Introduction

As a passionate student of Mechanical Engineering with a minor in Mechatronics at Villanova University, I have delved deep into the world of Arduino, exploring its vast potential in creating innovative and interactive projects. This section of my portfolio is dedicated to showcasing my Arduino projects, highlighting my hands-on experience and technical expertise.

Arduino Skills and Techniques

• Arduino Programming

  
  

  Advanced skills in programming Arduino microcontrollers, essential for creating smart and interactive devices.

  
  

• Sensor Integration and Interaction

  
  

  Extensive experience in integrating a variety of sensors (pressure, photo, sound) with Arduino to create responsive and interactive projects.

  
  

• Actuator Control

  
  

  Proficient in using actuators in conjunction with Arduino to bring motion and action to my projects.

  
  

• Innovative Problem Solving

  
  

  A strong focus on innovation, leveraging Arduino's flexibility to solve complex problems in unique ways.

Featured Project: Interactive Puzzle Box

• Project Concept

  
  

  Developed an engaging puzzle box using Arduino as the central control unit. This project uniquely combines pressure, photo, and sound sensors with actuators and an LCD display, all orchestrated through Arduino.

  
  

• Functionality & Creativity

  
  

  The box presents a randomized puzzle, controlled by Arduino, challenging users to solve it using clues from the integrated sensors. A unique aspect of this project is the humorous glitter spray mechanism activated when the puzzle is solved incorrectly, showcasing my ability to infuse creativity into technical projects.

Applying Arduino in Mechatronics

• Beyond the Classroom

  
  

  While these projects were part of my academic coursework, they extended beyond traditional learning, allowing me to experiment and innovate with Arduino in real-world applications.

  
  

• Skill Enhancement

  
  

  Through these projects, I honed my skills in Arduino programming, electronic circuit design, and integrating various hardware components to create cohesive systems.

Reflection on Arduino Projects

• Key Takeaways

  
  

  These Arduino-based projects were instrumental in enhancing my practical engineering skills, particularly in robotics and automation.

  
  

• Future Pursuits

  
  

  My experience with Arduino has sparked a deeper interest in exploring advanced robotics and smart systems, guiding my future academic and professional pursuits in this exciting field.