Each team must design and build an IoT device (aka "smart device") that performs a useful task within a specific context (such as home, school, business, etc.). Your team must also design and code a companion web app that interacts with your smart device by sending and receiving data over the internet.
Your team will build a functional prototype of your smart device using an IoT electronics kit, which contains a microcomputer with Wi-Fi capability, along with various physical inputs and outputs that can be connected. Your smart device will need to use at least one physical input (such as sensor, button, etc.) and at least one physical output (such as motor, LED light, etc.).
The provided IoT kit has a limited number of parts, so here are some recommendations:
Creative thinking and innovation will be required to identify possible ways to use each part, as well as possible ways to combine parts. For example, how many different ways can you think of to use a light sensor? What other inputs or outputs could be combined with a light sensor to perform some kind of task?
Your smart device prototype might have to be a smaller-scale model or a limited version of your intended product. For example, a smart security system prototype would most likely be a smaller-scale model of what would actually be installed in a home or building and might feature a limited number of sensors.
If necessary, you can simulate certain parts or actions as long as the main task of your device can still be demonstrated. For example, a smart thermostat prototype could use red and blue LED lights to simulate heating and cooling systems that are turned on and off by the device based on readings from its temperature sensor.
If necessary, you can construct parts (using cardboard, 3D-printing, etc.). The constructed parts could provide functional value by helping the device perform its task and/or provide aesthetic value by adding to the device's appearance for demonstration purposes.
Your team will need to design and program two apps that interact with each other: an app that runs on the smart device and a web app that runs in a browser.
The device app will gather and process data from the device’s inputs and respond automatically through the device’s outputs based on certain conditions.
The web app will interact with the device app by sending and receiving data through the internet. For example, the web app could be used to:
display data from the smart device
receive a notification from the smart device
change the smart device’s settings
send a command to the smart device
turn the smart device on or off
Each team will create a product marketing website for their smart device. The website should include a product demo video.
At the end of the semester, all teams will demonstrate and explain their smart devices and apps at a public poster presentation.
Each phase of the project has a set of team deliverables, but they lead to these final deliverables from each team:
Smart Device built and programmed to be a functional prototype of your solution design
Web App that interacts with smart device by sending and/or receiving data through internet
Product Website that explains your solution and includes a product demo video
Project Poster that shows how your solution was created and highlights key features
Public Presentation that demonstrates your solution and explains how it was created
Each team's smart device prototype must meet these design criteria:
Innovative: your solution should be unique (or an improvement over existing solutions)
Feasible: your solution should be possible to prototype with the given materials/resources
Useful: your solution should fulfill a need, solve a problem, or improve an existing situation
Usable: your solution should be easy to understand and efficient to use
Valuable: your solution should be desirable and valuable to users/stakeholders
Each team's smart device prototype is subject to these constraints:
Smart device prototype must use at least one physical input (sensor, button, etc.) and at least one physical output (motor, LED light, etc.) from provided IoT electronics kit.
Smart device prototype may have to be a smaller-scale model of actual product.
Smart device prototype may have to simulate certain parts or actions (e.g., smart thermostat could control red and blue LEDs that represent heating and cooling systems).
Smart device prototype can include constructed parts (e.g., cardboard, 3D-printed, etc.) that provide functional and/or aesthetic value.
Each team will have 2-4 members that serve in one or more of these roles:
Design Lead: leads interaction design and evaluation of product
Development Lead: leads building and programming of product
Business Lead: leads business analysis and marketing of product
Project Manager: leads team to ensure project completed successfully
Teams of 2 need to designate one person as the Design Lead and the other person as the Development Lead. The Design Lead will also serve as the Business Lead, while the Development Lead will also serve as the Project Manager.
Teams of 3 need to designate different people as the Design Lead, the Development Lead, and the Business Lead. One person will also need to serve as the Project Manager.
Teams of 4 need to designate different people for each role.
It is highly recommended that each team agree to a set of team rules at the beginning of the project. Here is a possible project team agreement that could be used.