SMART INNOVATION: BRIDGING CREATIVITY AND TECHNOLOGY

This peer tutoring introduction guides novice learners in the ardu-spike journey.

1. SMART INNOVATION: ARDU-SPIKE PROGRAM Presented by: ARABELLE R. CONCEPCION BRIDGING CREATIVITY & TECHNOLOGY WITH ARDUINO & SPIKE PRIME

2. OBJECTIVES Describe Spike Prime and Arduino Uno; Explain its parts and function and; Infer how Spike Prime and Arduino uno can be used in different sectors. Appreciate how these technologies and innovation help in learning electronics.

3. ARDUINO UNO Arduino is an open-source electronics platform based on simple software and hardware. It’s designed for creating interactive projects, from beginner to advanced level. Definition Purpose

4. Why Choose Arduino? Affordability: Low-cost platform ideal for hobbyists and professionals alike. Ease of Use: Simple to learn and program. Flexibility: Can be used in a variety of projects, from small devices to complex systems. Community Support: Large, active community with resources like tutorials, forums, and libraries.

5. ARDUINO BOARD OVERVIEW Microcontroller: The central processing unit (CPU) that runs the program. Input/Output Pins: Digital and analog pins used to connect to sensors, actuators, and other devices. Power Supply: USB connection or external battery supply.

6. ARDUINO BOARD OVERVIEW LED: For basic debugging (e.g., built-in LED to indicate if the board is working). USB Port: For programming and power.

7. ARDUINO BOARD OVERVIEW

8. PARTS OF ARDUINO BOARD The heart of the Arduino, processes instructions. Microcontroller (e.g., ATmega328) Used for reading or sending digital signals (HIGH or LOW). Digital I/O Pins For receiving analog signals (like sensor data). Analog Input Pins For controlling motors, LED brightness, etc. PWM Pins (Pulse Width Modulation)

9. PARTS OF ARDUINO BOARD Resets the board to restart the program. Reset Button Ensures the board gets a steady voltage (typically 5V or 3.3V). Voltage Regulator

10. How Arduino Work? Programming: Use the Arduino IDE (Integrated Development Environment) to write code. Uploading: Upload code via USB to the Arduino board. Execution: The microcontroller reads the uploaded code and controls the attached components (sensors, actuators). Interactivity: Arduino interacts with the environment (light sensors, temperature sensors, motors, etc.).

11. Arduino Programming Basics Programs written for Arduino are called "sketches." Syntax: C/C++ based. Setup(): Runs once at the start to set up the environment (e.g., initializing sensors). Loop(): Continuously runs to interact with the system (e.g., reading sensor data and controlling output). Sketches Two Main Functions:

12. APPLICATION OF ARDUINO 01 Robotics 03 Wearable Technology 02 Home Automation 04 IoT (Internet of Things) Building autonomous robots or controlling robotic arms. Example: A robot that follows a line or navigates using sensors. Creating devices that can be worn on the body for health, fitness, or entertainment purposes. Example: Heart rate monitors or smartwatches. Automating lights, fans, security systems, etc. Example: Smart home systems controlled via Bluetooth or Wi-Fi. Connecting everyday objects to the internet for remote control and data collection. Example: Smart thermostats, weather stations.

13. Learning Tool: A great platform for teaching students about electronics and programming. Interactive Projects: Projects like automatic plant watering systems, alarm systems, or interactive games. STEM Education: Arduino helps engage students in Science, Technology, Engineering, and Math (STEM). ARDUINO ON EDUCATION

14. Arduino can be used for automation of factory machinery, monitoring systems, and sensor networks. Automation Arduino can be integrated into more complex embedded systems. Embedded Systems Arduino in Industrial Applications Quick prototyping for new products and systems. Prototyping

15. ARDUINO IN AGRICULTURE Monitoring soil moisture, weather conditions, and crop health using sensors. Systems that automatically water plants based on sensor data. Precision Farming Automated Irrigation

16. ARDUINO IN HEALTHCARE Medical Devices: Custom-built medical devices like blood pressure monitors, heart rate sensors, etc. Remote Monitoring: Arduino-based devices to monitor patient health remotely.

17. SPIKE PRIME SPIKE Prime is a robotics kit developed by LEGO Education designed to teach STEM concepts to students of all ages. It helps users develop problem-solving, critical thinking, and engineering skills. Definition Purpose

18. Why Choose Spike Prime? Interactive Learning: Engages students with hands-on building and programming. Modular Design: Customizable and adaptable to create a wide range of projects. User-Friendly: Drag-and-drop programming interface, making it accessible to beginners. STEAM Education: Focuses on Science, Technology, Engineering, Art, and Mathematics learning.

19. KEY FEATURES OF SPIKE PRIME Programmable Hub: Central unit to control the robot, connect sensors, and execute code. Motors: For movement and action in the robotic projects. Sensors: Provides input for interaction with the environment. LEGO Bricks: Allows users to build custom structures, vehicles, and robots. Software: Intuitive programming environment for coding and controlling robots.

20. Contains the brain of the system, programmable using the SPIKE app. Includes a 6-axis gyro, Bluetooth, and a rechargeable battery. Spike Prime Hub Color Sensor: Detects colors, lights, and proximity. Distance Sensor: Measures distances to obstacles. Force Sensor: Detects pressure or force. Sensors Parts of Spike Prime Three high-torque motors for driving wheels, rotating arms, or controlling other parts. Motors

21. Variety of LEGO pieces for constructing different robots and systems. LEGO Building Elements For charging the hub and connecting to a computer for programming. USB-C Port Parts of Spike Prime

22. How Spike Prime Work? Building : Use the LEGO building elements to assemble different structures or robots. Programming : Use the SPIKE App (based on Scratch and Python) to program the hub, motors, and sensors. Execution : Once programmed, the robot can execute the tasks like moving, sensing, or reacting to its environment. Testing & Iteration : Students can test and modify their designs to improve their robots.

23. SPIKE Prime Programming Interface Drag-and-Drop Programming : Simple blocks for beginners to get started with coding . Python Integration : Advanced users can write Python code to control the robots . Real-Time Feedback : See how your robot behaves in real time during testing and debugging .

24. APPLICATION OF SPIKE PRIME 01 STEM Education 03 Coding & Programming 02 Robotics Competitions Teaches fundamental principles of robotics, engineering, and programming. Example: Students build and program robots to follow a line or complete tasks. Introduces students to the basics of programming logic, algorithms, and debugging . Example : Students program robots to interact with their environment based on sensor input. SPIKE Prime is widely used in competitions like FIRST LEGO League (FLL ). Example : Robots built with SPIKE Prime compete in challenges involving autonomous tasks.

25. Classroom Learning : SPIKE Prime enables students to learn by building, coding, and problem-solving . Teacher Support : Comes with lesson plans and curriculum to integrate seamlessly into classrooms . Collaboration: Encourages teamwork and collaborative problem-solving among students . Creative Projects : Students can design their own robots for various educational projects. SPIKE PRIME ON EDUCATION

26. SPIKE Prime in Engineering & Design Engineers and designers can use SPIKE Prime to create prototypes of mechanical systems and test their functionality. Helps foster creativity and innovative thinking by allowing users to build and test their own designs. Prototype Development Problem-Solving & Innovation

27. SPIKE Prime in Industry Used to teach automation processes and robotic manufacturing . Example : Basic robots in factories can be modeled using SPIKE Prime’s motor and sensor systems. Product designers can prototype simple machines or automation systems for testing purposes. Automation Product Development

28. SPIKE Prime in Other Fields AGRICULTURE Automated Farming Tools: Robots built using SPIKE Prime to assist in tasks like monitoring crops or collecting data. HEALTHCARE Medical Prototypes: Engineers can use SPIKE Prime to prototype robotic aids or tools . ENTERTAINMENT AND MEDIA Interactive Art : SPIKE Prime robots can be used in media installations or as interactive pieces of art.

29. SMART INNOVATION: ARDU-SPIKE PROGRAM Presented by: ARABELLE R. CONCEPCION BRIDGING CREATIVITY & TECHNOLOGY WITH ARDUINO & SPIKE PRIME