5 Home Automation Projects For Engineering Students 2019

If you think programmed systems have only become popular recently, then you are mistaken. For a long time, people have interacted with mechanized systems, just on a different level than what we see nowadays. Engineering students have a platform to create interesting projects which aim is to moderate human effort.

When it comes to programmed systems, it might seem like fiction, but in reality, you can have the same innovations and technology if you like. You can now enjoy the benefits of having control of your home without being in the same location or within a close vicinity. This is where the brilliance and creativity of engineering come into play.

We have provided a list of the five home engineering projects useful for students pursuing engineering in college. With these automation projects, you will have an understanding of how interesting and involving home systems can be.

1. Voice Control

With a programmed home system, you have the power to manage electrical appliances inside your house. Sounds exciting, right? The best way to explain this is that you can use your voice to power the air conditioner, switch on the fridge or even lock the doors.

Use your expertise to come up with your own settings. With a few adjustments, you can enforce the safety of your property. The purpose of this task is to reduce human involvement, as well as save time and power consumption.

Having a programmed system in the house is a great solution for people with disabilities. It makes it easy for a handicapped or a senior individual to call for help or alert authorities in case of a situation that requires a rapid response.

Students will be able to implement this project with the use of a mobile phone and a microprocessor. First, link your appliance to the microprocessor. Then, create a communication link between your smartphone and the microprocessor.

With time and effort, you can personalize this assignment and design it to suit your imagination. Make use of available resources to figure out other things you can include to make it more interesting.

2. Touchscreen and GLCD

You will get amazing tasks during your study, but this happens to be one you definitely have to try out. It’s one task that covers technology education and engineering. To tackle this project, you have to get your hands on two relays.

The purpose of the hand gadget is to create a channel of communication to make the design functional. Communication is possible by using radio frequency. By using a microcontroller, you will be able to forward instructions and power any machine connected.

You use the touch device as an interface that allows monitoring of the machines. In order to handle the task effectively, you can split it into separate parts. On one side you have the transmitter and the receiver on the other side.

Taking on a project like this requires you to manage your time effectively so that you don’t ignore your other school assignments. When your workload becomes challenging, search “pay someone to do my paper”. By getting help, you will be able to continue with your project without any hiccups.

Apart from home automation, you can use this system in colleges and even offices. The concept remains the same, just different spaces. The benefit of this Touchscreen and GLCD system is that you can use it to monitor and control both DC and AC appliances.

3. Use of Android App

With the increase in smartphone use, it’s not a surprise that you can power electrical machines using your phone. This task provides a way to power different devices using an application. Forwarding of instructions can either be via voice or button clicks.

For this assignment, you will use the Arduino microprocessor, 3-channel relay board and a module. You need to maintain specifics when you refer to the components in your design. The number of appliances you want to control will determine the number of available channels.

By using Bluetooth, you create common communication with other devices that also support the same technology, such as tablets, phones and computers. You will have to come up with a feedback circuit that helps show the status of the appliance after you initiate the command.

By using the android app, you can confirm the status of each connected device at whatever time of day. If you own a smartphone, then that obviously means you know how to use an app. This home automation system requires no further training as users can easily understand and make the most of the application.

Bluetooth has a limited range in terms of distance. This means you can only have power over the system within certain restrictions. If you wish to increase the range and have someone operate it from outside or even remotely, then you need to consider a different wireless communication.

You can use your understanding and make appropriate alterations to the circuit. In terms of programming, you can write your own code or have someone else do it for you.

4. Use of GSM

Everyone seems to own a smartphone, which might make the GSM phones seem obsolete. With the right knowledge, you can use a simple GSM based phone to control your home electrical devices. Home-networking by using a GSM design is an interesting idea for students pursuing engineering to undertake in.

By simply sending a text, all controls are within your reach, regardless of your location. There are different microprocessors you can use for this task. You need to come up with a variety of instructions that will allow you to operate different devices.

There are several hardware components required to make this project successful. The circuitry of the design is simple, and the LCD backlight helps indicate the status of the connected machine.

The good thing about the GSM Home Automation is that distance is not an issue as compared to systems that rely on short-range communication. You can access your home system remotely and switch on the lights if you want, or even put off the air conditioner. It works like a charm.

If coding is not your strong suit, you can search for code to use on the project. There are available resources you can use online to learn how to code or get the free code as well.

5. ESP8266 12E Board

Automation is an interesting concept, especially when you have the chance to control your appliances from any location. This is one of the interesting projects that get rid of the range limitations of certain communication mechanisms.

With the right appliances and tools can a home system using the ESP8266 12E board. You can customize your design to include a timer. Based on this timer you can program devices to be operated at different times. This design aims to reduce human effort as much as possible.

For this setup, you need to have a detector that will monitor motion and temperature. The motion detector will alert you if someone trespasses into your compound or tries to break into your house. You will receive a message if the room temperature goes high or low. It all depends on your settings.

The automation system also allows you to monitor your local network and see the signal strength of your wireless network. It is an all rounded system that gives you the chance to be in charge of your home at all times.

To program the ESP8266 12E board, use Arduino software. You can use your own code to have the flexibility and practicality to monitor your devices. Search the internet for all the required components you need to build this system.

Most components are usually available in your school department, which is always a good place to start when looking for resources to use for your design.

Conclusion

Engineering projects are exciting, and this list provides just a few you can try this year. You have the freedom to use different communication modules and personalize your system as much as you like. It takes creativity and knowledge to come up with a functional and practical design. Hopefully, by using your ingenuity, you will design a better system that explores all the benefits provided by technology.

As a student, you have the opportunity of using resources provide by the university to design as many systems as possible. Without the cost of buying circuit boards, sensors and microcontrollers, you have all it takes to come up with an exciting design.

Crystal Roman

Crystal Roman is a professional blogger, who has worked with amazing authors. Most of her work is on school projects that students can learn from or incorporate in their studies. Apart from writing, Crystal loves playing the piano and has so far proven to be exceptionally good at it as well. Her wide knowledge of different topics is evident in how well she continues to write interesting topics from complex subjects.

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