The project is to design an interactive product for $$home healthcare monitoring system for elderly people$.$ The system scenario as follows:

Mr$.$ Smith is an $80-$year$-$old man who lives alone in his home. Given his age and certain health conditions, his family is concerned about his well$-$being and wants to make sure he receives timely assistance if needed. They decided to set up a home healthcare monitoring system to keep an eye on his health and safety.

The professional installed sensors in different areas of Mr$.$ Smith's home, including the bedroom, bathroom, living room, and kitchen. These sensors are connected to a central monitoring in mobile healthcare application. His family members can access a secure mobile application to remotely monitor the health and well$-$being of him.

The system includes a medication built$-$in reminder to allow Mr$.$ Simth receiving notifications when it's time to take his medications, ensuring he doesn't miss any doses.

He wears a wearable device that tracks his vital signs, such as heart rate, blood pressure, and oxygen levels. This data is transmitted to the monitoring unit in mobile application. For any emergency case he can press the emergency button from his wearable device. This instantly sends an alert to the monitoring center, who can dispatch help if necessary.

The monitoring unit allows him to video call or voice call his family members or healthcare providers whenever he needs assistance or simply wants to connect with someone.

It is important to arrange the material on a mobile application, according to main options and graphical guidelines and goals. The Main goals may include monitoring $,$ tracking and emergency assistant $,$ while graphical considerations include beautiful and clear photos, and balanced incorporation of video or text.

The project submission requirements are as follows:

For the teams which should contain $4$ students. You should submit your team members list that should include the names and ids by filling the project list in TEAMs to the course instructor $.$

$[10$ Points$]$ PART $(1)$

Develop a storyboard prototype for the main tasks of the above scenario $.$ You should in your storyboard convey the proper Setting, Sequence, and Satisfaction. Also, you should consider in your story the situation that currently design users and how your design solves it$.$

$[20$ Points$]$ PART $(2)$

The submission of this part is hand sketching document and power$-$point document

Develop a card$-$based prototype using both hand sketching $[6$ points$]$ and power point $[14$ points$]$ to specify the GUI of the main tasks of the above scenario.

You should design the first main page and additional five pages that can be accessed through links from the main page to support at least three operations supported by the above mobile application. Make sure while designing the application to employ at least three of Jakob Nielsen$$s Design Heuristics $($one per category$),$ one important usability goals, one important user experience goal, Form$-$Fill in guidelines, Visual Design Guidelines, communication with a customer, expressive and persuasive interface.

$[10$ Points$]$ PART $(3)$

The submission of this part is word document

Suggest two different conceptual models for this system. You should consider each of the aspects of a conceptual model: interface metaphor, interaction type, and interface type. Of these conceptual models, decide which one seems most appropriate and articulate the reasons why.

$[10$ Points$]$ PART $(4)$

The submission of this part is word document

Evaluate your designs according to the:

$1.$ One Jakob Nielsen$$s Design Heuristics.

$2.$ One usability goal that are most suitable for the application.

$3.$ One user$-$experience goals that are most suitable for the application.

$4.$ communication with a customer,

$5.$ Expressive interface.

$6.$ Persuasive interface.

$7.$ Form Fill$-$In

$8.$ Visual Components

Include an image showing that your design supports each of the above and $3-4$ sentences for the explanation. Each group member should solve two of the above requirements. Include the name of the group member in the solution.