Software Engineering Project: Vehicle Service System

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MITS5501 Software Engineering
Methodology
STUDENT ID-
STUDENT NAME-

Contents
Specific Documents...................................................................................................................4
Executive Summary...............................................................................................................4
System Description................................................................................................................4
Scope......................................................................................................................................4
Feasibility Analysis................................................................................................................5
Requirement Specification.....................................................................................................6
Assumptions...........................................................................................................................7
Context Model........................................................................................................................7
Use Cases.............................................................................................................................10
Use case diagrams............................................................................................................10
Class Diagram..........................................................................................................................14
Interface Diagram.....................................................................................................................15
BPNM Business model........................................................................................................18
Sequence Diagram...................................................................................................................19
State Diagram...........................................................................................................................21
References................................................................................................................................23

List of Figures
Figure 1: Feasibility Analysis for the Vehicle Service Range...................................................6
Figure 2: Requirement Specification.........................................................................................7
Figure 3: Context Model for the vehicle Service Range............................................................8
Figure 4: Level of Function Models...........................................................................................9
Figure 5: completion of work...................................................................................................11
Figure 6: inventory mgmt.........................................................................................................12
Figure 7: parts required............................................................................................................13
Figure 8: working assessment..................................................................................................14
Figure 9: class diagram............................................................................................................15
Figure 10: inventory mgmt interface........................................................................................16
Figure 11: work orderby interface............................................................................................17
Figure 12: work progress interface..........................................................................................17
Figure 13: bill & invoice interface...........................................................................................18
Figure 14: bpnm business model..............................................................................................19
Figure 15: sequence diagram – availability.............................................................................20
Figure 16: Payment sequence diagram....................................................................................20
Figure 17: Work elements add - Sequence diagram................................................................21
Figure 18: Inventory Decremented State Diagram..................................................................22
Figure 19: Work order assigning..............................................................................................22
Figure 20: Requirements of the log part state diagram............................................................23

Figure 21: Job completion state diagram.................................................................................23

Specific Documents
Executive Summary
In this report analysis the working protocol of the “Sunshine Motors”. With the help of the
service of Mechanical improve the working section of the dealership of the “Sunshine
Motors”. Company address the protocol with the help of them identifies the complete
information of the client, complete details of the customer vehicle and service history of the
vehicle. With the use of the dealership terminal protocol analysis the inventory structure,
vehicle service range, work order of vehicle and payment mode is easily handled by the staff
member of the dealership. This report analyzes the basic work structure of the new develops
mechanism which is applied to the “Sunshine Motors” for easily handled the customer
requirement.
System Description
System Description is the application with the help of them identifies the work structure of
the “Sunshine Motors”. With the help of the vehicle service system generate a path function
which is introducing about the complete database structure of the “Sunshine Motors”. The
working protocol of the “Sunshine Motors” is completely automatic and each activity of the
dealership protocol is full-fill the customer need. The working description of the “Sunshine
Motors” system locates the inventory protocol according to the stock, identify the work order
of the vehicle service, parking assistance protocol for the customer and invoice payment is
the basic need of the description (Lam et al., 2015).
Scope
With the help of the mechanical vehicle protocol system working structure of the “Sunshine
Motors” should be increased. When the “Sunshine Motors” follow the path function of the
vehicle service application on that time work parameter should be increased. The quality and
quantity of the work order in the “Sunshine Motors” should be high. The basic scope or basic
aim of the mechanical vehicle service application protocol is providing customer satisfaction
and full-fill the need of the user according to the demand or market rubrics. This database
structure vehicle service application is identifying the track order of the work protocol during

the service. With the help of this system mechanism find out the level of the inventory in the
stock and according to the customer requirement provide the loan car facility for the client.
Feasibility Analysis
Feasibility Analysis the application with the help of them define the service area of the
“Sunshine Motors” to providing better customer service support. With the help of the service
design factor analysis the workshop parameter for the vehicle service range. According to the
order demand from the customer side “Sunshine Motors” create a path function which is
analysis the problem in the dealership and built a protocol of track mechanism to find out the
level of the inventory. With the help of the feasibility, the application creates a service range
which addresses the repair and service quality for the client services. The basic aim of the
analysis of feasibility application is to increase the level of the beginning of customer and
provides more service for the customer to increase the business protocol (Le et al., 2016).
Figure 1: Feasibility Analysis for the Vehicle Service Range

Requirement Specification
In the working structure of the “Sunshine Motors” requirement specification is the protocol in
which identify the user demand and generate the working structure according to the user
need.
Functional Requirement: For the “Sunshine Motors” functional application is the basic
need of the client for the service range of the vehicle. With the help of the functional
application find out the complete details of the client, client vehicle information and find the
detail of the service in vehicle history. The basic aim of the function application is to find out
the requirement of the vehicle services range and identify customer expectations. In the
“Sunshine Motors” with the help of the function, requirement protocol increases the work-
order rate and service range of the vehicle should be high (Lim et al., 2018).
Non- Functional Requirement: Non- function requirement is the database structure with the
help of them find out the payment structure of the service range and analysis the invoice
parameter of the vehicle service range. The basic aim of the non-function requirement
application is to provide the proper payment and invoice structure to the client to increase the
satisfaction rate. In the “Sunshine Motors” dealership protocol follow the non-functional
application protocol to increasing the work-order and find out the inventory application for
high business class.
Figure 2: Requirement Specification

Assumptions
For the “Sunshine Motors” dealership assumption is the application protocol in which find
out the track record of the working order. With the help of the developing application
protocol identifies the customer requirement and according to them provides the service
range. The level of the inventory control in the “Sunshine Motors” is identifying with the
help of the order rate of the customer vehicle service range. “Sunshine Motors” provide the
facility of the fleet cars application with the use of this application protocol easily handle the
stock range and find out the level of the part inventory for the client application (Raji et al.,
2016).
Context Model
Figure 3: Context Model for the vehicle Service Range
With the help of the context model range in the vehicle service range protocol is to define the
application with the help of them increase the satisfaction range of the user.
The main factor of the Context Model
(1) Perform Inspection: With the help of this application find out the perform structure of
the services range. This application defines the path function of the maintenance and
repairing section. According to the client need find out the inspection result and take the
suitable action to improve the services. “Sunshine Motors” follows the concept of the context

model to increase the service range of the application and with the help of them increase the
satisfaction rate of the client (Scholze et al., 2016).
(2) Repairing Structure: Repairing structure is the protocol application in which according
to the stock rate of the parts inventory finds out the work record. According to the level of the
part, inventory finds out the parts information and details of the work. The basic aim of the
context model protocol is to find out the market structure and according to the market, the
structure provides the proper application function for the user.
(3) Order Parts: With the help of the order parts application find out the inventory
information of the parts and information about the machine application which is full fill the
need of the customer. Information of parts provides the complete details of the inventory
application and according to them manage the user need.
Level of Function Models
Figure 4: Level of Function Models

Level of the function model is the application protocol in which find out the condition of the
parts inventory protocol. According to the rate of the service, asset finds the protocol of the
service range. If they find any difficulty in the spare part application on that time remove the
parts and increase the service range of the application. “Sunshine Motors” follows the
concept of the function model to increase the business range of the application and with the
help of them increase the business application. Function model is the application with the
help of them finds out the bench-check application protocol to increase the rate of customer
satisfaction. The basic aim of the Function model protocol is to find out the market need and
according to the market need to provide the proper application function for the user (Yildiz et
al., 2017).

Use Cases
Use case diagrams
Figure 5: completion of work
With the help of the use case diagram identify the need of the customer. According to the
customer requirement service assistant and mechanic is provide the working protocol for the
work order. When the work should be complete on that time update the new task assessment.

Figure 6: inventory mgmt.
For the Dealership application Purchasing officer identify the rate of the order placement and
update of the database application. With the help of the information of the inventory, stock
identifies the inventory mgmt. protocol.