The Erasmus+ project STEPS has successfully sparked interest in STEM among students, leading to increased participation in activities such as robotics, coding, and 3D printing. Students have also joined teams to compete in competitions like the World Robot Olympiad and Greek National Robotic competi

3 views • 8 slides

Explore the evolution of Arduino Core API with advancements in Zephyr and Linux for IoT systems. Learn how developers can leverage Zephyr RTOS features with Arduino-style syntax, making development easier and more efficient. Discover the benefits of integrating Arduino with Zephyr for enhanced debug

3 views • 30 slides

Explore the world of microcontrollers and single-board computers, from the history of Intel 4004 to the popular Arduino and Raspberry Pi models. Learn the differences between SBMCs and SBCs, major manufacturers like Arduino, Raspberry Pi, and more, and their applications in physical computing, IoT,

0 views • 21 slides

Explore the educational journey in the Professional Talim Fakulteti focusing on teaching 6th-grade students about Arduino technology and its possibilities. Discover the objectives, structure, engaging activities, and challenges faced in this innovative learning experience. Embrace the world of Ardui

3 views • 17 slides

Explore the world of Arduino microcontrollers through an engaging activity aimed at building a scientific instrument to measure temperature. The detailed outline covers parts, functions, and where to source supplies. Learn about the versatile Arduino platform, its inputs, outputs, and programming la

4 views • 16 slides

Dive into the fascinating realm of Arduino microcontrollers, the go-to tool for artists, hobbyists, and students alike. Discover the versatility and power of Arduino boards, learn about the Arduino Uno, different types of Arduino boards, and how to code in Arduino using the IDE across various platfo

0 views • 19 slides

Introduction to an Arduino-based light tracking system using Cadmium Sulfide light-dependent resistors. The system tracks the maximum light intensity and automatically adjusts its direction towards the brightest source. It includes an Arduino-based Lux Meter and specifications such as DAC resolution

0 views • 7 slides

Discover the Arduino Mega 2560, a powerful microcontroller board with extensive capabilities for complex projects. With 54 digital I/O pins, 16 analog inputs, and versatile communication options, it offers flexibility for a variety of applications. Explore its power options, memory capacity, and pro

3 views • 13 slides

Connect your Arduino Mega 2560 to a computer, power the Sunfounder Ultrasonic Sensor, and interface with Arduino Create. Follow steps to set up the hardware and verify the code for a smooth operation.

0 views • 12 slides

This challenge calls for creating an inexpensive digital remote readout for azimuth, particularly useful in EME and microwaves. The project involves expertise with microprocessors like PIC, Arduino, Raspberry Pi, etc. The goal is to develop a functional system, share the plans, and the parts expense

0 views • 12 slides

In this lab project for Introduction to Engineering & Design, students work on prototyping a thermal insulation device using microcontrollers and sensors. The objective is to control an LED with a button, test a design prototype, and create a device to slow the rate of heat loss. Background informat

2 views • 23 slides

The Introduction to Arduino for Harpeth Hall Winterim January 2016 covered the basics of Arduino Uno, a user-friendly microcontroller that can be used for various projects. The workshop included information on what Arduino can do, its applications like building robots and automated systems, and othe

0 views • 27 slides

Arduino, developed for physical computing, allows interaction with the world through minimalist programming and forgiving circuitry. Learn about different Arduino varieties, its applications in teaching electronics, and the rewarding experiences students gain. The philosophical approach focuses on t

4 views • 24 slides

Explore the Drone Project by Krish Kabra & Stefan Orosco, detailing the creation of a DIY Quadcopter Drone with Arduino-based control, radio-frequency, PID stabilization, collision avoidance, and voice control. Discover its applications in search and rescue, agriculture, entertainment, and defense,

0 views • 27 slides

This introduces the Advanced Circuits group's Week 1 exercises aiming to wire up a smart home with interconnected sensors, Google Home/Alexa, and multipurpose buttons. The plan includes using Arduino, battery, breadboard, lights, LDR, motion sensor, gas sensor, and door lock servo with a keypad over

0 views • 11 slides

Explore the creation of an interactive air piano using Arduino microcontroller, photoresistors, sensors, and a control module for volume and effects manipulation. The project involves swiping fingers over holes to trigger keys, communicating with a PC via MIDI, and integrating various components for

0 views • 14 slides

Using remote sensing with IR sensors and Arduino Uno, the study measures distances between CMS yokes. Initial results show accuracy between 30-150mm, but lower values need further calibration due to IR sensor response limitations. Future work includes developing code for multiple sensors and creatin

0 views • 5 slides

Ethar, Abu Sarah, Dr. Luai Malhis, and Baidaa Al Bzoor have developed a tank-filling lorry powered by a self-controlling robot car that follows predetermined paths to specific tanks and utilizes RF signals for operation. The project aims to address water distribution challenges by creating a machine

0 views • 22 slides

Effects of gastrointestinal motility in understanding disease and nutrition in cattle are actively researched. This study explores monitoring ruminal contractions using a cost-effective electronic stethoscope. The device, developed with Arduino technology, showed promising results in capturing inter

0 views • 35 slides

Greenhouses are controlled environments for plant growth, requiring precise climatic control. Utilizing Arduino technology along with sensors and actuators, this system can monitor and adjust conditions autonomously. Sensors measure data like temperature and humidity, triggering actions such as acti

0 views • 21 slides

An overview of the AEV presentation featuring Sean Finnessy, Di Wu, and Dalton Rowell, showcasing the final design, coding process, energy analysis, and conclusions. The final design named "Slave" includes an L-shaped arm, strategically placed battery and Arduino, and reversed propellers for enhance

0 views • 16 slides

Learn the fundamentals of working with LEDs and Arduino by directly wiring an LED to a 5V source, choosing the right resistor for optimal performance, understanding LED circuit diagrams, and controlling the LED with a push button switch. Explore the components needed and gain insights into designing

0 views • 15 slides

Explore a series of challenges to build, program, and experiment with Arduino circuits, ranging from basic LED setups to utilizing sensors like LDR for advanced projects. Start with simple tasks and progress to more complex setups to enhance your knowledge and skills in electronics and programming.

0 views • 10 slides

Explore exciting Arduino projects involving 9 LEDs, from displaying names to blinking sequences controlled by push buttons. Learn how to create circuits and interact with the Serial Monitor to print letters with LEDs.

0 views • 4 slides

In this meeting, the Electrochemical Sensing Module based on the EmStat-pico potentiostat was discussed. The module features precise, low-power control unit Arduino MKR Zero and supports techniques such as voltammetry and EIS. Potentiostat parameters include a full dc-potential range, EIS frequency

0 views • 16 slides

The Windmill project, led by PDR Scott Strycker, Koosha Daneshi, and Ian Nelson, involves a windmill design without a gearbox. The project includes a work breakdown structure, Gantt chart, level two functional decomposition, schematic, and risk mitigation plan. Key risk mitigation strategies include

0 views • 6 slides

Adithya Kumar, an eighth-grade student, has designed a groundbreaking Mind Controlled Robot project that allows users to control a robot using brain waves. The project utilizes a Mindwave EEG headset, Arduino Uno motherboard kit, and various materials. Adithya's detailed experimental design and proc

0 views • 11 slides

In this content, we dive into different projects involving relays and sensors. From controlling a relay with Arduino to using light sensors and joysticks for interactive applications, these projects offer a hands-on approach to understanding and experimenting with electronic components. Additionally

0 views • 11 slides

This research explores the adaptation of linear hashing for improved data handling on flash memory-constrained embedded devices. Motivated by the increasing data collection by IoT devices, the study focuses on implementing database structures like a linear hash table for efficient data processing. T

0 views • 67 slides

Microprocessors function as finite state machines, with instructions loaded from memory and executed in sequence. However, interrupts allow for urgent out-of-turn servicing of signals, providing a way to handle asynchronous events. Learn how to utilize interrupts efficiently with examples on Arduino

0 views • 9 slides

The lecture covers timer basics for Arduino Uno/Nano, discussing available timers, prescaler options, PWM frequencies, and implementation details. It explains prescaling and frequency concepts, wrap times for Timer0, Timer1, and Timer2, and the importance of timed interrupts for creating a schedule

0 views • 21 slides

Interrupts play a crucial role in Arduino programming, allowing for immediate responses to external events. This content covers the concepts of timer interrupts and external interrupts, their applications, and how to use them effectively in Arduino projects. It explains how interrupts work, provides

0 views • 11 slides

Delve into the world of real-time clock (RTC) experiments using the DS1307 serial real-time clock with this comprehensive guide. Learn how to write to and read from the RTC, set up the board with Arduino, utilize interrupts for RTC reading, and more through step-by-step instructions and insightful v

0 views • 15 slides

Explore the innovative Connected Alarm Clock IoT project developed by EFREI-M1-CLOCK students. This project combines traditional alarm clock features with IoT technology, allowing users to set unlimited alarms remotely. The system includes equipment such as RTC DS3231, Arduino UNO, Wi-Fi Rev2, and o

0 views • 7 slides

In this comprehensive guide, learn how to effectively utilize GitHub and Arduino for your projects. From creating a repository to uploading code downloaded from GitHub to Arduino, this walkthrough covers each step in detail with accompanying images for visual reference.

0 views • 26 slides

Explore the key features of the Arduino board, including its open-source design, types such as Uno and Mega, essential components like power sources and I/O pins, notes on usability, and the concept of Arduino Shields. Learn how to use a breadboard for connecting devices in robotics projects effecti

0 views • 21 slides

This content provides a detailed overview of an open-source hardware and software project focusing on Arduino development. It covers topics such as hardware specifications, software components, sketching, compilation, execution, and utilizing interactive shields. Martin Kruli presents comprehensive

0 views • 12 slides

This workshop provides a basic introduction to Arduino microcontrollers, teaching participants how to connect their Arduino to a breadboard and activate an LED light. Sessions cover hardware, coding challenges, IDE basics, and more. No tools are required—just curiosity and patience!

0 views • 20 slides

Explore the practical application of Arduino's digital-to-analog converter (DAC) and pulse width modulation (PWM) techniques through projects involving RGB LED modules, analog joysticks, and stepper motors. Learn to control RGB LED colors, read analog joystick input values, and operate stepper motor

0 views • 10 slides

Learn how to efficiently capture data from an Arduino device using CoolTerm. Follow the step-by-step instructions to set up the serial port, choose baud rates, start data capture to a text file, establish a connection, and manage data acquisition. Ensure only one program uses the serial port at a ti

0 views • 5 slides