javaPlease draw an architecture UML diagramBelow is the information: Description:The Advisor Appointment Booking System is a program that allows students to easily schedule appointments with their academic advisors. The program will maintain two sets of unconnected data: a set of advisors and a set of students. Each student can book appointments with their assigned advisor or any available advisor. Students can view their upcoming appointments, as well as cancel or reschedule them if needed. Advisors can view their own schedules and manage their availability. The program will save all data to a file or set of files so that it persists from one run to the next. Target User:The target users for this program are college students and academic advisors. Storyboard:Students log in to the program and are directed to their personalized dashboard.On the dashboard, students can view their upcoming appointments and request new appointments with their assigned advisor or any available advisor.Advisors log in to the program and are directed to their personalized dashboard.On the dashboard, advisors can view their own schedules and manage their availability.Both students and advisors can cancel or reschedule appointments as needed.Architecture:The program will follow a three-tier architecture:I can provide a text-based description of a 3-tier architecture for the Advisor Appointment Booking System:Tier 1: Presentation LayerContains the user interface components of the systemIncludes the Login Screen, Student Dashboard, Advisor Dashboard, Appointment Scheduling Interface, and Appointment Management InterfaceTier 2: Business LayerContains the business logic of the systemIncludes the Appointment class, Student class, Advisor class, and Appointment Manager classThe Appointment class stores information about appointments, such as the student, advisor, date, and timeThe Student class stores information about students, such as their name, ID, and assigned advisorThe Advisor class stores information about advisors, such as their name, ID, and availabilityThe Appointment Manager class manages the scheduling, cancelling, and rescheduling of appointments, as well as saving data to files and retrieving that data when the program starts up againTier 3: Data LayerContains the data storage and retrieval components of the systemIncludes the SortedSet class, which is used to store instances of the Student, Advisor, and Appointment classesThe Student and Advisor classes implement the Sortable interface to allow for sorting within the SortedSetAll classes implement the Serializable interface to allow for saving and loading data to/from filesAppointment class- appointmentID: String- date: Date- startTime: Time- endTime: Time- student: Student- advisor: Advisor Student class- studentID: String- name: String- advisor: Advisor Advisor class- advisorID: String- name: String- appointments: List- schedule: Schedule AppointmentManager class- students: SortedSet- advisors: SortedSet- appointments: SortedSet- STUDENT_FILE_NAME: final String- ADVISOR_FILE_NAME: final String- APPOINTMENT_FILE_NAME: final StringBelow is an image for reference how it should look like java.lang.SerializablemodelPassengerList-flightNum: long- passengers: ArrayListCustomer- ssn: long- lastName: String- firstName: String- birthYear: int- healthCheck: boolean-phone: Stringemail: StringFlight-flightNum: long-ship: String- numBerths: int-departureDate: LocalDatepresentationlayerbusinesslayerdata layerLauncher-manager: BusinessManagerSortableJavaFxUIBusinessManager- customerSet: Sortable Set-flightSet: Sortable Set- manifests: ArrayListInvalidKeyExceptionSortable Set+1java.lang.ExceptionDuplicateException

Question

javaPlease draw an architecture UML diagramBelow is the information: Description:The Advisor Appointment Booking System is a program that allows students to easily schedule appointments with their academic advisors. The program will maintain two sets of unconnected data: a set of advisors and a set of students. Each student can book appointments with their assigned advisor or any available advisor. Students can view their upcoming appointments, as well as cancel or reschedule them if needed. Advisors can view their own schedules and manage their availability. The program will save all data to a file or set of files so that it persists from one run to the next. Target User:The target users for this program are college students and academic advisors. Storyboard:Students log in to the program and are directed to their personalized dashboard.On the dashboard, students can view their upcoming appointments and request new appointments with their assigned advisor or any available advisor.Advisors log in to the program and are directed to their personalized dashboard.On the dashboard, advisors can view their own schedules and manage their availability.Both students and advisors can cancel or reschedule appointments as needed.Architecture:The program will follow a three-tier architecture:I can provide a text-based description of a 3-tier architecture for the Advisor Appointment Booking System:Tier 1: Presentation LayerContains the user interface components of the systemIncludes the Login Screen, Student Dashboard, Advisor Dashboard, Appointment Scheduling Interface, and Appointment Management InterfaceTier 2: Business LayerContains the business logic of the systemIncludes the Appointment class, Student class, Advisor class, and Appointment Manager classThe Appointment class stores information about appointments, such as the student, advisor, date, and timeThe Student class stores information about students, such as their name, ID, and assigned advisorThe Advisor class stores information about advisors, such as their name, ID, and availabilityThe Appointment Manager class manages the scheduling, cancelling, and rescheduling of appointments, as well as saving data to files and retrieving that data when the program starts up againTier 3: Data LayerContains the data storage and retrieval components of the systemIncludes the SortedSet class, which is used to store instances of the Student, Advisor, and Appointment classesThe Student and Advisor classes implement the Sortable interface to allow for sorting within the SortedSetAll classes implement the Serializable interface to allow for saving and loading data to/from filesAppointment class- appointmentID: String- date: Date- startTime: Time- endTime: Time- student: Student- advisor: Advisor Student class- studentID: String- name: String- advisor: Advisor Advisor class- advisorID: String- name: String- appointments: List- schedule: Schedule AppointmentManager class- students: SortedSet- advisors: SortedSet- appointments: SortedSet- STUDENT_FILE_NAME: final String- ADVISOR_FILE_NAME: final String- APPOINTMENT_FILE_NAME: final StringBelow is an image for reference how it should look like java.lang.Serializable<>modelPassengerList-flightNum: long- passengers: ArrayListCustomer- ssn: long- lastName: String- firstName: String- birthYear: int- healthCheck: boolean-phone: Stringemail: StringFlight-flightNum: long-ship: String- numBerths: int-departureDate: LocalDatepresentationlayerbusinesslayerdata layerLauncher-manager: BusinessManagerSortable<>JavaFxUIBusinessManager- customerSet: Sortable Set-flightSet: Sortable Set- manifests: ArrayListInvalidKeyExceptionSortable Set+1java.lang.ExceptionDuplicateException

Accepted Answer

The Advisor Appointment Booking System is a software designed to facilitate appointment scheduling…