End user development (EUD) refers to activities that allow non-professional computer users like managers, teachers, and homemakers to program computers to perform tasks specific to their needs. EUD tools like spreadsheets allow users to create complex data models without formal programming knowledge. While EUD provides benefits like rapid development and innovation, disadvantages include limited user knowledge, loss of data and program quality control, and solutions that may not scale well as needs change.

1. End User Development ApproachEnd User Development Approach
 Submitted to : Amandeep
kaur
 Submitted by :
Amanpreet kaur
184432

2. End User DevelopmentEnd User Development

3. Computer users have rapidly increased in both
number and diversity

4. End User DevelopmentEnd User Development
 In the Information Society, end-users keep
increasing very fast in number, as well as in
their demand with respect to the activities
they would like to perform with computer
environments.
 End-user development (EUD) or end-user
programming (EUP) refers to activities and
tools that allow end-users – people who are
not professional software developers – to
program computers.

6. End user development include
They include managers,
accountants, engineers, home
makers, teachers, scientists, health
care workers, insurance adjusters,
salesmen, and administrative
assistants.
Many of these people work on tasks
that rapidly vary on a yearly,
monthly, or even daily basis.

7. Spreadsheet Example of EUD
the spread sheeted
computer users to write
programs that represent
complex data The most
popular EUD tool is models

8. Teachers
Managers
Home makers
Accountants
Scientists
Health care workers
Insurance adjusters
Salesmen

9. Teachers

10. Managers

11. Home makers

12. Accountants

13. Advantages
 End users create simple information systems
with little or no assistance from technical
specialists.
 Use fourth-generation languages, graphics
languages, and PC software tools to access
data, create reports, and develop information
systems.
 Completed more rapidly than systems
developed with conventional tools
 Faster design/implementation cycle
 Reduce communications problems between
users and is
 Encourages innovation and creative solution

14. Disadvantages
 end-user’s knowledge of the program is
limited
 Loss of control over data
 Loss of control of quality in both programs
and data
 systems may work well for small scale
tasks but if the business expands, the
solutions usually do not scale well

15. Conclusion
 There are innumerable development
methodology that could not be all listed in this
articles, they differ from one another
depending on the techniques, team work.
methods are different in their approach
and their form . They all meet the same goal
of driving the team responsible for the design
and implementation of an application.