University Project: BCO2041 System Analysis and Design Report

This report presents a comprehensive analysis and design of a management system aimed at streamlining operations. It encompasses various methodologies, including agile approaches, to ensure an efficient and effective system. The report details the acquisition strategy, architectural design, and hardware/software specifications, crucial for system implementation. Interface design, user interface flow, and wireframe diagrams are also discussed to enhance user interaction. Furthermore, the report covers the structure chart, program specifications, and essential elements of system design, like functional and system requirements. The project emphasizes the importance of well-defined methodologies, user-centric design, and thorough testing phases to ensure the system meets all requirements and provides a seamless user experience. The conclusion highlights the significance of good design, testing, and the integration of new technologies for secure product development.

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Affliate Information

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Executive Summary
The main aim of this project is the design and implementation of a management system to ease the
functionalities and the way in which work is carried out . Entities are linked together to form a
visualization of the working system. The methodologies involved in the design and implementation of
a system are well laid out .
The strategy and the approach taken to design and development of a project determines the
effectiveness and the efficiency of the system. The system specifications are well outlined in the initial
phases of design. The project is mainly focused on the design and implementation of a system that will
enable the organization to perform its duties effeciently and with speed.

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Table of Contents
Introduction................................................................................................................................................4
Acquisition Strategy...................................................................................................................................5
Architectural Design..................................................................................................................................6
Hardware and software specification.........................................................................................................7
Interface design..........................................................................................................................................8
Interface Structure......................................................................................................................................9
User interface flow...................................................................................................................................10
Wireframe Diagrams................................................................................................................................11
Structure Chart.........................................................................................................................................12
Program specifications.............................................................................................................................13
Conclusion...............................................................................................................................................14
References................................................................................................................................................15

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Introduction
The methodologies employed in the design and implementation of a system determine the efficiency
and effectiveness. The requirements include both hardware and software which aid in the development
and design. Software tools are used in the design of the system to fit into user design.
Agile methodologies are used in the development phases to create an iterative and interactive system
with the users (Whitten, Bentley and Dittman, 2010). The methodology must be clearly stated and
followed in phases to ensure an intuitive design. All the paradigms stated to influence the way in which
the software system is developed.
Both software and hardware specifications must be laid out, each of the specifications is used for a
specific purpose in the development and design of the interfaces. User interaction with the system is
through a computer system that is able to render the interface to the user.
The look and feel for the system should be appealing to ensure that the users are able to interact easily
with the application. A nice user interface is the core design factor considered before the initial
development phase.

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Acquisition Strategy
This is a comprehensive plan developed as part of the business activities during the initial development
plan which describes the management and technical strategies to meet the objectives laid out. The
strategies are used to aid in the execution during the entire life cycle of the program.
The approaches used in the development, design, and implementation of the systems include the
following:
 Requirements acquisition – this is the first phase which involves gathering all the necessary
equipment that is used in the design and implementation. These requirements include both
hardware and software.
 Interface design – involves the creation of an intuitive look and feel that a user is able to interact
with the system. The interface designed should be dynamic and adaptable to change in the user
requirements and satisfaction.
 Implementation – this stage is the actual development stage that involves building the system
using the available tools. Once the system is complete, the system must be tested before
deployment to ensure that it meets all the requirements.
 Testing – this is the actual validation stage that involves testing all the models and the
application developed to ensure the validity and effectiveness of the system. All the models
developed are validated before being deployed.

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 Deployment - deploying the application makes it visible to the users through a public domain.
The users are able to access the application functionalities and logic.
Architectural Design
This refers to the composition of the structures that make up a system and how the structures are
created. An architectural design lays out a blueprint from which a project is developed. The relationship
between the design teams and the development teams is interlinked with a well defines the architectural
design. Each design of the software is a target to suit the different needs of the software.

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Hardware and software specification
The system requirements fall into software and hardware specifications. Hardware is the physical
requirements that aid in the implementation of the system.
Hardware specification includes:
 3 Computers
 Router
 16 GB Ram
 4 CPU’S
 100 GB SSD
 OPERATING SYSTEM
 SERVER
The system being implemented requires security measures implemented to protect the integrity of the
customer's data. Therefore the type of requirements specified determines the efficiency of the system.
The Software specifications include:
 Functional and system requirements.
 System use cases.
 Constraints and assumptions.
 System qualities.

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Interface design
This refers to the nice look and feels for the user interface. The user is able to interact with the system
easily and effectively if the feel is nice and simple. The system must be designed in such a way that any
interaction with the clients is simple and well planned.
Interface design is the first phase in system development. The design is implemented using design tools
such as Photoshop and adobe. The characteristic of the user design is a description of how the final
system will look like.
They are used to model the relationships and the interactions between the user of the application and
the software.
The process of making an interface for a computerized system with a nice look and feel. The aim of the
designers is to create an interface that is easy to use and has a nice feel to the users of the system.
An interface acts as an access point where the user can interactively communicate with the
underlying implementation of the system. The aim is usually to maximize user interactions and
activities within the system.

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Interface Structure

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User interface flow
A graphical representation that shows how a user will navigate and traverse through the interface
design. Outlines and show the different pages of the interface design and how the pages are linked
together. The representation is characterized by screens and windows that navigate to the pages. The
graphical representations explain how a user will be able to navigate the software.