1. Arduino-Based Home Automation System
This project involves creating a home automation system using Arduino. Students will learn to control home appliances through a smartphone app, showcasing their skills in IoT and embedded systems. This is one of the most common Arduino projects with code for engineering students
Skills Acquired:
- Embedded Systems
- Internet of Things (IoT)
- Mobile App Development
- Electrical Circuit Design
Sensors and Peripherals Used:
- Relay Modules
- WiFi Module (ESP8266)
- Smartphone
2. Smart Irrigation System Project Using Arduino
This project involves developing a smart irrigation system that uses soil moisture sensors and Arduino to optimize water usage. It highlights students’ expertise in environmental control systems and sensor integration.
Skills Acquired:
- Sensor Integration
- Environmental Control Systems
- Data Analysis
- Automation
Sensors and Peripherals Used:
- Soil Moisture Sensors
- Water Pump
- Relay Modules
3. Arduino-Powered Robot Arm Project with code
In this project, students will build and program a robotic arm using Arduino. This demonstrates their proficiency in robotics, control systems, and programming.
Skills Acquired:
- Robotics
- Control Systems
- Programming
- Mechanical Design
Sensors and Peripherals Used:
- Servo Motors
- Joystick Module
- Power Supply
4. Weather Monitoring System with Arduino
Students will create a weather monitoring system that measures temperature, humidity, and atmospheric pressure. This project showcases their skills in data collection, sensor integration, and data analysis.
Skills Acquired:
- Data Collection
- Sensor Integration
- Data Analysis
- Embedded Systems
Sensors and Peripherals Used:
- DHT11 Temperature and Humidity Sensor
- Barometric Pressure Sensor
- LCD Display
5. Arduino-Based Traffic Light Control System
This project involves designing a traffic light control system using Arduino, highlighting students’ abilities in control systems and real-time processing.
Skills Acquired:
- Control Systems
- Real-Time Processing
- Embedded Programming
- Systems Design
Sensors and Peripherals Used:
- LEDs
- Push Buttons
- Resistors
6. Smart Parking System Using Arduino
In this project, students will develop a smart parking system that detects available parking spots using sensors and Arduino, showcasing their skills in IoT and sensor integration.
Skills Acquired:
- IoT
- Sensor Integration
- Embedded Systems
- Automation
Sensors and Peripherals Used:
- Ultrasonic Sensors
- LED Display
- WiFi Module
7. Arduino-Based Health Monitoring System
This project involves creating a health monitoring system that measures vital signs like heart rate and body temperature using Arduino. It showcases students’ knowledge in biomedical engineering and data analysis.
Skills Acquired:
- Biomedical Engineering
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Heart Rate Sensor
- Temperature Sensor
- LCD Display
8. Smart Door Lock System Using Arduino
Students will develop a smart door lock system controlled via a smartphone app. This project highlights their skills in IoT, security systems, and mobile app development.
Skills Acquired:
- IoT
- Security Systems
- Mobile App Development
- Embedded Systems
Sensors and Peripherals Used:
- Solenoid Lock
- Bluetooth Module
- Smartphone
9. Arduino-Based Home Security System
This project involves developing a home security system with motion sensors and cameras, showcasing students’ expertise in security systems and sensor integration.This is one of the most common Arduino projects with code for engineering students
Skills Acquired:
- Security Systems
- Sensor Integration
- Embedded Systems
- Data Analysis
Sensors and Peripherals Used:
- PIR Motion Sensor
- Camera Module
- Alarm Buzzer
10. Smart Waste Management System Using Arduino
Students will create a smart waste management system that monitors waste levels and optimizes collection routes. This project showcases skills in environmental engineering and IoT.
Skills Acquired:
- Environmental Engineering
- IoT
- Data Analysis
- Automation
Sensors and Peripherals Used:
- Ultrasonic Sensors
- GSM Module
- LED Display
11. Arduino-Based Smart Energy Meter
This Arduino project involves creating a smart energy meter that monitors and records energy consumption in real-time. It showcases students’ skills in power systems and data analytics.
Skills Acquired:
- Power Systems
- Data Analytics
- Embedded Systems
- IoT
Sensors and Peripherals Used:
- Current Sensor
- Voltage Sensor
- WiFi Module
12. Arduino-Based Smart Lighting System
Students will develop a smart lighting system that adjusts brightness based on ambient light conditions using Arduino. This project highlights their skills in control systems and sensor integration.
Skills Acquired:
- Control Systems
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Light Sensors
- LED Bulbs
- Relay Modules
13. Arduino-Based Heart Rate Monitor
This Arduino project involves creating a heart rate monitor that displays the heart rate on an LCD screen. It showcases students’ expertise in biomedical engineering and data processing.
Skills Acquired:
- Biomedical Engineering
- Data Processing
- Embedded Systems
- Sensor Integration
Sensors and Peripherals Used:
- Heart Rate Sensor
- LCD Display
- Arduino Uno
14. Arduino-Powered Autonomous Car
In this project, students will build an autonomous car that navigates obstacles using Arduino and various sensors. This demonstrates their proficiency in robotics and autonomous systems.
Skills Acquired:
- Robotics
- Autonomous Systems
- Control Systems
- Embedded Programming
Sensors and Peripherals Used:
- Ultrasonic Sensors
- Motor Drivers
- Battery Pack
15. Arduino-Based Home Automation with Voice Control
This project involves creating a voice-controlled home automation system using Arduino. Students will learn to integrate voice recognition modules, showcasing their skills in IoT and embedded systems.
Skills Acquired:
- IoT
- Embedded Systems
- Voice Recognition
- Home Automation
Sensors and Peripherals Used:
- Voice Recognition Module
- Relay Modules
- Arduino Mega
16. Arduino-Based Smart Water Quality Monitoring System
Students will create a smart water quality monitoring system that measures pH, temperature, and turbidity using Arduino. This project showcases their skills in environmental engineering and data analysis.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Environmental Engineering
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- pH Sensor
- Temperature Sensor
- Turbidity Sensor
17. Arduino-Based Earthquake Detection and Alert System
This Arduino project involves developing an earthquake detection system that sends alerts when seismic activity is detected. It highlights students’ skills in sensor integration and real-time processing.
Skills Acquired:
- Sensor Integration
- Real-Time Processing
- Embedded Systems
- Data Analysis
Sensors and Peripherals Used:
- Seismic Sensors
- Buzzer
- LED Indicators
18. Arduino-Powered Smart Plant Watering System
This project involves creating a smart plant watering system using Arduino that automatically waters plants based on soil moisture levels. It showcases students’ skills in automation and environmental control systems.
Skills Acquired:
- Automation
- Environmental Control Systems
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Relay Modules
19. Arduino-Based Gesture-Controlled Robot
In this project, students will build a robot controlled by hand gestures using Arduino and an accelerometer. This demonstrates their proficiency in robotics, control systems, and sensor integration.
Skills Acquired:
- Robotics
- Control Systems
- Sensor Integration
- Embedded Programming
Sensors and Peripherals Used:
- Accelerometer
- Motor Drivers
- Arduino Uno
20. Arduino-Based Automatic Street Light
This project involves creating an automatic street light system that turns on at dusk and off at dawn using Arduino. It highlights students’ skills in automation, control systems, and embedded programming.
Skills Acquired:
- Automation
- Control Systems
- Embedded Programming
- Environmental Control Systems
Sensors and Peripherals Used:
- LDR (Light Dependent Resistor)
- Relay Modules
- LED Street Lights
21. Arduino-Based Smart Parking System
This Arduino project involves developing a smart parking system that detects and displays available parking spots. It highlights students’ skills in IoT, sensor integration, and automation.
Skills Acquired:
- IoT
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensors
- LED Display
- Arduino Mega
22. Arduino-Based Health Monitoring System
Students will create a health monitoring system using Arduino that tracks vital signs like temperature and heart rate. This project showcases skills in biomedical engineering and data analysis.
Skills Acquired:
- Biomedical Engineering
- Data Analysis
- Embedded Systems
- Sensor Integration
Sensors and Peripherals Used:
- Temperature Sensor
- Heart Rate Sensor
- LCD Display
23. Arduino-Based Automated Irrigation System
This project involves creating an automated irrigation system using Arduino that waters plants based on soil moisture levels. It showcases students’ skills in automation and environmental control systems.
Skills Acquired:
- Automation
- Environmental Control Systems
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Relay Modules
24. Arduino-Based Gas Leakage Detection System
Students will develop a gas leakage detection system that alerts users when a gas leak is detected using Arduino. This project highlights skills in safety systems and sensor integration.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Embedded Systems
- Data Analysis
Sensors and Peripherals Used:
- Gas Sensor
- Buzzer
- LED Indicator
25. Arduino-Based Traffic Light Control System
This Arduino project involves developing a traffic light control system that adjusts signals based on real-time traffic conditions. It showcases students’ skills in control systems and automation.
Skills Acquired:
- Control Systems
- Automation
- Embedded Programming
- Sensor Integration
Sensors and Peripherals Used:
- IR Sensors
- LED Traffic Lights
- Arduino Mega
26. Arduino-Based Weather Station
Students will create a weather station using Arduino that measures and displays temperature, humidity, and atmospheric pressure. This project highlights skills in environmental monitoring and data analysis.
Skills Acquired:
- Environmental Monitoring
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Barometric Pressure Sensor
27. Arduino-Based Home Automation with Bluetooth
This project involves creating a home automation system controlled via Bluetooth using Arduino. It showcases students’ skills in IoT, wireless communication, and embedded systems.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- IoT
- Wireless Communication
- Embedded Systems
- Home Automation
Sensors and Peripherals Used:
- Bluetooth Module
- Relay Modules
- Arduino Uno
28. Arduino-Based Smart RFID Door Lock System
This Arduino project involves developing a smart door lock system that uses RFID technology. It highlights students’ skills in security systems, sensor integration, and embedded programming.
Skills Acquired:
- Security Systems
- Sensor Integration
- Embedded Programming
- IoT
Sensors and Peripherals Used:
- RFID Module
- Servo Motor
- Arduino Uno
29. Arduino-Based Smart Mirror
Students will create a smart mirror that displays weather, time, and other information using Arduino. This project showcases skills in IoT, embedded systems, and user interface design.
Skills Acquired:
- IoT
- Embedded Systems
- User Interface Design
- Data Integration
Sensors and Peripherals Used:
- Temperature Sensor
- LCD Display
- Mirror Glass
30. Arduino-Based Fire Detection System
This Arduino project involves developing a fire detection system that alerts users when smoke or fire is detected. It highlights students’ skills in safety systems, sensor integration, and real-time processing.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Real-Time Processing
- Embedded Systems
Sensors and Peripherals Used:
- Smoke Sensor
- Buzzer
- LED Indicator
31. Arduino-Based Smart Thermostat
This Arduino project involves creating a smart thermostat that controls home heating and cooling systems. It highlights students’ skills in IoT, control systems, and embedded programming.
Skills Acquired:
- IoT
- Control Systems
- Embedded Programming
- Automation
Sensors and Peripherals Used:
- Temperature Sensor
- Relay Modules
- Arduino Uno
32. Arduino-Based Smart Farm Irrigation System
This project involves developing a smart irrigation system using Arduino that waters plants automatically based on soil moisture levels. It showcases skills in automation and environmental control systems.
Skills Acquired:
- Automation
- Environmental Control Systems
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Relay Modules
33. Arduino-Based Home Security System
Students will develop a home security system that uses motion detection and alerts using Arduino. This project highlights skills in security systems, sensor integration, and real-time processing.
Skills Acquired:
- Security Systems
- Sensor Integration
- Real-Time Processing
- Embedded Systems
Sensors and Peripherals Used:
- PIR Motion Sensor
- Alarm Buzzer
- Arduino Uno
34. Arduino-Based Automated Plant Watering System
This Arduino project involves creating an automated plant watering system that waters plants based on soil moisture levels. It showcases students’ skills in automation and environmental control systems.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- Environmental Control Systems
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Relay Modules
35. Arduino-Based Smart Doorbell
Students will create a smart doorbell system that sends notifications to a smartphone using Arduino. This project highlights skills in IoT, wireless communication, and embedded systems.
Skills Acquired:
- IoT
- Wireless Communication
- Embedded Systems
- Automation
Sensors and Peripherals Used:
- Push Button
- WiFi Module
- Arduino Uno
36. Arduino-Based Heart Rate Monitoring System
This Arduino project involves creating a heart rate monitoring system that displays the heart rate on an LCD screen. It showcases students’ expertise in biomedical engineering and data processing.
Skills Acquired:
- Biomedical Engineering
- Data Processing
- Embedded Systems
- Sensor Integration
Sensors and Peripherals Used:
- Heart Rate Sensor
- LCD Display
- Arduino Uno
37. Arduino-Based Smoke Detection System: Arduino project for Engineering students with code.
Students will develop a smoke detection system that alerts users when smoke is detected using Arduino. This project highlights skills in safety systems, sensor integration, and real-time processing.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Real-Time Processing
- Embedded Systems
Sensors and Peripherals Used:
- Smoke Sensor
- Buzzer
- LED Indicator
38. Arduino-Based Smart Blind Stick
This Arduino project involves creating a smart blind stick that helps visually impaired individuals navigate obstacles. It highlights students’ skills in assistive technology and sensor integration.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Assistive Technology
- Sensor Integration
- Embedded Systems
- Automation
Sensors and Peripherals Used:
- Ultrasonic Sensor
- Buzzer
- Arduino Uno
39. Arduino-Based Smart Garbage Monitoring System
Students will create a smart garbage monitoring system that alerts when bins are full using Arduino. This project showcases skills in IoT, sensor integration, and environmental control systems.
Skills Acquired:
- IoT
- Sensor Integration
- Environmental Control Systems
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensor
- WiFi Module
- Arduino Uno
40. Arduino-Based Soil Moisture Monitoring System
This Arduino project involves developing a soil moisture monitoring system that displays moisture levels on an LCD screen. It highlights students’ skills in environmental monitoring and data analysis.
Skills Acquired:
- Environmental Monitoring
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- LCD Display
- Arduino Uno
41. Arduino-Based Gesture Controlled Robot
This Arduino project involves creating a robot controlled by hand gestures. It showcases students’ skills in robotics, sensor integration, and embedded systems.
Skills Acquired:
- Robotics
- Sensor Integration
- Embedded Systems
- Control Systems
Sensors and Peripherals Used:
- Accelerometer
- Motor Driver
- Arduino Uno
42. Arduino-Based Smart Energy Meter
Students will create a smart energy meter that tracks energy consumption and displays it using Arduino. This project highlights skills in IoT, data analysis, and energy management.
Skills Acquired:
- IoT
- Data Analysis
- Energy Management
- Embedded Systems
Sensors and Peripherals Used:
- Current Sensor
- Voltage Sensor
- LCD Display
43. Arduino-Based Automated Car Parking System
This project involves developing an automated car parking system using Arduino that guides cars to available parking spots. It showcases skills in automation, sensor integration, and control systems.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- Sensor Integration
- Control Systems
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensors
- LED Display
- Arduino Mega
44. Arduino-Based Automated Pet Feeder
This Arduino project involves creating an automated pet feeder that dispenses food at scheduled times. It highlights students’ skills in automation, sensor integration, and embedded programming.
Skills Acquired:
- Automation
- Sensor Integration
- Embedded Programming
- IoT
Sensors and Peripherals Used:
- Servo Motor
- Real-Time Clock Module
- Arduino Uno
45. Arduino-Based Smart Waste Bin
Students will develop a smart waste bin that opens automatically and monitors fill levels using Arduino. This project showcases skills in IoT, sensor integration, and environmental management.
Skills Acquired:
- IoT
- Sensor Integration
- Environmental Management
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensor
- Servo Motor
- Arduino Uno
46. Arduino-Based Digital Weighing Scale
This Arduino project involves creating a digital weighing scale that measures and displays weight on an LCD screen. It showcases students’ skills in sensor integration, data analysis, and embedded systems.
Skills Acquired:
- Sensor Integration
- Data Analysis
- Embedded Systems
- Automation
Sensors and Peripherals Used:
- Load Cell
- HX711 Module
- LCD Display
47. Arduino-Based Automated Hydroponics System
This project involves developing an automated hydroponics system using Arduino that controls nutrient delivery and monitors plant growth. It highlights skills in automation, environmental control, and IoT.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- Environmental Control
- IoT
- Embedded Systems
Sensors and Peripherals Used:
- pH Sensor
- EC Sensor
- Water Pump
48. Arduino-Based Automated Street Lighting
Students will create an automated street lighting system that turns lights on and off based on ambient light levels using Arduino. This project highlights skills in automation, sensor integration, and energy management.
Skills Acquired:
- Automation
- Sensor Integration
- Energy Management
- Embedded Systems
Sensors and Peripherals Used:
- LDR Sensor
- Relay Modules
- Arduino Uno
49. Arduino-Based Voice Controlled Home Automation
This Arduino project involves creating a voice-controlled home automation system using Arduino. It showcases students’ skills in IoT, voice recognition, and embedded programming.
Skills Acquired:
- IoT
- Voice Recognition
- Embedded Programming
- Home Automation
Sensors and Peripherals Used:
- Microphone Module
- Relay Modules
- Arduino Uno
50. Arduino-Based Smart Fan Control
Students will develop a smart fan control system that adjusts fan speed based on room temperature using Arduino. This project highlights skills in automation, sensor integration, and embedded systems.
Skills Acquired:
- Automation
- Sensor Integration
- Embedded Systems
- Environmental Control
Sensors and Peripherals Used:
- Temperature Sensor
- Relay Modules
- Arduino Uno
51. Arduino-Based Earthquake Detection System
This Arduino project involves creating an earthquake detection system that triggers alarms during seismic activity. It showcases students’ skills in sensor integration, data analysis, and safety systems.
Skills Acquired:
- Sensor Integration
- Data Analysis
- Safety Systems
- Embedded Systems
Sensors and Peripherals Used:
- Accelerometer
- Buzzer
- LED Indicator
52. Arduino-Based Automated Attendance System: Arduino project for Engineering students with code.
Students will develop an automated attendance system that uses RFID technology with Arduino. This project highlights skills in IoT, automation, and database management.
Skills Acquired:
- IoT
- Automation
- Database Management
- Embedded Systems
Sensors and Peripherals Used:
- RFID Reader
- RFID Tags
- LCD Display
53. Arduino-Based Weather Station
This Arduino project involves creating a weather station that monitors temperature, humidity, and pressure. It showcases students’ skills in environmental monitoring, data logging, and sensor integration.
Skills Acquired:
- Environmental Monitoring
- Data Logging
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Barometric Pressure Sensor
54. Arduino-Based Voice Controlled Robot
Students will develop a robot that can be controlled via voice commands using Arduino. This project highlights skills in voice recognition, robotics, and embedded programming.
Skills Acquired:
- Voice Recognition
- Robotics
- Embedded Programming
- Control Systems
Sensors and Peripherals Used:
- Microphone Module
- Motor Driver
- Arduino Uno
55. Arduino-Based Smart Agriculture System
This Arduino project involves developing a smart agriculture system that monitors soil moisture, temperature, and humidity, and controls irrigation. It highlights students’ skills in IoT, environmental control, and automation.
Skills Acquired:
- IoT
- Environmental Control
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Temperature Sensor
- Humidity Sensor
56. Arduino-Based Automated Fish Feeder
This project involves creating an automated fish feeder that dispenses food at set intervals using Arduino. It showcases skills in automation, sensor integration, and embedded systems.
Skills Acquired:
- Automation
- Sensor Integration
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- Servo Motor
- RTC Module
- Arduino Uno
57. Arduino-Based Smart Light Control System
Students will create a smart light control system that adjusts light intensity based on ambient light using Arduino. This project highlights skills in automation, sensor integration, and energy management.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- Sensor Integration
- Energy Management
- Embedded Systems
Sensors and Peripherals Used:
- LDR Sensor
- Relay Modules
- Arduino Uno
58. Arduino-Based Smart Lock System
This Arduino project involves developing a smart lock system that can be controlled via a smartphone. It showcases students’ skills in IoT, security systems, and embedded programming.
Skills Acquired:
- IoT
- Security Systems
- Embedded Programming
- Automation
Sensors and Peripherals Used:
- Bluetooth Module
- Solenoid Lock
- Arduino Uno
59. Arduino-Based Ultrasonic Radar
Students will develop an ultrasonic radar system that detects objects and displays them on a screen using Arduino. This project highlights skills in sensor integration, real-time processing, and data visualization.
Skills Acquired:
- Sensor Integration
- Real-Time Processing
- Data Visualization
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensor
- Servo Motor
- LCD Display
60. Arduino-Based Smart Water Quality Monitoring System
This Arduino project involves creating a system to monitor water quality parameters like pH and turbidity. It showcases students’ skills in environmental monitoring, data analysis, and sensor integration.
Skills Acquired:
- Environmental Monitoring
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- pH Sensor
- Turbidity Sensor
- Arduino Uno
61. Arduino-Based Traffic Light Control System
This Arduino project involves creating a traffic light control system that manages traffic flow at intersections. It showcases students’ skills in automation, control systems, and embedded systems.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- Control Systems
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- LEDs
- Push Buttons
- Arduino Uno
62. Arduino-Based Smart Irrigation System
Students will develop a smart irrigation system that controls water delivery based on soil moisture levels using Arduino. This project highlights skills in IoT, automation, and environmental control.
Skills Acquired:
- IoT
- Automation
- Environmental Control
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Arduino Uno
63. Arduino-Based Home Security System
This Arduino project involves creating a home security system that detects intrusions and triggers alarms. It showcases students’ skills in security systems, sensor integration, and embedded programming.
Skills Acquired:
- Security Systems
- Sensor Integration
- Embedded Programming
- Automation
Sensors and Peripherals Used:
- PIR Sensor
- Buzzer
- Arduino Uno
64. Arduino-Based Smart Health Monitoring System
Students will develop a health monitoring system that tracks vital signs such as heart rate and temperature using Arduino. This project highlights skills in IoT, biomedical engineering, and data analysis.
Skills Acquired:
- IoT
- Biomedical Engineering
- Data Analysis
- Embedded Systems
Sensors and Peripherals Used:
- Heart Rate Sensor
- Temperature Sensor
- LCD Display
65. Arduino-Based Air Quality Monitoring System
This Arduino project involves creating an air quality monitoring system that measures pollutants like CO2 and particulate matter. It showcases students’ skills in environmental monitoring, data analysis, and sensor integration.
Skills Acquired:
- Environmental Monitoring
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- CO2 Sensor
- Particulate Matter Sensor
- Arduino Uno
66. Arduino-Based Automated Plant Watering System
Students will develop an automated plant watering system that waters plants based on soil moisture levels using Arduino. This project highlights skills in automation, sensor integration, and environmental control.
Skills Acquired:
- Automation
- Sensor Integration
- Environmental Control
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Arduino Uno
67. Arduino-Based Weather Forecasting System
This Arduino project involves creating a weather forecasting system that predicts weather based on collected data. It showcases students’ skills in data analysis, environmental monitoring, and sensor integration.
Skills Acquired:
- Data Analysis
- Environmental Monitoring
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Barometric Pressure Sensor
68. Arduino-Based Smart Thermostat
Students will create a smart thermostat that controls home heating and cooling based on temperature readings using Arduino. This project highlights skills in IoT, automation, and environmental control.
Skills Acquired:
- IoT
- Automation
- Environmental Control
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Relay Module
- Arduino Uno
69. Arduino-Based Heart Rate Monitor
This Arduino project involves creating a heart rate monitor that measures and displays the user’s heart rate. It showcases students’ skills in biomedical engineering, data analysis, and sensor integration.
Skills Acquired:
- Biomedical Engineering
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Heart Rate Sensor
- LCD Display
- Arduino Uno
70. Arduino-Based Gas Leak Detection System
Students will develop a gas leak detection system that triggers alarms when gas levels exceed safe limits using Arduino. This project highlights skills in safety systems, sensor integration, and automation.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Gas Sensor
- Buzzer
- Arduino Uno
71. Arduino-Based Automated Pet Door
Students will develop an automated pet door that opens only for pets wearing a special RFID tag using Arduino. This project highlights skills in automation, RFID technology, and embedded systems.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Automation
- RFID Technology
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- RFID Reader
- Servo Motor
- Arduino Uno
72. Arduino-Based Smart Refrigerator
This Arduino project involves creating a smart refrigerator that monitors the contents and alerts when items need to be restocked. It showcases students’ skills in IoT, sensor integration, and data analysis.
Skills Acquired:
- IoT
- Sensor Integration
- Data Analysis
- Embedded Systems
Sensors and Peripherals Used:
- Weight Sensors
- Temperature Sensor
- Arduino Uno
73. Arduino-Based Seismograph
Students will develop a seismograph that records and analyzes seismic activity using Arduino. This project highlights skills in data logging, signal processing, and sensor integration.
Skills Acquired:
- Data Logging
- Signal Processing
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Accelerometer
- SD Card Module
- Arduino Uno
74. Arduino-Based Smart Ventilation System
This Arduino project involves creating a smart ventilation system that adjusts airflow based on room conditions. It showcases students’ skills in HVAC control, automation, and sensor integration.
Skills Acquired:
- HVAC Control
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Arduino Uno
75. Arduino-Based Smart Library System
Students will develop a smart library system that tracks book borrowing and returns using RFID technology with Arduino. This project highlights skills in RFID, database management, and automation.
Skills Acquired:
- RFID Technology
- Database Management
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- RFID Reader
- LCD Display
- Arduino Uno
76. Arduino-Based Biometric Attendance System: Arduino project for Engineering students with code.
This Arduino project involves creating a biometric attendance system that records attendance using fingerprint recognition. It showcases students’ skills in biometric systems, data logging, and automation.
Skills Acquired:
- Biometric Systems
- Data Logging
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Fingerprint Sensor
- SD Card Module
- Arduino Uno
77. Arduino-Based Smart Medicine Reminder
Students will develop a smart medicine reminder that alerts patients when it’s time to take their medication using Arduino. This project highlights skills in healthcare technology, automation, and embedded systems.
Skills Acquired:
- Healthcare Technology
- Automation
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- Buzzer
- Real-Time Clock Module
- Arduino Uno
78. Arduino-Based Smart Fire Alarm System
This Arduino project involves creating a smart fire alarm system that detects fire and smoke and alerts users. It showcases students’ skills in safety systems, sensor integration, and automation.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Smoke Sensor
- Temperature Sensor
- Arduino Uno
79. Arduino-Based Smart Plant Monitoring System
Students will develop a smart plant monitoring system that tracks soil moisture, light, and temperature to ensure optimal plant growth using Arduino. This project highlights skills in environmental monitoring, sensor integration, and automation.
Skills Acquired:
- Environmental Monitoring
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- LDR Sensor
- Temperature Sensor
- Arduino Uno
80. Arduino-Based Smart Home Energy Management System
This Arduino project involves creating a smart home energy management system that monitors and optimizes energy usage. It showcases students’ skills in energy management, IoT, and data analysis.
Skills Acquired:
- Energy Management
- IoT
- Data Analysis
- Embedded Systems
Sensors and Peripherals Used:
- Current Sensor
- Voltage Sensor
- Arduino Uno
81. Arduino-Based Automated Animal Feeder
This project involves developing an automated animal feeder that dispenses food at scheduled times using Arduino. It highlights skills in automation, time-based control, and embedded systems.
Skills Acquired:
- Automation
- Time-Based Control
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- Real-Time Clock Module
- Servo Motor
- Arduino Uno
82. Arduino-Based Gesture Controlled Drone
Students will develop a gesture-controlled drone that responds to hand movements using Arduino. This project showcases skills in drone technology, gesture recognition, and wireless communication.
Skills Acquired:
- Drone Technology
- Gesture Recognition
- Wireless Communication
- Embedded Systems
Sensors and Peripherals Used:
- Accelerometer
- Gyroscope
- Arduino Nano
83. Arduino-Based Smart Traffic Management System
This Arduino project involves creating a smart traffic management system that optimizes traffic flow using sensors and traffic signals. It highlights skills in traffic control, sensor integration, and automation.
Skills Acquired:
- Traffic Control
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- IR Sensors
- LED Traffic Lights
- Arduino Uno
84. Arduino-Based Smart Refrigerator Monitor
Students will develop a smart refrigerator monitor that tracks the expiration dates of items and alerts users. This project showcases skills in IoT, data logging, and sensor integration.
Skills Acquired:
- IoT
- Data Logging
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- RFID Reader
- Temperature Sensor
- Arduino Uno
85. Arduino-Based Smart Gas Detection System
This project involves developing a smart gas detection system that alerts users to gas leaks using Arduino. It highlights skills in safety systems, sensor integration, and automation.
Skills Acquired:
- Safety Systems
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Gas Sensor
- Buzzer
- Arduino Uno
86. Arduino-Based Smart Locker System
Students will develop a smart locker system that uses a fingerprint sensor for secure access using Arduino. This project showcases skills in biometric systems, security, and automation.
Skills Acquired:
- Biometric Systems
- Security
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Fingerprint Sensor
- Servo Motor
- Arduino Uno
87. Arduino-Based Smart Home Irrigation System
This Arduino project involves creating a smart home irrigation system that automatically waters plants based on soil moisture levels. It highlights skills in environmental monitoring, automation, and sensor integration.
Skills Acquired:
- Environmental Monitoring
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Water Pump
- Arduino Uno
88. Arduino-Based Smart Doorbell with Camera
Students will develop a smart doorbell system that captures images or videos of visitors using Arduino. This project showcases skills in security, camera integration, and automation.
Skills Acquired:
- Security
- Camera Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Camera Module
- PIR Sensor
- Arduino Uno
89. Arduino-Based Smart Warehouse Management System: Arduino project for Engineering students with code.
This project involves creating a smart warehouse management system that tracks inventory and optimizes storage using Arduino. It highlights skills in logistics, IoT, and data management.
Skills Acquired:
- Logistics
- IoT
- Data Management
- Embedded Systems
Sensors and Peripherals Used:
- RFID Reader
- Weight Sensors
- Arduino Uno
90. Arduino-Based Automated Fish Tank System
Students will develop an automated fish tank system that monitors water quality and feeds fish at scheduled times using Arduino. This project showcases skills in aquaculture, automation, and sensor integration.
Skills Acquired:
- Aquaculture
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Water Quality Sensor
- Feeding Mechanism
- Arduino Uno
91. Arduino-Based Smart Air Purifier
This project involves developing a smart air purifier that monitors air quality and adjusts purification levels using Arduino. It highlights skills in air quality monitoring, automation, and embedded systems.
Skills Acquired:
- Air Quality Monitoring
- Automation
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- Air Quality Sensor
- Fan Module
- Arduino Uno
92. Arduino-Based Smart Greenhouse
Students will develop a smart greenhouse that controls temperature, humidity, and lighting conditions using Arduino. This project showcases skills in environmental control, automation, and sensor integration.This is one of the most common Arduino projects with code for engineering students.
Skills Acquired:
- Environmental Control
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Light Sensor
- Arduino Uno
93. Arduino-Based Automated Weather Station
This Arduino project involves creating an automated weather station that monitors and records weather data. It highlights skills in meteorology, data logging, and sensor integration.
Skills Acquired:
- Meteorology
- Data Logging
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Pressure Sensor
- Arduino Uno
94. Arduino-Based Smart Parking System: Arduino project for Engineering students with code.
Students will develop a smart parking system that monitors and manages parking space availability using Arduino. This project showcases skills in traffic management, sensor integration, and automation.
Skills Acquired:
- Traffic Management
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensor
- LED Display
- Arduino Uno
95. Arduino-Based Smart Compost Bin
This project involves developing a smart compost bin that monitors and optimizes composting conditions using Arduino. It highlights skills in environmental monitoring, automation, and sensor integration.
Skills Acquired:
- Environmental Monitoring
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Temperature Sensor
- Humidity Sensor
- Arduino Uno
96. Arduino-Based Smart Water Quality Monitoring System
Students will develop a smart water quality monitoring system that tracks water parameters and ensures safety using Arduino. This project showcases skills in environmental science, data analysis, and sensor integration.
Skills Acquired:
- Environmental Science
- Data Analysis
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- pH Sensor
- Turbidity Sensor
- Temperature Sensor
- Arduino Uno
97. Arduino-Based Smart Plant Irrigation System
This Arduino project involves creating a smart plant irrigation system that automatically waters plants based on environmental conditions. It highlights skills in agricultural technology, automation, and sensor integration.
Skills Acquired:
- Agricultural Technology
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Soil Moisture Sensor
- Temperature Sensor
- Arduino Uno
98. Arduino-Based Smart Aquarium
Students will develop a smart aquarium that monitors and maintains water quality and feeding schedules using Arduino. This project showcases skills in aquaculture, automation, and sensor integration.
Skills Acquired:
- Aquaculture
- Automation
- Sensor Integration
- Embedded Systems
Sensors and Peripherals Used:
- Water Quality Sensor
- Feeding Mechanism
- Arduino Uno
99. Arduino-Based Smart Waste Management System
This project involves creating a smart waste management system that tracks waste levels and optimizes collection schedules using Arduino. It highlights skills in logistics, sensor integration, and automation.
Skills Acquired:
- Logistics
- Sensor Integration
- Automation
- Embedded Systems
Sensors and Peripherals Used:
- Ultrasonic Sensor
- RFID Reader
- Arduino Uno
100. Arduino-Based Smart Personal Assistant
Students will develop a smart personal assistant that responds to voice commands and performs various tasks using Arduino. This project showcases skills in voice recognition, automation, and embedded systems.
Skills Acquired:
- Voice Recognition
- Automation
- Embedded Systems
- Programming
Sensors and Peripherals Used:
- Microphone Module
- Speaker
- Arduino Uno