: Decomposition into subsystems; System topology	Bruegge&Dutoit Ch 8			Week 7 Team Mtgs: Brainstorming on Objects
10/8 9:00-10:20 WeH 5409A&B	Design Patterns Describing Design Patterns, Catalog of Patterns, Selection and usage	Gemma et al 96, Design Patterns, Ch. 1: pp 1 - 31
					Midterm
Week 8 10/13 9:00-10:20 WeH 5409A&B	Design Patterns II Patterns: Composite, Strategy, Decorator, Abstract Factory, BridgeCommand, Iterator, Visitor	Gemma et al 96, Design Patterns, Ch 2: pp 33 - 77			Week 8 Team Mtgs: System Design
10/15 9:00-10:20 WeH 5409A&B	System Design II: Concurrency, Data management;Software control,Boundary conditions, System design document template	Bruegge&Dutoit Ch 8		SDD Template Out
Week 9 10/20 9:00-10:20 WeH 5409A&B	Prototyping Discussion of examples from JAMES; Prototyping Heuristics;	Reading to be annouced		October 20, 6pm: RAD Due	Week 9 Team Mtgs: System Design ctd
10/22 9:00-10:20 WeH 5409A&B	Analyis Review I
Week 10 10/27 9:00-10:20 WeH 5409A&B	Analysis Review II			Oct 27, 6pm, SDD Due; All sections except Section 9	Week 10 Team Mtgs: System Design I Document Editor Meeting: RAD Integration Issues
10/29 9:00-10:20 WeH 5409A&B	Object Design Algorithms,Control associations;Object representations;Packages	Rumbaugh Ch. 10		PAID Prototypes Due
Week 11 11/3 9:00-10:20 WeH 5409A&B	Unit & Integration Testing: Integration strategies (top down, bottom up, sandwich); Black & white box testing; Regression testing;	Bruegge&Dutoit Ch. 10			Week 11 Team Mtgs: Object Design: Algorithms & Data structures, Optimizations
11/5 9:00-10:20 WeH 5409A&B	System Design Review
Week 12 11/10 9:00-10:20 WeH 5409A&B	Design Rationale	Bruegge& Dutoit Ch. 9		Homework out: Section 9 of SDD	Week 12 Team Mtgs: Implementation, Unit Testing
11/12 9:00-10:20 WeH 5409A&B	Middleware	Reading TBA
Week 13 11/17 9:00-10:20 WeH 5409A&B	Implementation	Reading TBA		Homework 3: Section 9 of SDD due	Week 13 Team Mtgs: Implementation, Unit Testing Tutorial: Software Development Environment
11/19 9:00-10:20 WeH 5409A&B	System Testing Delivery and Maintenance	Bruegge&Dutoit Ch 10		Test Manual Template Out
Week 14 11/24 9:00-10:20 WeH 5409A&B	Object Design and Implementation Review			Nov 23, 6pm: ODD due Final Homework Out	Week 14 Team Mtgs: Implementation, Integation Testing
11/26	Thanksgiving Break
Week 15 12/1 9:00-10:20 WeH 5409A&B	Guest Lecture Slot				Week 15 Team Mtgs: System Testing
12/3 9:00-10:20 WeH 5409A&B	Software Lifecycle Revisited SEI CMM			Nov 20, 6pm, Unit Test Manual Due
Week 16 12/8 9:00-10:20 WeH 5409A&B	Client Acceptance Test Dryrun			Dec 10, 4pm System Test Manual Due Dec 16, 6pm Final Homework Due	Week 16: Client Acceptance Test Preparations
12/10 9:00-10:20 WeH 5409A&B	Client Acceptance Test

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