ICT310 System Analysis and Design Answer 2022

Running head: ICT310 SYSTEM ANALYSIS AND DESIGN
ICT310 SYSTEM ANALYSIS AND DESIGN
Name of student
Name of university
Author’s note:

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ICT310 SYSTEM ANALYSIS AND DESIGN
Table of Contents
Answer of question 1:....................................................................................................2
Stage 1: Identification of problem..............................................................................2
Stage 2: Plan and monitor..........................................................................................3
Stage 3: Discover and understand the details.............................................................3
Stage 4: Designing the system components...............................................................4
Stage 5: Build, test and integrate................................................................................4
Stage 6: System tests..................................................................................................4
Agile methodology.....................................................................................................5
Answer of question 2:....................................................................................................7
a) Event Table............................................................................................................7
b) Use Case Diagram.................................................................................................8
c) Use Case Description.............................................................................................8
Answer of question 3:..................................................................................................11
a) Domain Model Class Diagram.............................................................................11
b) Design Class Diagram.........................................................................................11
References....................................................................................................................12

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ICT310 SYSTEM ANALYSIS AND DESIGN
Answer of question 1:
Core processes: The Systems development lifecycle could be described as the
systematic procedure for the development of software or systems that helps in ensuring the
significant correctness and the quality of any system that has be developed (Scroggins, 2014).
It has been commonly considered that the software development is required to be
significantly complete within pre-defined cost and the time frame. The SDLC mainly
comprises of the briefed plan that properly explains the method of planning, building, as well
as maintaining any particular system (Aysolmaz & Demirors, 2014). Each phase of SDLC
lifecycle has their respective deliverable and process that acts as the input for the next stages.
The major reasons why the SDLC has been considered as crucial for the development of any
system are because it provides the basis for the project planning, the estimation and the
scheduling, it provides the required structure for the standard set of the deliverables and the
activities, it has been considered as the mechanism for tracking any project as well as control,
and it increases the visibility of the project planning for all the associated project stakeholders
of this development process. The core processes of the SDLC lifecycle could be categorised
as:
Stage 1: Identification of problem
In this stage of the SDLC process, the identification of problem in the organisation is
done from the intended customers to develop the product according to the
requirements. Any ambiguities that is present in the system is required to be resolved
in this particular phase (Akbar et al., 2017). In the project Controller of the considered
organisation, the main problem that has been identified is maintaining the log of all
the data transfer of the specifications of servers and the controller system is identified
and listed for ensuring the designing of the system as per the requirements of the

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ICT310 SYSTEM ANALYSIS AND DESIGN
organisation. As soon as the requirement collection has been done, an analysis is
conducted for checking the feasibility of any development of product. Controller
system is being developed in this project that would manage the logs of transfer of
backup data between server and client. Project plan is created for the Controller
project that would specify the details of this project.
Stage 2: Plan and monitor
Within this phase, all the requirement that has been collected in the phase of
requirement gathering could be used as the input and the software architecture that
has been used for the implementation of the system development is mainly derived
(Dora & Dubey, 2015). In the considered case study of the organisation, the software
requirements of the controller, server and the client is analysed and an appropriate
design is presented for analysis. The infrastructure of the organisation after the
implementation of Controller system is analysed. The most appropriate servers and
clients are recommended for avoiding any kind of crash or malfunction of the
controller system.
Stage 3: Discover and understand the details
This phase mainly includes the discovery of the details of the project and understand
the main components that requires additional attention. The components of the
controller project is understood and then the details of the components is clearly
comprehended (Kotaiah & Khalil, 2017). The software design has been translated into
the source code and all the designing of the system is initiated. In the situation of the
Your IT Support Crowd Pty Ltd, the designing of the Controller system is initiated
when the requirements are analysed. The database for the controller application is
developed in this phase where the logs of transfer among the server and client would