Jerome Dizon.

My Bio

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My name is Jerome Bjorn O. Dizon, I am a 15 year old teen studying curently at the Philippines Emirates Private School. My hobbiews cubing (solving rubik's cubes), fingerboarding, wacthing youtube and on the fun occasions, I would text my friends and we be cruising around the streets and explore new spots.
My planned job would be to be an Architect or work as an manager or co manager of a shop. My dream job would be to have fun doing my hobbies and getting paid to do so.

Interests in STEAM

ENGINEERING

ARTS

TECHNOLOGY

SCIENCE

MATH

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Interests in my Hobbies

CONTENT CONSUMPTION (youtube, instagram, etc.)

SKATEBOARDING (video parts, fingerboarding, etc.)

CUBING (3x3 & 4x4)

VIDEO GAMES

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What is JunkBot?

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Junkbot is a box of essential robots components that you can attach to other materials and build a robot. You can use a Kellogg cereal box as your robot trunc or plastic bottles, CD’s, plastic objects and design your own robot following our children-friendly instructions manual. The toys market lacks educational tools that are tailored to young children and fun. Junkbot aims to combine learning and fun and promote this combination in children’s early education. Junkbot are suitable for parents-children play and school science projects. Today many students feel that learning science and mathematics is boring, but mostly because of the lack or limit of tools available to them. I had an epiphany moment when I interacted with the first children who tried our junk robots. I saw excitement and curiosity to learning and building from scratch. We received feedback from parents and teachers that our junkbots would be excellent tools to promote science learning in the children’s households and in the classroom.

When getting the Junkbot Kit, you will be getting this

1.JUNKBOT CORE

Junkbot core is a microcontroller board based on Arduino NANO. It has digital and analgue 1/0 pins, in addition to built-in bluetooth and wifi modules

2.USB CABLE

Used to connect Junkbot core to computers

3.BUZZER

Uses notes and beats to make sounds

4.LED

The LED flashes white light

5.RGB

Flashes colours using combinations of Red, Green and Blue light.

6.ULTRASONIC SENSOR

Ultrasonic sensor is an electronic device used as the robots "eyes"; they detect objects or obstacles using sound waves

7.IR SENSOR

Infrared sensor, senses surroundings by entering and/or detecting infrared radiation

8.PIR SENSOR

Passive infrared sensor; detects human movement within its range using infrared raduiations

9.DC MOTOR

Direct Current Motor; converts electrical energy to motion power that rotate wheels

10.WHEELS

Connected to the DC motor to generate movement

11.CASTOR WHEEL

Specialised wheels that allow the robot to balance itself

12.SERVO MOTOR

The servomotors are electrical devices that are used to push or rotate ojects at specific anglers with precision and accuracy

13.TOUCH SENSOR

Sensors that are operated/activited when they are touched