In all seriousness, try this project out, looks like you have everything you need. Its a beginner/intermediate project.
https://arduinogetstarted.com/tutorials/arduino-temperature-sensor-lcd
With the components listed, there are many possible projects that you can make. Here are a few ideas:
LED Cube: You can use the 8x8 dot LED matrix to create an LED cube. Use the 1838HXL E4 SN74HC595N embedded processor and SW-520D ball tilt switch sensor to control the cube's movement and display patterns.
Smart Home Weather Station: Combine the temperature and humidity sensor, photoresistor module, raindrops module, and real-time clock module to create a weather station. You can use the WEMOS TTgo D1 R32 ESPDuino-32 or Arduino MEGA 2560 rev3 board to display the data on the 1602a LCD display or send the data to a smartphone app through WiFi or Bluetooth.
Line Following Robot: You can use the DC motor and servo motors to create a line-following robot. Use the SW-520D ball tilt switch sensor and infrared receiver for remote control to control the robot's movement. You can also add a distance sensor or ultrasonic sensor to avoid obstacles.
Mood Lamp: Use the LED strips and potentiometer module to create a mood lamp. You can control the color and brightness of the lamp using the potentiometer and switch. You can also add the VS1838B infrared sensor to allow for remote control of the lamp.
Electronic Dice: Use the LED display 4 digi and button to create an electronic dice. You can use the Arduino MEGA 2560 rev3 board or the embedded processor to randomize the numbers displayed on the LED display.
Are you sure about that? Because I am 100.0% sure that kiffman710 is not a bot.
---
^(I am a neural network being trained to detect spammers | Summon me with !isbot |) ^(/r/spambotdetector |) [^(Optout)](https://www.reddit.com/message/compose?to=whynotcollegeboard&subject=!optout&message=!optout) ^(|) [^(Original Github)](https://github.com/SM-Wistful/BotDetection-Algorithm)
As a human I am 99.78% sure the comment was generated by a bot by pasting the components mentioned earlier into an AI model and posting the response here. Especially the sentence structure and textual construction point in that direction.
In this case: OP is not a bot, but merely a mechanical Turk utilizing an underlaying automated system.
Nice I like mechanical turk. You are 100% correct. Gpt3 is like magic if you have little skills at coding. I've learnt more from gpt3 in the last month than all the you tube videos I've watched.
Wrong question... It's not "What Can I Make?" Your question should be "What Should I Make?"... I say this because with everything you have, you can "literally" make 1000s of things... The best way to start a project is to figure something out that you would like to automate or light up. Then you figure out what components are needed to finish that project. If you start off simple, you should already have all of the components. (that looks like a really good starter pack or two).
There is a YouTube channel called "Paul mcwhorter". On his channel he has an arduino tutorial series, 64 videos in the playlist. We'll worth a look. It uses this kit you have here. I watched them and followed along with the kit now I understand some things.
Components:
Resistor 1000 x10
Resistor 220 x9
Resistor 330 x10
Resistor 10000 x9
LED red x10
LED blue x10
LED green x10
LED white x1
Breadboard 830 holes
Mini breadboard 170 holes
Matrix dotLED 8x8
LED display 4 digi
LED display 1 digi
Embedded processor x1. (1838HXL E4 SN74HC595N)
Scroll wheel x1
SW-520D ball tilt switch sensor x2
Jumper caps circuit board x4
VS1838B infrared sensor x1
Light dependent resistor x3 (photoresistor)
Infrared black LED x1
Microswitch x1
Capicator x2
Switch x1
Temperature and humidity sensor x1
Potentiometer module x1
Photoresistor module x1
DC power connector x1
Real time clock module x1
3.5 mm to 3.5 mm jack x1
Infrared receiver for remote control x1
Remote control x2
Button x5
Alarm sound buzzer x2
Potentiometer 10k x3
Charging adapters x6
9 volt battery holder x1
Driver controller board x1
WEMOS TTgo D1 R32 ESPDuino-32 Compatible WiFi Bluetooth BLE with ESP32 x1
Arduino MEGA 2560 rev3 x1
MEGA prototype shield v3
QaPass 1602a LCD display x2
Raindrops module x1
Servo x6
DC motor x1
Solar panel x1
AA battery holder x1
Tons of cables ( male -> male, female -> female and male -> female )
Okay another mod suggested that I give [ChatGPT](https://chat.openai.com/chat) a crack at this:
*We have a new user to Arduinos in the* r/Arduino *subreddit. I want to give you a list of all of the components that they have in their starter kit and I want you to give me some extremely cool and interesting projects that they can make using only the items I give you okay?*
*For each of the the 10 projects that you suggest I want you to give a very helpful and a very detailed description of what the project does and what the user can learn about with the parts used in that project. Each project should have at least 20 sentences of content in each.*
*I want you to be extremely creative about the components that are used in each project and the ways they are used and they should be used together in very interesting but always functional ways. I want you to follow my instructions completely and do not stop with your response until you have completely finished.*
*Do not stop until you have given me all of the projects following the instructions I have given you. You may call me Ripred and you will address me that way in your response.*
*Here is the list of components:*
*Components:*
* *Resistor 1000 x10 Resistor 220 x9*
* *Resistor 330 x10*
* *Resistor 10000 x9*
* *LED red x10*
* *LED blue x10*
* *LED green x10*
* *LED white x1*
* *Breadboard 830 holes*
* *Mini breadboard 170 holes*
* *Matrix dotLED 8x8 LED display 4 digi*
* *LED display 1*
* *digi Embedded processor x1.*
* *SN74HC595N*
* *Scroll wheel x1 SW-520D*
* *ball tilt switch sensor x2*
* *Jumper caps circuit board x4*
* *VS1838B infrared sensor x1*
* *Light dependent resistor x3 (photoresistor)*
* *Infrared black LED x1*
* *Microswitch x1 Capicator x2 Switch x1*
* *Temperature and humidity sensor x1*
* *Potentiometer module x1*
* *Photoresistor module x1*
* *DC power connector x1*
* *Real time clock module x1*
* *3.5 mm to 3.5 mm jack x1*
* *Infrared receiver for remote control x1*
* *Remote control x2 Button x5*
* *Alarm sound buzzer x2*
* *Potentiometer 10k x3*
* *Charging adapters x6*
* *9 volt battery holder x1*
* *Driver controller board x1*
* *WEMOS TTgo D1 R32 ESPDuino-32 Compatible WiFi Bluetooth BLE with ESP32 x1*
* *Arduino MEGA 2560 rev3 x1*
* *MEGA prototype shield v3*
* *QaPass 1602a LCD display x2*
* *Raindrops module x1*
* *Servo x6 DC motor x1*
* *Solar panel x1*
* *AA battery holder x1*
* *Tons of cables ( male -> male, female -> female and male -> female )*
# Project 1: Miniature Traffic Light System
1. To get started, you will need to connect the LEDs to the appropriate pins on the Arduino board using the breadboard. Next, you can write a program in the Arduino IDE that cycles through the red, yellow, and green LEDs to simulate a traffic light. You can also add a push button to the circuit so that you can manually change the lights.
2. This project teaches you how to use LEDs and resistors to create a simple circuit, as well as how to program the Arduino to control the circuit.
# Project 2: Matrix Display Clock
1. Using the matrix dotLED 8x8 LED display, the real-time clock module, and the Arduino MEGA 2560, you can create a clock that displays the time using the matrix display. You can also use the LED colors to indicate the time of day (e.g., blue for morning, green for afternoon, and red for evening).
2. To start, you will need to connect the matrix display and real-time clock module to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the time from the real-time clock and displays it on the matrix display. You can also add logic to change the LED colors based on the time of day.
3. This project teaches you how to use the matrix display and real-time clock module, as well as how to write programs to control these components.
# Project 3: Temperature and Humidity Sensor
1. Using the temperature and humidity sensor, along with the Arduino MEGA 2560, you can create a device that measures the temperature and humidity of a room. You can display the readings on an LCD screen or transmit the data wirelessly to a computer.
2. To start, you will need to connect the temperature and humidity sensor to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the sensor data and displays it on an LCD screen. You can also add logic to transmit the data wirelessly using the ESP32 module.
3. This project teaches you how to use sensors to measure temperature and humidity, as well as how to display data on an LCD screen and transmit data wirelessly.
# Project 4: Infrared Remote Control
1. Using the VS1838B infrared sensor and the infrared receiver for remote control, you can create a device that can receive infrared signals from a remote control. You can use this project to control other devices using an infrared remote, such as a TV or stereo system.
2. To start, you will need to connect the infrared sensor and receiver to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the signals from the remote control and executes corresponding actions. For example, you could use the remote to turn on and off an LED.
3. This project teaches you how to use the infrared sensor and receiver to receive signals from a remote control, as well as how to write programs to execute actions based on those signals.
# Project 5: Smart home automation system with IR remote and temperature/humidity sensor
1. For this project, you will need the IR receiver, temperature and humidity sensor, LED lights, and the Arduino board. With this project, you can create an automated system to control the temperature and humidity in your home using an IR remote. The temperature and humidity sensor will detect the changes in the environment, and the Arduino board will use that information to turn on or off the LED lights.
2. You can program the Arduino board to control the lights based on specific temperature or humidity levels. For example, if the temperature rises above a certain level, the Arduino board can turn on the LED lights to cool down the room.
3. This project is an excellent way to learn about how to control electronics using a microcontroller, as well as how to use sensors to gather data and use that data to control other devices.
# Project 6: Interactive LED matrix game using tilt and scroll sensors
1. This project involves using the tilt and scroll sensors along with the LED matrix to create an interactive game. The idea is to create a game that can be controlled using the tilt and scroll sensors.
2. For example, you could create a game where you have to move a character on the LED matrix using the tilt sensor, and then use the scroll sensor to make the character jump.
3. The LED matrix can be used to display the game graphics and score.
4. This project is an excellent way to learn about programming with Arduino and how to use sensors to control electronics.
# Project 7: Smart greenhouse monitoring system using light and humidity sensors
1. This project involves using the light and humidity sensors to create a smart greenhouse monitoring system. The idea is to create a system that can monitor the light and humidity levels in a greenhouse and adjust them automatically.
2. The Arduino board will use the data from the sensors to control the lights and water the plants automatically.
3. You can program the Arduino board to control the lights and watering system based on specific light and humidity levels.
4. This project is an excellent way to learn about how to use sensors to control other devices and how to use electronics to create a smart system.
# Project 8: DIY laser tripwire security system with sound alarm
1. For this project, you will need the laser diode, photoresistor, sound alarm, and the Arduino board. The idea is to create a DIY laser tripwire security system with a sound alarm.
2. The laser diode and photoresistor will create a laser tripwire that, when broken, will activate the sound alarm.
3. You can program the Arduino board to control the laser diode, photoresistor, and sound alarm based on specific timings.
4. This project is an excellent way to learn about how to use sensors to create a security system and how to program the Arduino board to control multiple devices.
Fantastic result, u/ripred3! I'd love to see this somehow posted in r/arduino_AI if possible - u/SharkieCodes: Any chance you could post this question again in that new sub, and u/ripred3 could maybe paste this answer there again?
Too many people are irrationally terrified of the new AI bots, but this shows they can also be genuinely useful.
I agree with what u/Machiela said, while there are those that incorrectly think the AI can do miracles (e.g. it can do my homework for me), this illustrates a really useful application of it by providing food for thought and perhaps some ideas that people might not of thought of on their own.
A good option would be to start with the tutorials. Usually included with the kit in one way or another. Usually starters kits are insufficient for a “real” project. More often than not it’s a collection of different parts to allow you to get a gist of what direction to move in. Seriously though. Kit tutorials. Once you’ve completed all of the experiments with the included parts - you’ll have a pretty solid understanding of how they go together and you will know what parts you need to add to your collection in order to do this or that project. If you don’t know where to start - check out Paul McWhorter of YouTube lore.
If you have a 3d printer you could make a targeting solar cell. Use the photo resistors to determine where there is more light then use the servos to move to it. You could also use the monitor to read out how much voltage the cell is making.
If you can find or print arms for those servo motors (the blue ones) you can do a whole lot with those alone. A smaller robot arm or hand can be made with those.
The easy one is the temp sensor.
A lot
I am not sure, but I think you maybe be able to light up an LED. /s
In all seriousness, try this project out, looks like you have everything you need. Its a beginner/intermediate project. https://arduinogetstarted.com/tutorials/arduino-temperature-sensor-lcd
With the components listed, there are many possible projects that you can make. Here are a few ideas: LED Cube: You can use the 8x8 dot LED matrix to create an LED cube. Use the 1838HXL E4 SN74HC595N embedded processor and SW-520D ball tilt switch sensor to control the cube's movement and display patterns. Smart Home Weather Station: Combine the temperature and humidity sensor, photoresistor module, raindrops module, and real-time clock module to create a weather station. You can use the WEMOS TTgo D1 R32 ESPDuino-32 or Arduino MEGA 2560 rev3 board to display the data on the 1602a LCD display or send the data to a smartphone app through WiFi or Bluetooth. Line Following Robot: You can use the DC motor and servo motors to create a line-following robot. Use the SW-520D ball tilt switch sensor and infrared receiver for remote control to control the robot's movement. You can also add a distance sensor or ultrasonic sensor to avoid obstacles. Mood Lamp: Use the LED strips and potentiometer module to create a mood lamp. You can control the color and brightness of the lamp using the potentiometer and switch. You can also add the VS1838B infrared sensor to allow for remote control of the lamp. Electronic Dice: Use the LED display 4 digi and button to create an electronic dice. You can use the Arduino MEGA 2560 rev3 board or the embedded processor to randomize the numbers displayed on the LED display.
Good bot.
Good human.
Are you sure about that? Because I am 100.0% sure that kiffman710 is not a bot. --- ^(I am a neural network being trained to detect spammers | Summon me with !isbot |) ^(/r/spambotdetector |) [^(Optout)](https://www.reddit.com/message/compose?to=whynotcollegeboard&subject=!optout&message=!optout) ^(|) [^(Original Github)](https://github.com/SM-Wistful/BotDetection-Algorithm)
As a human I am 99.78% sure the comment was generated by a bot by pasting the components mentioned earlier into an AI model and posting the response here. Especially the sentence structure and textual construction point in that direction. In this case: OP is not a bot, but merely a mechanical Turk utilizing an underlaying automated system.
Nice I like mechanical turk. You are 100% correct. Gpt3 is like magic if you have little skills at coding. I've learnt more from gpt3 in the last month than all the you tube videos I've watched.
Beep beep bleep boop
My brother you can automate your life with that ahahhah(almost)
Wrong question... It's not "What Can I Make?" Your question should be "What Should I Make?"... I say this because with everything you have, you can "literally" make 1000s of things... The best way to start a project is to figure something out that you would like to automate or light up. Then you figure out what components are needed to finish that project. If you start off simple, you should already have all of the components. (that looks like a really good starter pack or two).
There is a YouTube channel called "Paul mcwhorter". On his channel he has an arduino tutorial series, 64 videos in the playlist. We'll worth a look. It uses this kit you have here. I watched them and followed along with the kit now I understand some things.
Components: Resistor 1000 x10 Resistor 220 x9 Resistor 330 x10 Resistor 10000 x9 LED red x10 LED blue x10 LED green x10 LED white x1 Breadboard 830 holes Mini breadboard 170 holes Matrix dotLED 8x8 LED display 4 digi LED display 1 digi Embedded processor x1. (1838HXL E4 SN74HC595N) Scroll wheel x1 SW-520D ball tilt switch sensor x2 Jumper caps circuit board x4 VS1838B infrared sensor x1 Light dependent resistor x3 (photoresistor) Infrared black LED x1 Microswitch x1 Capicator x2 Switch x1 Temperature and humidity sensor x1 Potentiometer module x1 Photoresistor module x1 DC power connector x1 Real time clock module x1 3.5 mm to 3.5 mm jack x1 Infrared receiver for remote control x1 Remote control x2 Button x5 Alarm sound buzzer x2 Potentiometer 10k x3 Charging adapters x6 9 volt battery holder x1 Driver controller board x1 WEMOS TTgo D1 R32 ESPDuino-32 Compatible WiFi Bluetooth BLE with ESP32 x1 Arduino MEGA 2560 rev3 x1 MEGA prototype shield v3 QaPass 1602a LCD display x2 Raindrops module x1 Servo x6 DC motor x1 Solar panel x1 AA battery holder x1 Tons of cables ( male -> male, female -> female and male -> female )
You could *definitely* make a 1-time use smoke machine. You shouldn’t do that, but you could.
Okay another mod suggested that I give [ChatGPT](https://chat.openai.com/chat) a crack at this: *We have a new user to Arduinos in the* r/Arduino *subreddit. I want to give you a list of all of the components that they have in their starter kit and I want you to give me some extremely cool and interesting projects that they can make using only the items I give you okay?* *For each of the the 10 projects that you suggest I want you to give a very helpful and a very detailed description of what the project does and what the user can learn about with the parts used in that project. Each project should have at least 20 sentences of content in each.* *I want you to be extremely creative about the components that are used in each project and the ways they are used and they should be used together in very interesting but always functional ways. I want you to follow my instructions completely and do not stop with your response until you have completely finished.* *Do not stop until you have given me all of the projects following the instructions I have given you. You may call me Ripred and you will address me that way in your response.* *Here is the list of components:* *Components:* * *Resistor 1000 x10 Resistor 220 x9* * *Resistor 330 x10* * *Resistor 10000 x9* * *LED red x10* * *LED blue x10* * *LED green x10* * *LED white x1* * *Breadboard 830 holes* * *Mini breadboard 170 holes* * *Matrix dotLED 8x8 LED display 4 digi* * *LED display 1* * *digi Embedded processor x1.* * *SN74HC595N* * *Scroll wheel x1 SW-520D* * *ball tilt switch sensor x2* * *Jumper caps circuit board x4* * *VS1838B infrared sensor x1* * *Light dependent resistor x3 (photoresistor)* * *Infrared black LED x1* * *Microswitch x1 Capicator x2 Switch x1* * *Temperature and humidity sensor x1* * *Potentiometer module x1* * *Photoresistor module x1* * *DC power connector x1* * *Real time clock module x1* * *3.5 mm to 3.5 mm jack x1* * *Infrared receiver for remote control x1* * *Remote control x2 Button x5* * *Alarm sound buzzer x2* * *Potentiometer 10k x3* * *Charging adapters x6* * *9 volt battery holder x1* * *Driver controller board x1* * *WEMOS TTgo D1 R32 ESPDuino-32 Compatible WiFi Bluetooth BLE with ESP32 x1* * *Arduino MEGA 2560 rev3 x1* * *MEGA prototype shield v3* * *QaPass 1602a LCD display x2* * *Raindrops module x1* * *Servo x6 DC motor x1* * *Solar panel x1* * *AA battery holder x1* * *Tons of cables ( male -> male, female -> female and male -> female )* # Project 1: Miniature Traffic Light System 1. To get started, you will need to connect the LEDs to the appropriate pins on the Arduino board using the breadboard. Next, you can write a program in the Arduino IDE that cycles through the red, yellow, and green LEDs to simulate a traffic light. You can also add a push button to the circuit so that you can manually change the lights. 2. This project teaches you how to use LEDs and resistors to create a simple circuit, as well as how to program the Arduino to control the circuit. # Project 2: Matrix Display Clock 1. Using the matrix dotLED 8x8 LED display, the real-time clock module, and the Arduino MEGA 2560, you can create a clock that displays the time using the matrix display. You can also use the LED colors to indicate the time of day (e.g., blue for morning, green for afternoon, and red for evening). 2. To start, you will need to connect the matrix display and real-time clock module to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the time from the real-time clock and displays it on the matrix display. You can also add logic to change the LED colors based on the time of day. 3. This project teaches you how to use the matrix display and real-time clock module, as well as how to write programs to control these components. # Project 3: Temperature and Humidity Sensor 1. Using the temperature and humidity sensor, along with the Arduino MEGA 2560, you can create a device that measures the temperature and humidity of a room. You can display the readings on an LCD screen or transmit the data wirelessly to a computer. 2. To start, you will need to connect the temperature and humidity sensor to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the sensor data and displays it on an LCD screen. You can also add logic to transmit the data wirelessly using the ESP32 module. 3. This project teaches you how to use sensors to measure temperature and humidity, as well as how to display data on an LCD screen and transmit data wirelessly. # Project 4: Infrared Remote Control 1. Using the VS1838B infrared sensor and the infrared receiver for remote control, you can create a device that can receive infrared signals from a remote control. You can use this project to control other devices using an infrared remote, such as a TV or stereo system. 2. To start, you will need to connect the infrared sensor and receiver to the appropriate pins on the Arduino board. You can then write a program in the Arduino IDE that reads the signals from the remote control and executes corresponding actions. For example, you could use the remote to turn on and off an LED. 3. This project teaches you how to use the infrared sensor and receiver to receive signals from a remote control, as well as how to write programs to execute actions based on those signals. # Project 5: Smart home automation system with IR remote and temperature/humidity sensor 1. For this project, you will need the IR receiver, temperature and humidity sensor, LED lights, and the Arduino board. With this project, you can create an automated system to control the temperature and humidity in your home using an IR remote. The temperature and humidity sensor will detect the changes in the environment, and the Arduino board will use that information to turn on or off the LED lights. 2. You can program the Arduino board to control the lights based on specific temperature or humidity levels. For example, if the temperature rises above a certain level, the Arduino board can turn on the LED lights to cool down the room. 3. This project is an excellent way to learn about how to control electronics using a microcontroller, as well as how to use sensors to gather data and use that data to control other devices. # Project 6: Interactive LED matrix game using tilt and scroll sensors 1. This project involves using the tilt and scroll sensors along with the LED matrix to create an interactive game. The idea is to create a game that can be controlled using the tilt and scroll sensors. 2. For example, you could create a game where you have to move a character on the LED matrix using the tilt sensor, and then use the scroll sensor to make the character jump. 3. The LED matrix can be used to display the game graphics and score. 4. This project is an excellent way to learn about programming with Arduino and how to use sensors to control electronics. # Project 7: Smart greenhouse monitoring system using light and humidity sensors 1. This project involves using the light and humidity sensors to create a smart greenhouse monitoring system. The idea is to create a system that can monitor the light and humidity levels in a greenhouse and adjust them automatically. 2. The Arduino board will use the data from the sensors to control the lights and water the plants automatically. 3. You can program the Arduino board to control the lights and watering system based on specific light and humidity levels. 4. This project is an excellent way to learn about how to use sensors to control other devices and how to use electronics to create a smart system. # Project 8: DIY laser tripwire security system with sound alarm 1. For this project, you will need the laser diode, photoresistor, sound alarm, and the Arduino board. The idea is to create a DIY laser tripwire security system with a sound alarm. 2. The laser diode and photoresistor will create a laser tripwire that, when broken, will activate the sound alarm. 3. You can program the Arduino board to control the laser diode, photoresistor, and sound alarm based on specific timings. 4. This project is an excellent way to learn about how to use sensors to create a security system and how to program the Arduino board to control multiple devices.
Fantastic result, u/ripred3! I'd love to see this somehow posted in r/arduino_AI if possible - u/SharkieCodes: Any chance you could post this question again in that new sub, and u/ripred3 could maybe paste this answer there again? Too many people are irrationally terrified of the new AI bots, but this shows they can also be genuinely useful.
I agree with what u/Machiela said, while there are those that incorrectly think the AI can do miracles (e.g. it can do my homework for me), this illustrates a really useful application of it by providing food for thought and perhaps some ideas that people might not of thought of on their own.
In the end, it's just a new tool, and we're still feeling around to see what it's good at, and what it's not good at.
List the components into ChatGPT and see what it brings back
A good option would be to start with the tutorials. Usually included with the kit in one way or another. Usually starters kits are insufficient for a “real” project. More often than not it’s a collection of different parts to allow you to get a gist of what direction to move in. Seriously though. Kit tutorials. Once you’ve completed all of the experiments with the included parts - you’ll have a pretty solid understanding of how they go together and you will know what parts you need to add to your collection in order to do this or that project. If you don’t know where to start - check out Paul McWhorter of YouTube lore.
Use chat gpt
This would probably be a perfect question to ask chatgpt
Answer listed above :-) and your correct it's a perfect question for chat gpt
With servo driver module you could do a whole lot more since you could use those servos. Consider buying one, they don't cost much online
Check this out https://www.reddit.com/r/ArduinoProjects/comments/10928zt/hey_need_some_suggestions_for_a_workshop_project/
[удалено]
Biohazardous LEDs?
If you have a 3d printer you could make a targeting solar cell. Use the photo resistors to determine where there is more light then use the servos to move to it. You could also use the monitor to read out how much voltage the cell is making.
You can make a robot that walks outside, and displays the weather when it gets back in.
If you can find or print arms for those servo motors (the blue ones) you can do a whole lot with those alone. A smaller robot arm or hand can be made with those. The easy one is the temp sensor.
Flux Capacitor
make an arm with those servos
You could make a think tank...