CPET 499-05 WEB ENGINEERING AND DESIGN
Fall 2003
WEB ENGINERRING AND DESIGN
Course Description:
P: EET 264, CS 161, and junior
standing, or CPET 494
An introduction to problems
involved in analyzing and designing Web applications from small-scale, short-lived
services, to large-scale enterprise applications distributed across the
Internet and corporate intranets and extranets. Major topics include Web
standard protocols and interfaces, Web security, Web engineering methodology,
Web architectures and Web components (Web server, application servers or
environments, the client, and persistent server), E-commerce infrastructures,
database and Web integration, Web services standards and technologies and
Web-based application development.
Paul I-Hai Lin, P.E., Professor
of Electrical and Computer Engineering Technology
Office: ET 221C Phone: 260-481-6339 Email:
lin@ipfw.edu
Course Web site: http://www.etcs.ipfw.edu/~lin
Office Hours: Monday, Tuesday,
Wednesday, and Thursday 2:30pm-4:30pm
Text Book:
1. Webmaster in a Nutshell, 3rd, Stephen
Spainhour and Robert Eckstein, O’reilly, December 2002; book web
site:www.oreilly.com/catalog/webmaster3/
2. Building Web Applications with UML, 2nd,
Jim Conallen, Addison Wesley, Spring 2002; book Web site: www.wae-uml.org
Course Outcomes- CPET 499 Web
Engineering and Design
Web engineering applies a
systematic, disciplined, quantifiable approach to development, operation, and
maintenance of the Web-based applications or the application of engineering to
Web-based software. This course offers junior and senior level students an
opportunity to study formal methods for constructing a superstructure on the
Web for distributed-computing applications and centralized information
technology services.
This course provides students
with a "hands-on" experience in the Web and Internet programming
applications, Web servers and Web site design, and Web system & software
design using various programming languages including HTML/XHTML, XML, UML,
Frontpage, Javascript, Perl, ASP, Java Applet, etc. We emphasize fundamental
techniques and strategies for developing contemporary Web applications. A student
who successfully fulfills the course requirements will have demonstrated the
following knowledge, skills, ability:
1. An ability to use modern Web application
development tools and good knowledge of HTML Web page, Web site structures, and
Web-enabled applications (Criterion 1, item a)
2. An ability to apply knowledge of mathematics,
science, engineering and technology in problem solving using Web programming
languages (Criterion 1, item b)
3. Knowledge and skills of applying hierarchical,
structure, object-based, and object-oriented programming methods and techniques
and using various library functions for developing and integrating
industrial-strength Web programs and applications (Criterion 1, item c)
4. Knowledge of problem solving and Web-based software
development process including analysis, design, implementation, and
maintenance (Criterion 1, item d)
5. An ability to apply the principles of software
engineering to design and implement a Web application (Criterion 1, items a, b,
c, f, g)
6. Work and collaborate with others in project teams
(Criterion 1, items e and g)
7. Ability to prepare written memos, documentation,
reports, etc; and communicate orally with team members (Criterion 1, item g)
8. To understand professional and ethical
responsibility (Criterion 1, item I)
9. Understand the contemporary software application
issues (Criterion 1, item j)
ABET Technology
Accreditation Commission (TC2K) for
2003/2004 accreditation cycle
(relevant excerpts)
Criterion 1. Students and Graduates
An engineering technology program must demonstrate
that graduates have:
a.
an appropriate mastery of the
knowledge, techniques, skills and modern tools of their disciplines
b.
an ability to apply current
knowledge and adapt to emerging applications of mathematics, science,
engineering and technology,
c.
an ability to conduct, analyze
and interpret experiments and apply experimental results to improve processes,
d.
an ability to apply creativity
in the design of systems, components or processes appropriate to program
objectives,
e.
an ability to function effectively
on teams,
f.
an ability to identify, analyze
and solve technical problems,
g.
an ability to communicate
effectively,
h.
a recognition of the need for,
and an ability to engage in lifelong learning,
i.
an ability to understand
professional, ethical and social responsibilities,
j.
a respect for diversity and a
knowledge of contemporary professional, societal and global issues, and
k.
a commitment to quality,
timeliness, and continuous improvement.
Computer Usage:
1. World Wide Web and Internet information search, and
Web browser.
2. Microsoft Windows- and LINUX-based Servers
3. Microsoft C# Integrated Development Environment and
LINUX Environments
4. Rational Rose UML Modeling Tools
5. Internet/Web-based programming tools: JavaScript,
Perl, Java Application Development Tools
6. MS Word processing required for lab and project
reports
Lecture and Lab:
Lecture: 6:00-7:15 PM, Monday
and Wednesday, room ET 215
Lab: TBA (7:30-9:30 pm) in room ET 215 or ET 226
A: 100-90 B: 89-80 C: 79-70 D: 69-60 F: 59 and below
September 1 - Labor Day
Holiday; October 13, and 14 – Fall break, Nov 26 - 30 – Thanksgiving recess
Test 1 (1 hour) – 9/22/2003 Test 2(1 hour) – 10/20/2003 Test 3 (1 hour) – 11/24/2003
Final Project Presentation –
Wednesday, Dec. 17, 6:15-8:15 pm
·
Introduction to Web technology
and Network protocols
·
Programming tools for
client-side and server-side applications
·
HTML Programming with
JavaScripting
·
Web site document and link
management
·
User interface and back-end
processing including process logic and data management
·
Web server programming
·
Web engineering versus software
engineering.
·
Life cycle of Web-based
software systems
·
Reusing conceptual design,
navigational modeling, Interface design, design reuse
·
Designing Web applications for
information dissemination, manufacturing, industrial applications, online
transactions, enterprise-wide planning and scheduling systems
·
Web services standards and
technologies include
o
XML (Extensible Markup
Language)
o
XML-RPC (Extensible Markup
language and Remote Procedure Call)
o
SOAP (Simple Object Access
Protocol)
o
WSDL (Web Service Definition
Language)
o
WSFL (Web Service Flow
Language)
o
UDDI (Universal Description
Discovery and Integration)
o
ebXML (Electronics Business
XML)
o
J2EE (Java 2 Enterprise
Edition)
o
.NET (Microsoft .NET)