In this article, you will learn the top 20 trending android project ideas & topics.
Take a glimpse below.
- Android-based Function Generator
- Software-defined Radio
- Home Automation System using Arduino Uno
- IoT-based Notification System
- Android Bluetooth-based Chatting App
- Smart Travel Guide Application
- Surveillance Camera
- Android Controlled Robot
- Home Automation System
- Arduino-based Visitor Alarm
- Arduino-based GPS Clock…and…so on
Read the complete article to learn all the 20 trending android project ideas & topics.
Android Project Ideas & Topics
In the era laced with tech, android developers are set to experience a bright future. Android is not just a platform. There is so much more to it, and all of it can be experienced through working on android mini project topics. As platforms for android mini project topics are becoming highly popular and more established with every passing day.
Check out the top reasons why android mini project topics on the platform as so popular-
- There is a huge rise in the overall number of Android apps and android projects today. Android is the chosen platform for real-time apps and android projects in popular android project domains such as shopping and online payments.
- Google is well focused on smarter and automated stuff that use Artificial intelligence.
- Android Architecture from Google is helpful in defining best practices. Thus, Android development has become easier and more understandable, even for any challenging android studio project.
- There are a number of new things that come based on Android for android studio projects such as-
- Android CameraX
- Android for use in automated cars
- Biometrix prompt
- Improved security via Android
5. You get enhanced Security in Android applications and for any android studio project.
Everyone is well-versed with the term “Android.” In fact, Android is so popular that this Linux-based mobile operating system has now become synonymous with smartphones and tablets. Android is open-source software created by a consortium of developers – the Open Handset Alliance. It is licensed under the Apache License and is sponsored by Google. So, if you are a android programming beginner, the best thing you can do is work on some real-time Android projects.
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We, here at upGrad, believe in a practical approach as theoretical knowledge alone won’t be of help in a real-time work environment. In this article, we will be exploring some interesting Android project which beginners can work on to put their knowledge to test. In this article, you will find 20 top android project ideas for beginners to get hands-on experience.
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But first, let’s address the more pertinent question that must be lurking in your mind: why to build Android projects?
When it comes to careers in software development, it is a must for aspiring developers to work on their own projects. Developing real-world projects is the best way to hone your skills and materialize your theoretical knowledge into practical experience.
As an open-source platform, Android is open for all – designers, developers, and mobile device creators. Today, Android powers over 2.5 billion active devices – from 5G smartphones to tablets, Android rules the mobile market. As you start working on android projects, you will not only be able to test your strengths and weaknesses, but you will also gain exposure that can be immensely helpful to boost your career.
Android devices support third-party applications which form a majority of all the applications on such devices. You can access and download these third-party applications from Google’s PlayStore. There’s a wide range of apps you can find in the PlayStore, including banking, mHealth, product delivery (food/beauty/health & wellness/electronics, etc.), fitness, entertainment, content, and so much more. The more you experiment with different android projects, the more knowledge you gain.
What is an Android Project?
Android projects refers to a software development endeavor focused on creating applications for the Android operating system. Android is a widely used mobile operating system developed by Google, and it powers a vast majority of smartphones, tablets, and other devices around the World.
It involves designing, developing, testing, and deploying applications that can run on Android devices. These applications can range from simple utilities and games to complex productivity tools and communication platforms. Java is the primary language used for Android app development, although Kotlin has gained significant popularity as an alternative programming language for building Android apps.
How to Start a Career in Android Development?
Starting a career in Android development involves acquiring the necessary skills, building a portfolio, and establishing yourself as a capable developer. Here’s a roadmap to help you get started: –
Learn Programming Fundamentals
If you’re new to programming, start by learning the fundamentals of a programming language. Java and Kotlin are the primary languages used for Android development. You can find online tutorials, courses, and resources to get started.
Understand Android Basics
Familiarize yourself with the basics of Android development. Learn about activities, layouts, user interfaces, and the overall app architecture. Online resources like the Android Developer Documentation and online tutorials can be helpful.
Choose the Right Tools
Download Android Studio, the official integrated development environment (IDE) for Android development. Android Studio provides tools for coding, debugging, testing, and deploying Android applications.
Learn XML Layouts
Understand XML layout files, which define the user interface components and their arrangement in an Android app. Learn how to create responsive and visually appealing layouts.
Master Activities and Intents:
Gain a deep understanding of activities representing different screens in an Android app, and learn how to use intents to navigate between them.
Study Android APIs
Explore the various Android APIs that allow you to access device features such as cameras, sensors, location services, and more. Understanding these APIs is crucial for creating feature-rich apps.
Practice with Projects
Start with small projects to apply what you’ve learned. As you gain confidence, work on progressively more complex projects. Developing a portfolio of projects will showcase your skills to potential employers.
Learn about Material Design
Material Design is Google’s language for creating consistent and visually appealing user interfaces. Study its principles to design user-friendly and intuitive apps.
Learn about Data Storage
Understand how to save and retrieve data in Android apps using SharedPreferences, SQLite databases, and more techniques.
Explore Networking and APIs
Learn how to integrate your apps with web services and APIs. This skill is important for building apps communicating with servers to fetch and send data.
Learn how to use version control systems like Git. This is essential for collaborating with other developers and managing your codebase.
Optimize for Performance
Learn about best practices for optimizing app performance, including memory management, background processing, and UI responsiveness.
Build a Portfolio
Create a portfolio showcasing your projects. This could be a personal website or a GitHub repository. A strong portfolio demonstrates your practical skills to potential employers.
Stay updated with the latest Android development trends, updates, and best practices. Android is an evolving platform, so ongoing learning is essential.
Networking and Job Hunting
Attend local meetups, conferences, and online forums to connect with other developers. Networking can lead to job opportunities and collaborations. Look for Android developer positions on job boards, company websites, and freelance platforms.
Internships or Junior Positions
Consider applying for internships or junior Android developer positions to gain real-world experience and improve your skills.
Android is an excellent platform to experiment with your coding and development skills, especially for beginners. In this post, we’ve listed some unique and exciting Android projects ideas for you!
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So, here are a few Android Projects which beginners can work on:
20 Android Project Ideas To Nurture Your Development Skills
This list of android project ideas for students is suited for beginners, intermediates & experts. These android projects will get you going with all the practicalities you need to succeed in your career as an android developer.
Further, if you’re looking for Android project ideas for final year, this list should get you going. So, without further ado, let’s jump straight into some Android projects that will strengthen your base and allow you to climb up the ladder.
Here are some Android project ideas that should help you take a step forward in the right direction.
Did you know that you can use Android smartphones as signal generators for performing routine and everyday tasks?
One of the best ideas to start experimenting you hands-on Android projects for students is working on Android based Function Generator. This Android-based function generator features an output range of audio frequency signals around 20Hz-20,000Hz emitted through the audio port of mobile phones (usually, 3.5mm audio jack). The functions available on the Android-based function generator include sinewave, square-wave, triangular-wave, and sawtooth-wave, all within the 20Hz to 20,000Hz range. To test the signals generated by this function generator, you can use a digital storage oscilloscope (DSO) and Windows PC-based CRO software (Zelscope).
You can amplify the signals using an amplifier if you want to interface the function generator with other external devices. However, you must ensure that you use an appropriate protection circuit to avoid damaging your mobile device.
Learn more: Android SDK: A Detailed Tutorial for Beginners
This is an excellent Android projects for beginners. Previously, SDR hardware was exclusively designed to support high-end computer systems, but thanks to the latest technological advancements (mainly, in the field of smartphones), SDR tech is now used for mobile phones as well. This project aims to demonstrate how RTL-SDR dongles can function as an SDR receiver by combining an Android smartphone with on-the-go (OTG) technology. RTL-SDR dongles can usually receive signals ranging between 25MHz-1.75GHz.
This SDR system, combined with an Android smartphone has the following features:
- The RTL-SDR dongle makes the Android device compatible with FM signal reception so you can listen to FM broadcasts.
- You can demodulate the amplitude modulation (AM) signal by modifying and tweaking the setup between the supported frequency ranges.
- You can access the Radio Data System (RDS) values of FM broadcast signals.
- You can view the FM signal spectrum via the Android app.
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As the name suggests, this project involves designing and building an Android-based home automation system by leveraging Arduino Uno and using Bluetooth as the wireless communication medium. This home automation system flaunts a simplistic design and is used to control 3 appliances. However, you can extend the system to control 6 or more devices.
The project includes relatively few electronic components and does not involve any intricate soldering. The core components are Arduino Uno R3 (Board1), three relays (RL1 through RL3), and the HC-05 Bluetooth module. The main goal of this project is to depict how to switch on/off electronic appliances that are connected via three relays using a smartphone/tablet with an Android app. Mentioning Android projects can help your resume look much more interesting than others.
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In the light of ever-increasing security incidents, the demand for IoT-powered smart home systems is escalating rapidly. Typically, IoT-enabled home security solutions make use of different sensors to collect and share data from multiple devices. So, in any case, an outsider threatens to violate or breach the system, the underlying functional logic of the smart system will alert the owner of the property who can then take the necessary actions.
This project aims to build an IoT-based notification system, including a fire alarm, door sensor, doorbell, and motion detector. Sensors used are a magnetic reed switch for a door or window, PIR sensor for motion detection, and an NTC thermistor for fire alarm. In case of a breach in your property, this IoT-based notification system will trigger an event via its various sensors and send relevant notifications to your smartphone.
Pushover app and Raspberry Pi (RPi) will serve as the tech base for this IoT solution. For those who don’t know, Pushover is a Web/mobile service that serves as a gateway for notifications. It can send notifications for almost anything, from job postings, emails, home alerts, etc. The best part about IoT-based security systems is that you can access alarm indications from any location in the world.
Learn more: Top 9 IoT Real World Applications
One of the best ideas to start experimenting you hands-on Android projects for students is working on Android based chatting app. Bluetooth technology is excellent for facilitating wireless communication at low-costs. Today, every Android device has Bluetooth integrated into it for wireless communication. In this project, you will leverage Android’s open-source API to build a Bluetooth-based chatting application that can establish a connection between smartphones via Bluetooth to facilitate the exchange of messages between the devices.
While designing this project, you will need to pair the Bluetooth-enabled devices before using the Bluetooth communication portal for security reasons. All the connected devices will then be shared with an RFCOMM channel for data transmission. The Bluetooth communication process will incorporate Query Bluetooth. To get the Bluetooth Activity, you can use a Bluetooth Adapter, and to obtain the Bluetooth connection intent, you can use the onActivityResult () method.
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The main objective of this Android project is to provide rich and relevant travel-related information to users on the move. The idea is to create a smart travel guide app that users can access anytime and from anywhere. Since the proposed app is based on request and response, it does not require the continual acquisition of bandwidth.
While visiting new places, tourists often have a complaint that they cannot access and obtain travel information timely and on-the-go. This smart travel guide app seeks to solve that problem by generating feature-rich texts, pictures, videos, and any other guidance-related details requested by the users so that they can explore tourist destinations better. Modules of the app include Find Current Location, Locate in Map, Video Search, Weather Forecast, and Calculate Distance between two Cities,
Mashup technology is used for designing this travel app because Mashups, based on open web APIs, holds the potential to integrate applications and data sources to create unique and situational web services to cater to the needs of users.
Security and surveillance cameras are extensively used everywhere – from homes to office buildings and industrial areas, they can monitor every activity at all times. In this project, you’ll learn how to build a surveillance camera based on Raspberry Pi (Raspi). However, this camera is designed to record HD videos only when it detects movement within a monitored area. You can view the live feed of the camera footage from a Web browser or even on a smartphone/tablet. To view the Raspi camera module on your Android device, you need to install the RaspiCam Remote.
For building the camera, you must connect Raspi camera to Raspberry Pi and stream live video from it. Raspberry Pi is the ideal choice for this project owing to its small form factor, affordability, high extensibility, and low power consumption. You can also snap photographs using the surveillance camera with different effects.
As you can guess by the name, this is a phone-controlled robot that you can control using an app on your Android device. The robot’s circuit includes an ultrasonic transceiver module HC-SR04, Arduino UNO board (BOARD1), Bluetooth module JY MCU BT, DC motors M1 and M2, motor driver L293D (IC1), and other standard parts used to build such systems. Two 9V batteries power the circuit – while one powers the Arduino board, the other powers the motors. You can control the robot using different commands that will be sent through the Bluetooth.
The two core features of the robot are:
- You can control the robot via touch or voice commands. Its speed can be controlled as well.
- It can sense the presence of an obstacle, calculate its approximate distance, and inform the user about the same on their Android phone. Also, it can send information regarding the direction of the obstacle.
Also Read: AI Project Ideas For Beginners
This is one of the interesting Android project ideas to create. The proposed system seeks to create a simple home automation system using an Android app. You can use this automation system to control several electrical appliances by clicking specific buttons or using voice commands. These commands will be relayed via Bluetooth to Arduino Uno, thereby completely automating specific tasks for you.
The circuit of this home automation system comprises of an Arduino Uno board, a Bluetooth module HC-05, and a 3-channel relay board. You can alter the number of channels depending on the number of appliances you want to control. A 12V DC adaptor powers the Arduino Uno. Both the Bluetooth module and relay module can be powered via a board power supply of Arduino Uno. The software program for this home automation system is written in Processing, an Arduino programming language.
This project proposes to develop an alarm system based on Arduino Uno that can be used in shops, clinics, and front offices. The idea behind this alarm system is to alert the owner of an establishment about the entry of a visitor by generating a beep sound each time the door opens. The alarm will automatically switch off after a few seconds.
The circuit of this alarm system is built around an Arduino Uno board (Board1), a piezo buzzer, and a reed switch (S1). A 9V DC power supply is used for powering the Arduino Uno. The system is based on an ATmega328 microcontroller, including 14 digital input/output pins, six analog input pins, an ICSP header, a 9V-12V DC power jack, a reset button, and a USB connection for programming the onboard microcontroller. To operate it, you need a 16MHz crystal oscillator.
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GPS (global positioning systems) clocks are synchronized clocks that are well-known for providing accurate time information. Usually, GPS clocks are used widely in public areas of importance, such as bus stands, railway stations, and airports. They are used by the military and other defense wings as well.
The GRS clock’s circuit includes an Arduino Uno board (BOARD1), a SIM28M GPS receiver module (GPS1), a 9V DC power supply adaptor, a GPS antenna (ANT.1), and jumpers for header connections. Here, Arduino Uno controls all the processes and also receives GPS output signals. Once it gets the GPS output, Arduino reads all the strings and stores required strings in a string or an array in an Arduino program. Then, Arduino extracts the time and date from the stored string and relays the info to the LCD system for displaying the date and time. And this is the perfect idea for your next android project!
In this project, you will build an Android-powered DC motor controller that can control the DC motor’s speed in both clockwise and anticlockwise directions. An Android application controls the entire system.
The Bluetooth modem receives both direction and PWM commands. When you send these commands via an Android device, the Bluetooth modem receives them and sends them forward to the microcontroller. While the microcontroller controls the DC motor via the motor driver, an LCD screen shows the DC motor’s status and speed.
To start the motor, you click the start button on the Android application, and the motor will start running in clockwise and anticlockwise directions. The LCD screen will then display the system’s status along with the motor speed. You can tweak (increase or decrease) the speed of the motor either in a clockwise or anticlockwise direction from the Android application.
This project involves building a battery charger that can automatically charge a 12V, 7Ah battery or higher. The battery charger’s circuit includes an Arduino Uno (Board1), 16×2 LCD (LCD1), a 12V voltage regulator 7812 (IC2), an adjustable voltage regulator LM338 (IC1), and other standard parts.
The software program for this project is written in the Arduino programming language, and to compile and upload the code, you need to use the Arduino IDE. ATmega328P on the Arduino Uno board incorporates a pre-programmed bootloader that lets you upload a new program without using an external hardware programmer.
A unique aspect of this battery charger is that it can automatically control the charging current as per the battery status. Arduino will identify the status of the battery connection and voltage, and then indicate them on the LCD. The LCD will show both the battery voltage levels and charging status. In case the battery is fully charged, the charger will maintain a float voltage.
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Traditionally, a manual lever pulling method is used for opening/closing of the railway gate, which often leads to many complications, lever jamming being one of the primary reasons. This project aims to create a railway level crossing gate (opening/closing) system that can be operated through an Android application, thereby simplifying the process. All you need to do is send the appropriate commands via an Android app to perform the opening or closing functions of the railway gate.
The remote controlling Android application can run on any Android device. The railway gate will have a Bluetooth device attached to it, and this will receive all commands from the Android app. After receiving these commands, they will then be passed on to an 8051 microcontroller, which will perform the necessary action. If it receives the command for opening the gate, it will trigger the motors to open the gate, and if it receives the closing command, the motors will close the gate. And this is the perfect idea for your next Java project!
So, why not use your skills to develop an impressive android project in robot industry? This is a unique and highly innovative project where you’ll design a robot specialized in high-risk military operations, as in those tasks where it becomes too risky for human soldiers. However, the focus of the robotic system will remain on spying and bomb disposal functions. This is one of the interesting Java projects.
The robotic system is controlled via an Android application. It involves the use of a robotic arm along with a robotic vehicle that will allow military personnel to enter a high-risk area and extract (pick) the desired object from the location. The robotic system also includes a night vision camera that can record both during the day and at night.
Commands are sent to the receiving circuit mounted on the robotic vehicle via the Android app. The receiving circuit combines an 8051 microcontroller and a Bluetooth device. The Android app has six buttons – A, B, C, D, E, and F – for controlling the robotic arm.
You can press these buttons to control the movement of the vehicle in forward, backward, right, and left directions. Every single movement of the vehicle and the arm are recorded wirelessly, and you can view it on a PC. Mentioning Java projects for the final year can help your resume look much more interesting than others.
This is one of the interesting Android projects. Security is a crucial matter for all, be it regarding private property, or commercial property, or intellectual property. Security breaches not only lead to the loss of sensitive data but also lead to significant financial losses. This remote password security project is a system where only an authorized user can change the password, as and when required.
In this security system, one can change the password remotely by using an Android application from an Android device. The Android app will offer an interactive GUI for the system that is operated via an 8051 microcontroller.
The user password will be stored in an EEPROM. Once you enter the password via the Android app, the Bluetooth receiver will pick up the signal and forward it to the 8051 microcontrollers which will process it, verify its validity against the user’s stored password. If the verification is complete, the system will unlock.
This is one of the trending Android projects. When electrical accidents occur, they pose a threat to the safety of linemen who take great risks for repairing the issue with electrical lines. This is primarily due to a lack of clear communication between the maintenance staff and the electrical substation. This project seeks to address the issue of linemen safety by creating a password-cased circuit breaker that can control electrical lines by using a password.
The core component in the circuit of the password-cased circuit breaker is an 8051 microcontroller. In this password-based system, the control (on/off functions) of the electrical lines lies with the linemen. So, before starting to work on electrical lines, linemen can enter the password to cut off the electrical connection on the particular line.
After the repair is done, they can resume the connection by re-entering the password. In the proposed system, each electrical line will have a unique password to avoid confusion. The load (Light Bulbs) indicates the activation and deactivation of the electrical lines (circuit breaker).
Fire fighting is a risky business. Firefighters are always at the risk of burning, scorching, and suffocating in the fire when they are on rescue missions. This project is designed to promote unmanned firefighting by creating a robot that uses Bluetooth, an Android application, and a microcontroller to function. This is one of the interesting Java projects.
It works something like this – the Android application installed in the Android device will send commands via Bluetooth to the receiver module connected to the microcontroller of the robot. These commands can move the robot forward, backward, or in the right and left directions. The receiver part of the robot includes a Bluetooth receiver, a Bluetooth decoder, a microcontroller, a relay, and two motor drivers.
Once the Bluetooth receiver gets the signal transmitted by the Bluetooth transmitter in the Android device, it decodes the signal. The decoded signal is then further processed by the microcontroller, which then drives the motor according to the signal received and moves the robot. The user can also control the movement of the water sprinkler nozzle.
You will design an Android-based antenna positioning system that can position the antenna by using an Android application. This allows the antenna to point straight towards the device sending the signal.
The antenna positioning system uses an 8051 family microcontroller and LCD screen to display the status of the antenna’s angle. A 12V transformer powers the system. The user can send the appropriate commands to move the antenna via the Android application. A Bluetooth receiver modem receives these commands and moves the antenna based on the input parameters provided.
There are precisely three input parameters:
- The first parameter step determines the angle in which the antenna should move.
- The second parameter specifies whether the antenna should move in a clockwise or an anticlockwise direction.
- The third parameter determines the speed in which the antenna should move. The speed parameter includes L for low, M for medium, and H for high speed.
This project involves the creation of a hovercraft that can be controlled via an Android application. The Android app sends commands to the hovercraft circuit for moving the device. The circuit comprises a Bluetooth receiver that receives and processes the commands. The commands received by the Bluetooth receiver are further processed by the microcontroller, which dictates the final movement of the hovercraft.
The hovercraft you will design will require high RPM motors interfaced with an AVR family microcontroller to achieve the desired functionality. There are three motors involved in the design of this hovercraft. The motor situated below the hovercraft rotates at a very high RPM, thereby imparting to it enough force so it can hover above the surface level.
The friction remains at a minimum. A motor propeller is mounted behind the hovercraft to allow it to move in the forward direction. The servo motor attached to the hovercraft rudder helps it to move in every direction by bending the air at accurate angles.
Before you begin to work on Android with android studio projects or other complex mobile application development mini project topics, you need to install the plug-in Eclipse, for Android. Visit the Top Menu. Click on Help -> Install new software. In the opening window key in the address: “https://dl-ssl.google.com/android/eclipse/”.
An installation wizard will take you through the download process.
Structure for Android Studio Projects and Mobile Application Development Mini Project Topics
After plug-in installation, you can begin working on the new android studio projects and mobile application development mini project topics following these steps.
From top menu, select File -> Project, and under the “New Project window”, pick “Android Project“. Follow the project setup wizard and once you are done finishing this wizard, you get a basic Android application. Each Android project comprises several folders:
src: The folder contains all Java source files under a roof.
gen: Generated Java library, that Android uses internally.
Res: Storage for all resource files like pictures, XML for defining the layout and so on. Within the folder there exist additional folders like Drawable, Values and Layout.
AndroidManifest.xml: The definition file contains all information about Android apps such as the minimum Android version, and the permission to access an Android device capability.
MainLayout.xml: The file describes the layout of the page. The placement of each component like textboxes, labels, radio buttons, user-defined components and so on, over the app screen
Activity class: Each application occupying an entire device screen must at least have one class that inherits from the Activity class. One big method is referred to as OnCreate. The method initiates the Android app and also loads a layout page.
So, these are a few interesting Android project ideas that you can explore. In this article, we have covered top android projects. As you build your own Android projects, you will gain mastery over the platform and improve your real-world development skills.
Only by working with tools and practise can you understand how infrastructures work in reality. Now go ahead and put to test all the knowledge that you’ve gathered through our android projects guide to build your very own android projects!
If you wish to improve your android skills, you need to get your hands on these android projects. If you’re interested to learn more about full-stack software development, check out upGrad & IIIT-B’s Executive PG Program in Full-stack Software Development which is designed for working professionals and offers 500+ hours of rigorous training, 9+ projects, and assignments, IIIT-B Alumni status, practical hands-on capstone projects & job assistance with top firms.