Title :

Your Name

Task 1 :

Research the function of the sensors listed in the 'List of Components' section on Politemall, as found in Lesson 9. Find 6 videos showcasing different components, preferably integrated with a Microbit, and add them to the Padlet provided.

Task 2 :

Out of the 6 videos, list how you could possibly integrated 2 to 3 of the components (individually or together) and write in the comment of your individual padlet.

Task 1:

RGB LED Module

https://youtu.be/7NIzQpjTXWg?si=OBJ1zmMGH5Iculzc

https://youtu.be/3S-kdsjgAuE?si=D5_5-LLEh3D_QJrH

Task 2:

Touch sensor: This sensor detects the presence of a user’s touch and could be used to trigger the lighting effect. For example, a capacitive touch sensor could be integrated into the display so that it lights up when touched.

RGB LED sensor: Once the touch sensor detects a user’s touch, you can use an LED or RGB LED module to light up the display. These components can provide the visual feedback when the user interacts with the display.

Task 1:

Functions of Sensors (From ChatGPT)

• Piranha LED Module: Likely a small, high-intensity LED light, commonly used for indicating or signaling.

• Digital White LED Module: A simple white LED, used to emit white light for basic lighting purposes.

• RGB LED Module: An LED that can produce a range of colors by mixing red, green, and blue light, often used for visual displays or indicators.

• Ultraviolet Sensor: Detects UV light, useful for measuring UV exposure or for applications related to light safety.

• LM35 Temperature Sensor: A temperature sensor that outputs an analog signal directly proportional to the temperature.

• Digital Buzzer Module: A small speaker used to generate sound, typically for notifications or alarms.

• Passive Buzzer Module: Similar to the digital buzzer, but requires an external signal to produce sound, typically quieter than active buzzers.

• Analog Sound Sensor: A sensor that detects sound levels in the environment and outputs an analog signal.

• PIR Motion Sensor: Detects motion using infrared sensors, often used in security systems or for detecting human presence.

• Digital Push Button: A simple on/off switch that can be used to trigger actions in your micro:bit project.

• Analog Rotation Sensor: Measures rotational movement, typically used for things like knobs, potentiometers, or rotational encoding.

• Photo Interrupter Module: Detects the interruption of light, often used for counting rotations or detecting objects passing through a path.

• Crash Sensor: Likely a vibration or impact sensor, used to detect physical impacts or collisions.

• Hall Magnetic Sensor: Detects magnetic fields, useful for creating a simple compass, detecting motors, or magnetic switches.

• Analog Temperature Sensor: Another temperature sensor, but it likely outputs an analog signal as opposed to the digital one.

• Digital Tilt Sensor: Detects orientation or tilting movements. It can be used for leveling or position detection.

• Reed Switch Module: A magnetic switch, where the reed switch closes when a magnet is near, often used for door or window security systems.

• Photocell Sensor: A light-dependent resistor (LDR) that changes its resistance based on the light level, commonly used for light-sensitive applications.

• TEMT6000 Ambient Light Sensor: Measures the ambient light level and outputs a corresponding signal, useful for controlling lights or for environment sensing.

• Capacitive Touch Sensor: Detects changes in capacitance caused by touch, typically used for touch-sensitive interfaces.

• Steam Sensor: Likely detects the presence of steam or moisture in the air, which could be useful in detecting temperature changes or humidity.

Videos on 6 Components

• Digital Push Button https://youtu.be/oU9kr-YQoJU?si=G10MWjznkeQgVIU_

• Analog Sound Sensor https://youtu.be/dW9e307AcAk?si=l_nWwp9h9Tt4nIu1

• Analog Rotation Sensor https://youtu.be/b0VqvOYYjGU?si=UdHbgA4lBiOGq0EJ

• Hall Magnetic Sensor (Honeycomb) https://youtu.be/_0EOFPl04W0?si=7XCFepT9ejiMQnGb

• Reed Switch Sensor https://youtu.be/lZvsF3IijVw?si=ZLtnIjhSdoP1zhoN

• Capacitive Touch Sensor https://youtu.be/T6Jr1eOM8d0?si=_XLyi5X7Ubr-lBOi

Task 2: Integration

• Analog Sound Sensor can be integrated with a regular micro:bit to create a makeshift baby cry monitor. When the sensor receives the sound of the baby crying, the micro:bit will light up alerting parents in another room that their baby is fussing

• Hall Magnetic Sensor can be integrated with a Servo and micro:bit to create a special access door. Using a magnetic material as the card, when the card touches the hall magnetic sensor, the micro:bit sends information to the servo, which controls the opening and closing of the door

Task 1:

Digital Push Button

https://youtu.be/fMiCmiMLbkc?si=3p5FJ0vM5ose3eel

Task 2:

The push button is designed to let users make a choice, likely tied to the input in the system. It can be a "Yes/No" button, or perhaps a multiple-choice selection that users will press after answering a question or being prompted with a scenario (such as a test or career-related question).

The RGB LED can change color depending on which button is pressed, like a response mechanism.

Lucas

Task 1 :

1. PIR Motion Sensor (https://www.youtube.com/watch?v=oWjp6UKV9TQ)

2. RGB LED Module (https://www.youtube.com/watch?v=7NIzQpjTXWg)

3. Digital Push Button (https://www.youtube.com/watch?v=oU9kr-YQoJU)

4. Capacitive Touch Sensor (https://www.youtube.com/watch?v=T6Jr1eOM8d0)

5. Digital Buzzer Module (https://www.youtube.com/watch?v=wCmIxkIy920)

6. Photo Interrupter Module (https://www.youtube.com/watch?v=jSXZsI_gfCU)

Task 2 :

Integration of All 3 Components:

1. Step 1 (Initial Activation):

   • The PIR sensor detects the user approaching, causing the system to light up softly (e.g., initial spotlight or ambient glow).

2. Step 2 (First Interaction):

   • The user presses the Digital Push Button, triggering the first part of the sequence: the spotlight fades in, showing the neglected kampung.

3. Step 3 (Continued Interaction):

   • The user continues press in a rhythmic pattern. With each interaction, the LED modules adjust the lighting (from dim to bright, flickering to steady) in sequence, and the gathering rotation starts to smooth out, representing progress and harmony.

4. Final Harmony:

   • If the user maintains the rhythmic interaction, the entire installation becomes fully illuminated and harmonised.

Chosen sensors:

Photocell-Detect a light value and output corresponding signal-link: https://www.youtube.com/watch?v=meSvoX74TdE

PIR-Infrared sensor that detects movement Link: https://www.youtube.com/watch?v=NQyJt1KsBp8

Ambient light sensor-Detect light levels and program outputs for specific light levels-link:https://www.youtube.com/watch?v=ItVF-c_1yOA

digital buzzer-A buzzer that converts audio into sound, active at high output, can be wired to analog setups-link:https://www.youtube.com/watch?v=wCmIxkIy920

analog sound sensor-Measure how noisy surroundings are on a scale on numbers-Link: https://www.youtube.com/watch?v=dW9e307AcAk

Capacitive touch sensor-Able to differentiate human touch, and program for quick tap and long press, and touch/release outputs-link:https://www.youtube.com/watch?v=QdjMebht0gQ

Task 2: In my concept, the singapore themed sound detector to make people more considerate of sound levels, can use analog sound sensor (to detect the sound level), PIR sensor (to detect heat signature of a person caused the sound or non human), digital buzzer (to play the warning sound when detected high sound level), and ambient light sensor (to play greetings at morning/evening and to know when to go into energy saving mode after a certain time)

Task 1:

Digital Buzzer Module: Emits sound when activated, typically for alerts or notifications. https://youtu.be/ckc3rvvBiKk?si=fmH-b8Cgp64fl2Y4

Analog Sound Sensor: Detects sound levels in the environment, useful in sound detection or noise monitoring systems. https://youtu.be/dW9e307AcAk?si=Anh9W9OhqlAUjN8K

PIR Motion Sensor: Detects motion based on changes in infrared radiation, commonly used in security systems. https://youtu.be/oWjp6UKV9TQ?si=Z_kZxngeVrWCNvln

Digital Push Button: Detects the press of a button, commonly used for user input in various applications. https://youtu.be/oU9kr-YQoJU?si=FIWh4U4a1ZYW8Zh_

Reed Switch Module: Detects the presence of a magnetic field, often used in door/window security systems. https://youtu.be/Gt9TWW0NtrE?si=4Jln_mDFneYHU82P

Capacitive Touch Sensor: Detects touch through the change in capacitance when a user touches it, commonly used in touch-sensitive interfaces. https://youtu.be/TfC-UTYtsxo?si=QQRG_DFJULgpAUTP

Task 2:

Analog Sound Sensor: Useful when needing to hear one person shout "it's raining" at the start.

Capacitive Touch Sensor: Useful when needing to feel that every pole is being held by one person.

Task 1:

Piranha LED -

A Piranha LED module is a small, powerful light used in a variety of applications, like displays, indicators, and lighting. It's known for being super bright, durable, and energy-efficient, with a long lifespan.

https://www.youtube.com/watch?v=OHLRi80zIzk

Digital Push Button -

A digital push button is an electronic switch that activates or deactivates a circuit when pressed, sending a digital signal to control various devices or systems. Unlike traditional mechanical buttons, it typically uses sensors or electronic components to register the press.

https://www.youtube.com/watch?v=IiSqzi-v6jc

Ultrasonic Distance Sensor -

An ultrasonic distance sensor uses sound waves to measure the distance between the sensor and an object. It works by emitting a high-frequency sound wave and then measuring the time it takes for the wave to bounce back after hitting the object.

https://www.youtube.com/watch?v=_nI336ZbHcQ

RGB LED Module -

An RGB LED module is a light source that combines red, green, and blue LEDs to create a full spectrum of colors by adjusting the intensity of each color. By mixing these three primary colors, the module can produce millions of different hues.

https://www.youtube.com/watch?v=OHLRi80zIzk

Analog Sound Sensor -

An analog sound sensor detects sound levels in the environment and converts the sound wave into an analog electrical signal. The sensor typically uses a microphone to capture sound vibrations, which are then translated into a voltage or current that corresponds to the sound's intensity.

https://www.youtube.com/watch?v=dW9e307AcAk

Ambient Light Sensor -

An ambient light sensor detects the level of natural or artificial light in its surroundings and converts it into an electrical signal. It helps devices adjust their brightness or behavior based on the lighting conditions.

https://www.youtube.com/watch?v=X-uKQuzMB40

Task 2:

In my concept, I am doing a rustic torned down kampung. I want to incorporate 3 Digital Touch buttons which requires different people to press in which triggers Piranha LED lights inside the kampung house to 'reignite' the kampung spirit

Task 1: Videos on the components

RGB LED module

DIGITAL BUZZER module

CAPACITIVE TOUCH SENSOR module

MAGNETIC HALL SENSOR module

TEMPERATURE SENSOR module

PIR MOTION SENSOR module

Task 2:

Components i could possibly use:

• RGB Led Module can be placed at the end of the "race" to indicate that they have succeed.

• Capacative touch sensor whenever the user touches the pucks, a low beam light starts to pulsate and as they stack more pucks the brightness increases

• Magnetic hall sensor magnets are placed in the pucks and when the pucks are stacked on top of each other, there can be light or sound as feedback.

  
  

Task 1:

Passive Buzzer Brick:

https://www.youtube.com/watch?v=kpuuoKjB7Fw

Capacitive Touch Sensor:

https://youtu.be/T6Jr1eOM8d0?si=gK5Liy_a4UoULQ-8

Digital Push Button:

https://www.youtube.com/watch?v=oU9kr-YQoJU

LM35 Temperature Sensor:

https://www.youtube.com/watch?v=rPVweudOgC8

RGB LED Module:

https://www.youtube.com/watch?v=7NIzQpjTXWg

Crash Sensor:

https://www.youtube.com/watch?v=p6tulc56X_A

Task 2:

The Passive Buzzer Brick to Buzz a sound when the game mission has failed, meaning the players have lost the game.

RGB LED Module can be use to direct users on their progress and provide hints to them during the game.

Task 1:

https://www.youtube.com/watch?v=4Xqp8Vo6Fag - RGB LED module

https://www.youtube.com/watch?v=4dcLdd_Rbak - Analog touch sensor

https://www.youtube.com/watch?v=oU9kr-YQoJU - Digital push buttons

https://www.youtube.com/watch?v=p6tulc56X_A - Crash sensor

https://www.youtube.com/watch?v=ExhEdLY7cVc - Ultraviolet sensor

https://www.youtube.com/watch?v=W3M9qy3b3gM - PIR motion sensor

Task 2:

RGB LED module:

Can be integrated into my installation where when visitors perform a certain input, the LEDs will light up in a special way

PIR motion sensor:

When visitors walk close to the installation, the motion sensors will be triggered, which triggers the LED lights to perform a certain action

Task 1:

1) Piranha LED module, built-in circuitry for controlling brightness, color temperature, or other features in more advanced systems. Used in traffic signals or large display panels. https://youtu.be/HxwLqtisWV8?si=jHoSvRqQTjkj2QB_

2) Passive buzzer module works by vibrating when an oscillating signal is applied to it. Good component to use for sound customization. https://youtu.be/cZKh80yC0_U?si=EfkIjFXUZwhTX04l

3) Crash sensor is used to detect sudden impacts, collisions, or changes in velocity, typically in vehicles. https://youtu.be/p6tulc56X_A?si=eJMwxFiiRml4eOVf

4) Photo interrupter module is a type of optical sensor that detects the presence or absence of an object by using a light beam, typically an infrared LED. Motion sensor. https://youtu.be/jSXZsI_gfCU?si=lDSoKhMDw6NUQGq4

5) Hall magnetic sensor detects the presence, strength, and polarity of a magnetic field by utilizing the Hall effect. Used in applications such as speed measurement. https://youtu.be/eTZAiz9YbV0?si=EPxb4D8-o1t8liWx

6) Analog rotation sensor detects the angular position of a rotating object and converts it into a corresponding analog voltage. Used in applications such as motor control, joysticks, robotics, volume control, and industrial machinery due to their simplicity, sensitivity, and low cost. https://youtu.be/b0VqvOYYjGU?si=QCNyTD_F7H6N4aXZ

Task 2:

1) Piranha LED module can be integrated into my installation where LED light can display the image selected and the difference of light brightness when the user is correct and done with the game.

2) Passive buzzer module can be integrated as a sound system for the game when it starts to end. Different song played for the user when they win or lose or when the time is up.

3) Photo interrupter module can be integrated where the screen and game can light up and start when the user is near or when the user is selecting an imagine of choice by motion sensor.

Task 1:

Capactive Touch Sensor:

Function: It detects when someone or something is within the proximity

https://youtu.be/HiYFKWMyFpg

Digital Tilt Sensor:

Function: It detects changes in orientation or tilt, allowing the microbit to sense when it is moved or tilted in a particular direction.

https://youtu.be/46Z-6MVxKnc

RGB LED Module:

Function: It can be used to display a variety of colors and light patterns, providing a dynamic visual output.

https://youtu.be/3S-kdsjgAuE?si=HhQtDtraReYxx_ZD

Reed Switch Module:

Function: Reed switches can trigger actions when magnets are brought close or removed.

https://youtu.be/lZvsF3IijVw?si=plOPGQTSGWfYXPsN

PIR Motion Sensor:

Function: When it detects motion, it sends a signal to the Microbit, allowing you to trigger an action in response. For example, you could turn on an LED, play a sound, or activate a motor when motion is detected.

https://youtu.be/oWjp6UKV9TQ?si=a9etzaiJ8hSjkjJl

Analog Temperature Sensor:

Function: The sensor can trigger various actions based on the temperature. For example, if the temperature rises above a certain point, the Microbit could activate a fan, send a message, or perform any other pre-programmed task.

https://youtu.be/gPSWTbeVCkw?si=BziCWMVWndFlZhNf

Task 2:

Tilt sensor can be used to determine when the person change the orientation of the seashell

RGB LED Module can be used to display the lights on the building sculptures

Nadhrah

Task 1 :

1. Piranha LED module - bright, durable, energy-efficient LED with a wide viewing angle (100°-120°). It’s used in signage, automotive lighting, and backlighting

(https://youtu.be/HxwLqtisWV8?si=pPK5uwamw72ZEAYR)

2. Digital tilt sensor - detects angle changes and outputs a HIGH/LOW signal for motion detection, robotics, and security

(https://youtu.be/sZ0nYXibKIk?si=eSsORFSoWEVD2tF5)

3. Analog rotation sensor - measures rotational angle and outputs a variable voltage based on position. Used in robotics, volume control, and motion tracking

(https://youtu.be/b0VqvOYYjGU?si=n2Vm52J1wxvcd4XS)

4. Hall magnetic sensor - detects magnetic fields and outputs a voltage signal. It’s used in position sensing, speed detection, and current sensing

(https://youtu.be/eTZAiz9YbV0?si=fgoUSBOV08IKnFcp)

5. Digital push button - simple on/off switch that sends a digital signal (HIGH/LOW) when pressed. It's used in user interfaces, control systems, and electronics projects

(https://youtu.be/oU9kr-YQoJU?si=Fl9Cv0I2NKhVhpbF)

6. Crash sensor - detects sudden impacts or changes in velocity, triggering an alert or response. It’s commonly used in vehicle safety systems, airbags, and industrial equipment

 (https://youtu.be/p6tulc56X_A?si=8kuCNxhwyx9c5QdP)

Task 2 :

Hall magnetic sensor- It can be use to sense where each slider is moved and its position on the board

Piranha LED module- It can light up when the sliders reach the ends of the board 

Task 1:

PIR Motion Sensor

Detects motion by sensing infrared radiation from objects, often used in security systems or lighting.

https://youtu.be/oWjp6UKV9TQ?si=ISMqJoNDQ5uNNpwh

Capacity Touch Sensor

Detects human touch based on capacitance changes, used in touchscreens or touch-activated devices.

https://youtu.be/TfC-UTYtsxo?si=Mw9vJmYCDHBNAxV3

Digital Pushed Button

Detects on/off states (pressed or unpressed), commonly used in simple user interfaces or controls.

https://youtu.be/oU9kr-YQoJU?si=wFJBCbvoUaztREPG

Reed Switch Module

Detects magnetic fields, often used in door/window sensors or security systems.

https://youtu.be/Gt9TWW0NtrE?si=QG_5QMQPLyPRVE4G

Analog Sound Sensor

Detects sound levels or vibrations, used for sound-activated devices or noise monitoring.

https://youtu.be/oeK9KaQv8Qk?si=mxT5q2YKhMZ7nPJ9

Piranha LED Module

Emits light for visual displays or indicators, used in various applications for clear, bright visuals.

https://youtu.be/HxwLqtisWV8?si=nqjxNfUE6FUdod6O

Task 2:

My installation requires people to interact with the installation by stepping on the floor sections to trigger the sensors, thus changing the floor light from red to green.

Capacitive Touch Sensor: When a person steps on a section of the floor, the capacitive touch sensor would detect the touch and send a signal to the microcontroller. As people step on various sections, the microcontroller could update the floor’s lights (changing from red to green) and also play the melody once all sections are green. The sound could be triggered when the final section turns green.

PIR Motion Sensor: Alternatively, the PIR sensor could detect when people are moving or standing on the floor. The microcontroller would interpret the signal from the PIR sensor to change the lights and, once all people are in place, it could trigger the melody.

Task 1:

1. Reaction Game with LED Indicators

Description: This project demonstrates creating a reaction game using the Micro:bit's LED display and external buttons. Players must press a button as quickly as possible when an LED lights up, testing their reaction time.

Relevance to Your Project: The reaction game mechanics can be adapted to your initial gameplay phase, where users respond to blinking keyboard lights.

Resource: Reaction Game (LED Version) - Brown Dog Gadgets Guides

2. Capacitive Touch Sensors for Keyboard Input

Description: This guide explores how to implement capacitive touch sensing with the Micro:bit, allowing for touch-based inputs without mechanical buttons.

Relevance to Your Project: By using capacitive touch sensors, you can design a sleek keyboard interface where each key responds to touch, enhancing the user experience.

Resource: Capacitive Touch With micro:bit - ukBaz Notes

3. Micro:bit Reaction Time Game Tutorial

Description: This tutorial provides a step-by-step guide to creating a reaction time game using the Micro:bit, focusing on coding and hardware integration.

Relevance to Your Project: Offers insights into programming the Micro:bit for timing-based games, which can be applied to your reaction-based gameplay.

Resource: Reaction game - Micro:bit

4. Capacitive Touch Sensing Techniques

Description: An in-depth article explaining how capacitive touch sensing works and how to implement it with the Micro:bit.

Relevance to Your Project: Provides technical details on setting up capacitive touch inputs, essential for creating a responsive keyboard panel.

Resource: Capacitive Touch Sensing - micro:bit - Microsoft MakeCode

5. Programming a Passive Buzzer to Play Music with Micro:bit

This tutorial demonstrates how to connect and program a passive buzzer with the Micro:bit, allowing you to generate various tones and melodies. While the focus is on music, the principles can be applied to create sound effects for your reaction game, such as countdown beeps or success tones.

Resource: https://youtu.be/syHqaix_oig

6. Capacitive Touch Sensor Integration Video

Description: A video tutorial on using a capacitive touch sensor with the Micro:bit, including setup and coding instructions.

Relevance to Your Project: Visual guidance on integrating capacitive touch sensors, which can be useful for your touch-sensitive keyboard design.

Resource: Using a Capacitive Touch Sensor with your Micro:bit - YouTube

Task 2:

1. LEDs / RGB Modules → For blinking keyboard lights as a reaction test.

2. Capacitive Touch Sensors → To detect player input when pressing the keyboard keys.

3. Ultrasonic Sensor → To detect proximity if you want to add a challenge where players have to be at a certain distance before pressing keys.

4. Servo Motor → If you want to adjust the blurriness of the panel dynamically (e.g., moving a frosted film layer over the panel).

5. Buzzer Module: For audio feedback, instructions, and game status during the game.

6. Photo Interrupter Module → To track when a player successfully presses a key (alternative to capacitive touch sensors).

   
   

   (From ChatGPT)

Task 1

Digital push button

The digital push button on a micro:bit serves as an input device that detects whether the button is pressed or not. It can be used to trigger actions or events in a program, such as turning on an LED or changing modes.

https://www.youtube.com/watch?v=IiSqzi-v6jc&ab_channel=RahulB

PIR Motion Sensor

The PIR motion sensor for micro:bit detects motion by sensing changes in infrared radiation. It triggers actions, such as turning on LEDs or sounding an alarm, when motion is detected. It's commonly used for security or automation applications, providing energy-efficient motion detection.

https://www.youtube.com/watch?v=_nI336ZbHcQ&ab_channel=PauricO%27Donnell

RGB Light Sensor

The RGB Light Module for micro:bit allows you to control and display a range of colors by adjusting the red, green, and blue light intensities. It can be used to create various lighting effects or display visual signals, adding color-based feedback or decoration to your projects.

https://www.youtube.com/watch?v=1PhghS_-NYc&ab_channel=MattMoore%28AlwaysComputing%29

Analog Sound Sensor

It outputs an analog signal that the micro:bit can read to measure sound intensity. This sensor can be used to trigger actions or responses based on the volume of the detected sound, such as activating LEDs or playing sounds.

https://www.youtube.com/watch?v=waIdGCitbH4&ab_channel=Micro%3AbitEducationalFound

ation

TEMT6000 Ambient Light

It outputs an analog signal that the micro:bit can read to measure light levels. This sensor can be used to trigger actions based on light changes, such as adjusting brightness or activating devices in response to lighting conditions.

https://www.youtube.com/watch?v=ii0U_FMr-Z4&ab_channel=Micro%3AbitEducationalFoundation

Digital WhiteLED Module

The Digital White LED Module for micro:bit provides a white light source that can be controlled digitally. It can be used to emit white light in your projects, and you can adjust its brightness or turn it on/off based on specific conditions, such as user input or sensor readings.

https://www.youtube.com/watch?v=Mg8JHclI2MQ&ab_channel=keyestudioRobot

Task 2

Motion sensor (Module)

(When people walk past, it will trigger the light (module) of the street light and the analog sound sensor (Module) to make the kampong musical theme in a faint volume)

1st Digital Push Button (Front) (Module)

(When button is pressed, ambient light(Module) will light up the place to show a warm mood environment

2nd Digital Push Button (Back) (Module)

It will light up the inside of the house and show the environment in the house showing people inside enjoying themselves with different harmony

Task 1:

Hall Magnetic Sensor:

A sensor that detects the presence and strength of a magnetic field, often used for proximity or position sensing.

How to use Analog Hall Magnetic sensor module (KY035) with Arduino - Tutorial + DOWNLOAD CODE

Capacitive Touch Sensor:

A sensor that detects touch by measuring changes in capacitance caused by the human body's conductive properties.

https://www.youtube.com/watch?v=TfC-UTYtsxo

RGB LED Module:

A module that emits light in red, green, and blue colors, allowing for customizable color combinations by adjusting the intensity of each LED. https://www.youtube.com/watch?v=EILbEnj4YsM

Digital Push Button:

A simple switch that sends a digital signal (on/off) when pressed, often used as an input in electronics.

https://www.youtube.com/watch?v=oU9kr-YQoJU

Digital Sound Buzzer:

An electronic device that produces sound or tones when powered, used for alerts or notifications.

https://www.youtube.com/watch?v=wCmIxkIy920

Reed Switch Sensor:

A magnetic switch that opens or closes when exposed to a magnetic field, commonly used in security or position sensing applications.

https://www.youtube.com/watch?v=Gt9TWW0NtrE

Task 2:

Hall Magnetic Sensor: Can be implemented into the base of my model to detect when the user places the magnetic item onto the sensor and trigger the lights

RGB LED Module: Can be implemented into my model for lights representing the visuals on the wall

Digital Sound Buzzer: Can be implemented into my model to play melodies when user removes the magnetic item from the hall magnetic sensor.

Task 1

• Piranha LED Module
  Emits light for visual indicators or displays, commonly used in various applications requiring clear, bright visuals.
  

• Reed Switch Module
  Detects magnetic fields, typically used in systems for door/window monitoring or security purposes.
  

• Digital Pushed Button
  Detects the on/off state (pressed or unpressed), frequently used in user interfaces or simple control systems.
  

• Analog Sound Sensor
  Senses sound levels or vibrations, applied in sound-activated devices or for monitoring noise levels.
  

• PIR Motion Sensor
  Detects motion by sensing infrared radiation, often integrated into security systems or automated lighting.
  

• Capacity Touch Sensor
  Senses human touch through changes in capacitance, used in touchscreens or devices that activate with a touch.
  Watch here

Task 2:

micro:bit (x 2 or more)

2. Micro USB Cables (x 2 or more)

3. Speaker (optional, for louder sound)

4. Battery Pack or Power Supply

5. Radio Communication (Software)

^{Task 1:}

^{Chosen Sensors:}

1. PIR Motion Sensor:https://youtu.be/f1LZGf_zxQg?si=vFUU9cBpIgpQWkYB

   Detects motion near the installation, triggering changes in lighting or sounds. This aligns with the interactive aspect of the installation, where the artwork responds to the viewer’s presence.

1. RGB LED Module:https://youtu.be/5LYYMYqFfls?si=84XMDSjLVVL-gLEX

   These LEDs will be used to create dynamic lighting effects on the artwork. The RGB LED module can be used to change colors, add depth, and enhance the interactivity of the painting when it detects motion or touch.

1. Capacitive Touch Sensor: https://youtu.be/JuV29EQ96uQ?si=5VFDPh0994oFBbWx

   Used for touch-based interaction with the artwork. When a user touches specific areas of the painting, the sensor will trigger light and sound effects in those areas.

1. Digital Buzzer Module: https://youtu.be/gj-H_agfd6U?si=RYCrHMPZmas-yw15

   For sound feedback. use the digital buzzer module to generate tones or sound effects when the PIR motion sensor or touch sensor is activated.

Task 2: