IoT Engineering

Project Morse Code

Note: Do not work on this repository right away.
Create your team copy by clicking this GitHub Classroom link.

Introduction

This project is part of the IoT Engineering course.

• 2-person teams, building an IoT system.
• 32 hours of work per person, 1 prototype.
• 10' presentation of the project at Demo Day.
• Slides, source code and setup steps on GitHub.
• Both team members are able to explain the project.

Team members

• @Roussisr, Raphael Roussis
• @stby4, Hinrich Kaestner

Deliverables

The following deliverables are mandatory.

Source code

Source code, Arduino C, JS or Python, committed to (this) project repo.

• morse_arduino/morse_arduino.ino
• morse_node/index.js
• index.html

See the Wiki to help setup the project.

1. Embedded code / microcontroller firmware: morse_arduino/morse_arduino.ino
2. Glue Code usable "in the cloud": morse_node/index.js
3. App or Web UI code: index.html / online
4. IoT platform setup steps: Wiki

Presentation

4-slide presentation, PDF format, committed to (this) project repo.

morse_code_presentation.pdf

1. Use-case of your project.
2. Reference model of your project.
3. Single slide interface documentation.
4. Issues you faced, how you solved them.

Live demo

Working end-to-end prototype, "device to cloud", part of your 10' presentation.

https://fhnw-iot-4ia.github.io/iot-project-the_last_ones/

1. Sensor input on a IoT device triggers an event.
2. The event or measurement shows up online, in an app or Web client.
3. The event triggers actuator output on the same or on a separate IoT device.

Submission deadline

Commit and push to (this) project repo before Demo Day, 03.06.2019, 00:00.