NameNetIDSection
Shubham Guptasg49ECE 110
Siddarth Iyersri4ECE 110
Devul Nahardanahar2ECE 110


Statement of Purpose

In the age of IoT, home automation has become ever so popular. However, due to exorbitant costs, it is not a feasible option for many. Our goal is to develop an affordable, easy-to-use home automation device that snaps over switchboards and outlets as an alternative to existing home automation systems. 

Background Research

While brainstorming, we decided to figure out a way to automate our dorm rooms. We needed to come up with a solution that wouldn't require access to the room's electrical wiring, which ruled out the use of transistors and relays. We then came up with the idea of creating a device that could externally toggle the light switch.  We realized that this product, if made cheap and easy-to-use, could be a game-changer and target a wide demographic. Upon doing some research we found out that products such as SwitchMate have similar functionalities. However, in addition to features such as light control through an app, and timers, we plan on incorporating features such as motion sensing to turn on lights, and auto turn-on at night time. We also believe we would be able to manufacture it at a fraction of the cost

Block Diagram / Flow Chart

System Overview

First, the user selects one of three modes (Regular mode, night mode, motion sense mode). This can either be done through the app or through buttons on the device. Depending on the mode, if the user decides to turn the switch on (either through app or device), if it gets dark, or if motion is sensed, the servo motor rotates to toggle the switch on. The switch is then toggled off when the user decides to turn it off, when it gets light again, or when the user leaves the room. 

Parts

PartQuantityPriceVendor
Arduino Nano1$20.60https://amz.run/4KXD
Resistor kit1$13.99https://amz.run/4KXC
hc-sr501 PIR motion sensor1$6.89https://amz.run/4KXE
hc-05 Bluetooth module1$7.99https://amz.run/4KXG
MG995 servo motor1$11.99https://amz.run/4KZQ
LM2596 Power Supply module1$6.99https://amz.run/4KXL
9 V Battery (Pack of 4)1$7.99https://amz.run/4KXN
 GL5528 LDR1$5.99https://amz.run/4KXP
Jumper wires1$6.98

https://amz.run/4KXQ

Push Button Switch1$4.99https://amz.run/4L3i


Possible Challenges

Developing an app capable of executing ALL the features planned

Scaling down the prototype into a small, compact device

Switching from Bluetooth to wifi

3d printing the outer casing

Creating a PCB specifically meant for the product rather than using an Arduino


References

List all references you used in your proposal. This is important, you do not want to be blamed for plagiarism. IEEE citation format is highly recommended. You can use citethisforme.com's IEEE citation generator to painlessly generate your references in this style.

Attachments:

110HonorsBlock.jpg (image/jpeg)
Untitled Diagram.jpg (image/jpeg)

Comments:

Hey guys! Looks like your project has a good scope to be a semester long project. I think the hardest part (and part we will likely least be able to give advice about) will be the mechanical portion of the device. That outer casing has to be precise and well thought out if you don't want to print many copies. I would also focus on developing just one way of connecting the device (either Bluetooth or wifi) and making sure it works well before moving onto the next. It shouldn't be too bad if you have developed an IoT device before but it could have somewhat of a steep learning curve.

I'll approve your proposal!

Posted by dbycul2 at Feb 23, 2021 23:07