Moksh Jadav

I built a automatic sensor servo. It included a servo motor and ultrasonic sensor, in which the ultrasonic sensor got the measurements. If the measurements would be less than 20 cm than the servo motor would move to 90 and if the measurement would be more than 20 cm than the servo motor would move to 0.

I built a servo sweep machine in which the servo motor sweeps back and forth between two angles repeatedly. it just works like a wiper in car moving back and forth .

I completed this challenge with the help of servo motor and potentiometer. As I rotated the potentiometer the servo motor also rotates. The potentiometer commands the servo to stay at the certain degree without moving.

I learned how a servo motor works .It moves from 0 to 45 to 90 to 135 to 180. the arduino commands the servo to move according to the degrees and the rotation is measured in degrees.

I built a smart information station that has arduino uno, bread board, LDR, temperature sensor, ultrasonic sensor, and LED display module. LED display module displays the temperature , distance, whether the room is dark or not, and status of the room .

I built a smart status display that has arduino uno, bread board ,LED display module, temperature sensor, LDR and motion sensor. it was displayed on the LED display module that the room is dark or not the temperature is moderate or hot, and there is motion or not. These all things are displayed on the LED display module.

I built a distance dashboard that indicates the distance between any object and the ultrasonic sensor, and the distance between the sensor and the object is displayed on the LED display module.

I built an project that has LDR, temperature sensor and potentiometer which works together and gives reading of the light level, temperature level in a serial plotter.

I built a project that shows the light level and the temperature alternatively in one device.

I built a device that shows the value of light, it consists of LDR and the LED display module , they work together and then the value of the light in the surroundings is displayed on the LED display module.

I learned the uses of LCD and used it for the first time.

I built a timer which count downs and it was easy to make.

I built a project just like a counter. It uses 7 segment display, push button and arduino. In this project as I push the push button, The 7 segment display displays the digits accordingly.

I learned how a 7 segment display works, it has total 10 pins which are named as : A,B,C,D,E,F,G and the other 3 pins are common anode(+), common cathode(-) and DP, I also learned that all these pins are connected internally. IT doesn't commands to show number on the display instead it makes a pattern in which the lines/ pins that have to glow are turned on and the lines/pins that have to remain blank are turned off. This controlling of turning LEDs on and off is done by arduino. Therefore different combinations give different digits on the 7 segment display.

I built a smart room guardian in that it measures temperature, motion and light and if the light is less, it detects motion and the temperature it different , it starts working.

I understood how the temperature sensor works.

I built a realistic project which turns on led and buzzer makes sound when motion is detected.

I learned using motion sensor and it detected motion as it detected motion the led will turn on and as there is no motion the led will remain off.

I built a realistic project that help to reverse the car it has slow sound if the distance is more and if the distance is less it has fast sound.

I built a parking assistant project and the LED was on when the onject was near 20 or les c near, and when the distance is more than 20 the LED did not turned on.

this was easy to make and it was fun knowing the distance between ultrasonic sensor and the object.

this was easy to make as we just had to change the code and observe.

This project was easy to make but there were some confusions but, at the end it was done.

I learned that what LDR is? and the basics of it.

this project was even easy to make and it was simpler compared to the previous one . The patterns were formed as I pressed the buttons.

This project was easy to make and was a bit tricky. First I found it difficult but later understanding the code and the project I realized it was simple.

this project was easy to make and I learned to select LEDs using the potentiometer .

this project was easy to make and I learned that how potentiometer works.

this project was easy to make and I learned controlling the blinking speed of the LED.

this project was easy to make and I learned to control the brightness of LED.

this project was easy to make and it was fun pressing the button with buzzer making sound.

this project was easy to make and it had the same concept as the lights used in houses.

this project was easy to make and I can blink an LED using a button switch.

this project was easy to make and I learned the importance of resister.

this project was easy to make and it's pattern was good .

this challenge was easy to make and the pattern was also similar from previous projects.

this challenge was easy to make and it was the same concept as blinking decor lights in festivals.

this challenge was easy to make and it was blinking LEDs one by one.

this project was easy to make and it was a new pattern so it looked fascinating.

this project was easy to make and was similar to the previous one.

this project had a bit complex connections but still it was easy to make.

This project was even easy to make as we just had to add a LED and some jumper wires.

this project was easy to make and as we just had to add a led and code.

this challenge was easy to make and it taught me how to blink LEDs differently in different time intervals.

The challenge was easy to make and fast blinking LEDS seem fascinating.

This project was even easy to make and changing the time interval between LED was also fun.

This project was also having easy changes which is just changing the code and seeing the LEDs blink fast I understand how the LED decorations work.

This project was easy to make as we just had to change the code and upload it.

This project was easy to make and blinking 8 leds was looking easy and good.

This project even had many connections but was easy to make. It was my first time using the side paths and the middle part together.

This challenge was easy to make and it was first time using both side rails together.

in this project I learned that how the power rails work and how power flows through it . This was the first time of me using to side rails of the bread board.

This project was easy to build and understand . In this project it was the use of jumper wires and bread board .

It was an easy project to build as we just had to put the led upload code and it start working and trying to make its speed more and less was fun.