SIT725 - Web Application Design: Queensland Maritime Museum Project

This project focuses on the web application design for the Queensland Maritime Museum, aiming to enhance its online presence and service offerings. The project encompasses several key aspects, including the creation of a product backlog to prioritize features such as visitor registration, online booking, and membership management. A product roadmap is developed across multiple quarters, outlining the evolution of the website's functionalities. UML diagrams, including content, process, and sequence diagrams, are used to model the system's architecture and processes, particularly focusing on the registration process. The project also details navigation and functional designs to ensure user-friendly interaction. Sprint planning and backlogs are outlined, emphasizing registration, login, payment functionalities, and database integration. The ultimate goal is to provide an efficient online interface for visitors to access museum services, book visits, and make payments, while also providing staff with tools for managing content and member information. Desklib provides access to this project and many other solved assignments for students.

Running head: SIT
SIT Assignment 2
Name of the Student:
Name of the University:
Author Note

1
SIT
Product Backlog
The product backlog is to collect the information about the product for evaluation about
the user stories in terms of estimation level and priority (Silva, 2017). In the website prioritizing
and boking for museum visit are to be estimated and evaluated according to the product backlog
concept in tabular column.
User story Estimation Priority
I want to create a new visitor
account.
5 2
Login to the website as an
authorized visitor
1 4
Registered visitor wants to
reset the password
6 5
Registered visitor need to edit
the profile at any time they
are in need off
3 4
Previous booking history are
to be viewed by registered
visitor
5 6
As a registered visitor I want
to join as a membership
6 8

2
SIT
I want to donate for this
museum
8 10
As a registered visitor I want
to book for trips in museum
9 10
As a registered visitor I want
to access the services offered
by museum for wedding
parties
8 10
As a registered visitor I want
to make payment for the trip
booked
8 10
As a new visitor I want to
register for services
6 8
Logged in visitor want to
reset password
8 9
As a signed in visitor I want
to reset my password
4 3
As a signed in visitor I want
to check for more available
places to visit in museum
6 1
As a registered visitor, I want
to request and respond for the
website
5 2

3
SIT
As a registered visitor, I want
to know the updates in
collections kept in museum
6 4
As a registered visitor I want
to cancel the booking made
for trips or services
8 9
As a registered visitor I want
to add the content in site
6 8
As a registered visitor I want
to access the site information
for exploring
5 4
Product Design
Part 1: Product Roadmap
The product here is the website for the Queensland Maritime Museum and the product
roadmap of the system has been developed for all the three versions of the system and each of
the epics of the system. The details of the roadmap developed for the product has been described
below:
Quarter 1 Quarter 2 Quarter 3 Quarter 4
Market Map Regular visitors
to the museum
Registered
visitors and
Registered
visitors and
Registered
members and

4
SIT
members of the
museum.
members of the
museum.
potential
members
Feature/Benefit
Map
Museum visit
booking facility
and member
registration
facilities.
Special visits
booking service
and password
correction
facilities.
Wedding party
booking
services.
Advertisement
for wedding area
and museum
booking
services.
Architecture
Map
Website front
end with
Asp.Net and
backend with
C#.
Update of the
frontend using
Asp.Net and
database
implementation.
Update of the
frontend using
Asp.Net.
Use of JSP and
AJAX for
Market events Meeting with
potential
customers
Website launch Release of next
version of the
website.
Spread the
advertisement.
Release
schedule
1.0 2.0 3.0 4.0
Part-2: UML Profile for Design Class models
UML Profile
The UML profile for the website of the museum has been described below:

5
SIT
Design Class Diagrams using your UML profile
Content Class Diagram
The content class has been developed for the epic registration process.

6
SIT
Process Class Diagram
The process class diagram for the epic registration process has been described below:

7
SIT
Sequence Diagram
The sequence diagram helps in checking the messages and their flow in the system and
from the system. The messages flow from the objects in to the system and from the system. The
main object here is website of the museum and the main actor of the system is the visitor. The
entire process of the visitor registering into the system has been described in the sequence
diagram. The epic of the registration process has been described in the sequence diagram.

8
SIT
Navigation and functional design:
Navigation view
The navigation view provides the details of the navigation within the website. The details
of navigation of the epic, the registration process of the website of the museum has been
described with the help of the diagram provided below:

9
SIT
Functional Design
The details of the functions are included in the functional design of the system that is
developed for the organization. The functional design for the epic registration has been described
in the diagram provided below;

10
SIT
Sprint planning and sprint backlog
Sprint Planning
Sprint Goal
Goal 1: Registration functionalities
Goal 2: Log in functionality
Goal 3: Payment Functionality
Goal 4: Payment validation
Goal 5: Database functionality
Goal 6: Search menu navigation feature
Capacity Determination
The website that is to be developed would be able to provide an online interface for the
visitor that would be visiting the webpage of the museum that would be able perform all the
functions online. The visitors would be provided with the option to enroll themselves into the
system and create online accounts that would be editable and updateable by the visitors
accordingly. The website would also be able to provide the visitors with the options to make
payment efficiently in the website. In addition to this, the website would be able to provide the
details of the collections in the system. In addition to this, the system would be able to provide
useful functionalities to the staffs of the system as well. The staffs would be able to make records
and update in the system. The system would also be able to store the details of the members and
the payments done by each of the members in the system.

11
SIT
Spring Backlog
Goal 1: Registration functionalities were developed in the first quarter of the sprint.
Goal 2: Log in functionality was developed in the first quarter of the sprint.
Goal 3: Payment Functionality was developed in the second quarter of the sprint.
Goal 4: Payment validation was developed in the second quarter of the sprint.
Goal 5: Database functionality was developed in the third quarter of the sprint.
Goal 6: Search menu navigation feature was developed in the third quarter of the sprint.
Summary
The report consist of the analysis of the Queensland Maritime Museum and the website
developed for the organization. This museum serves many services like education, research,
functions and weddings. There are many places for visiting in this museum, for this visitors has
to buy tickets. The website contains attractive images of things which are used in navel like
boats, equipment used in navel, navel instruments and many other things. In this museum they
are even providing night rides. This place also serves for wedding purposes. The new enhanced
epic features for this museum are registration process, online payment and online database. The
registration process is for helping the visitors to register in this page by providing the necessary
details, even visitors can update their profile. The payment is for booking this place for trips, and
for the services provided by the museum. Payment will be calculated only based on the member
counts who are visiting to this place. Last is the online database system, which is for gathering
and storing all the information related to this museum. The system design has been done with the
help of some illustration using the Enterprise Architecture tool for the visualization of the reader.