Stage 1

1. Schedule Planner  

Description:  

Organization is something many people struggle with throughout their entire lives. We wish to design an app/desktop app that plans out your days. You will be able to enter in your preferences on your profile such as: How long you eat lunch, if you prefer to work in the evening or morning, how long you can stay focused on a task, etc. Tasks will be assigned priority by the user. Based on priority, due dates and preferences, the application will create a suggested schedule for the user. If the user dislikes the schedule, there will be a remake option to create alternative schedules for the user. If unexpected tasks arise, the user can use the app adjust their schedule to accommodate for it.  

 

2. Virtual Clothing App  

Description:  

Online shopping has the benefit of allowing customers to explore thousands of items from the safety of their homes. However, despite a perceptible increase in choice, shoppers are robbed of the in-person experience. This is problematic for clothes shopping where the way a product fits and feels is important to the shopper. As such, we would like to propose developing a mobile app that uses a 3D model of the shopper and allows them to virtually “try-on” clothing. Users, using a mobile app, begin by capturing photos of themselves wearing tight clothing from different angles to generate a 3D model. The user will then browse through the catalog, select the clothes they like, then – using their virtual avatar – try on clothes. The users will have the ability to try on multiple different sizes of clothes to see how each looks on themselves. 

 

3. Drone Delivery Command Centre Interface  

Description:  

Since the covid-19 pandemic, the food and small package delivery service has skyrocketed. The most effective form of delivery is by drones because they are cheaper to buy and maintain compared to driven vehicles. Drones can additionally operate at all hours and are not subject to road traffic. We would like to propose an app that connects businesses and customers with a drone delivery service. We will design a desktop-based interface to manage the fleet of delivery drones. It will include a map of the coverage area with real time tracking of the location of all drones in the fleet. It will also include vitals of the drones, such as battery level and altitude. There will be a list of all drones out on delivery that can be sorted by different criteria such as distance and battery remaining. The operator will be able to control any drone individually, if needed or recall all drones.