The Agile Web Engineering (AWE) process is proposed for web application development and applies agile principles. It involves business analysis, requirements, design, implementation, testing, evaluation, and iterative development cycles. The goal is to tackle problems associated with web app development through maintaining, implementing, and continuously testing applications to satisfy end-users.

1. Agile Web Engineering
Process (AWE)
Abdul saboor
Kanza batool
Muhammad basim

2. INTRODUCTION
● Agile web engineering process is one of the processes in applying agile
principles that has been proposed specifically for web application
development.
● Agile web engineering is a light weight process which helps to tackle
the problems associated for the development of web based
applications.
● AWE helps in better maintaining, implementing and continuous
testing of applications.
● This AWE solution helps in getting the solutions that will get satisfied
by the end-users.

3. LIFE CYCLE OF AWE

4. BUSINESS ANALYSIS
● The purpose of the business analysis phase is to clearly understand the problems to be addressed by
the proposed web application.
● It is crucial that every developer be involved in this stage so that all challenged
with providing the proposed solution understand the problems that need to be
addressed. Often the business analysis phase is carried out by a different set of
stakeholders or developers.
REQUIREMENTS
• It is crucial that every member of the team agrees the problems to be solved
before the requirements activities begin.
• The Requirements phase is about defining what the proposed solution will do
(functional requirements), and what constraints are to be placed upon the
proposed solution (non-functional requirements).

5. DESIGN
● Design involves understanding, co-ordinating and communicating all the
major issues, before implementation, of building a complex web application.
● These issues should be independent of the lower-level implementation details.
IMPLEMENTATION
● Design and Implementation phases, both involve decisions that have a critical
impact on project success.
● The agile process encourages developers in teams, mostly comprising software
engineers, to communicate through the source code of the project deliverable.
This is achieved through pair programming and extensive testing.
● eAll developers should collaborate and focus their development efforts around
the Web interface, using collaborative sessions to discuss and review the browser
experience.

6. TESTING
● Testing is a crucial stage in any software activity.
● Testing objectives involve assessing whether or not what has been built has
satisfied the project's requirements.
● Testing requires input from the Requirements, Design and Implementation
phases
EVALUATION
● The Evaluation Plan should be derived from the issues or problems identified
in the Business Analysis phase.
● It is imperative that the team objectively evaluate what has been delivered
independent of design and implementation issues.

7. ITERATIVE AND INCREMENTAL DEVELOPMENT
● Iterative and incremental development cycles are crucial
to making the AWE process work.
● That is, framework activities will occur repeatedly as
each webapp increment is engineered and delivered.
● The agility principles should be applied.
● Each iteration should focus on solving a subset of the
problems that present the highest risk, ensuring that
previous iterations efforts are not compromised by the
incremental increase in development scope.

8. BENEFITS:
Though Agile web engineering process has certain
strengths like:
 Flexibility
 Collaboration
 Simplicity
 Iterative
 Incremental
 Strong focus on the end user,
 Usability