Overview

In the Beetle Bot Project, I played a pivotal role in a four-member team dedicated to designing and constructing a miniature combat robot from scratch. This endeavor was part of an innovative course offered by Villanova University's Mechanical Engineering department, challenging sophomore students to apply theoretical knowledge in a practical, competitive environment.

Project Description

Our objective was to create a robust and agile robot capable of engaging in combat scenarios. The design process involved meticulous planning, creative problem-solving, and the integration of various mechanical and electronic components.

Key features of our robot included:

• Customized Design

  
  

  Tailored the robot's architecture to optimize for agility and durability in combat scenarios.

  
  

• Integration of Control Systems

  
  

  Implemented an efficient control system to maneuver the robot effectively during competitions.

  
  

• Material Selection

  
  

  Carefully selected materials that offered the ideal balance between weight and strength.

Achievements

• 4th Position Achievement

  
  

  Our team's robot secured the 4th position among all sophomore-year Mechanical Engineering students participating in the course. This achievement was a testament to our innovative design approach and effective teamwork.

  
  

• Skill Development

  
  

  The project enhanced my skills in robotics, mechanical design, teamwork, and problem-solving, preparing me for more advanced challenges in the field of robotics and mechatronics.

Reflection

This project was not only an academic exercise but also a thrilling journey into the world of robotics and engineering. It allowed me to explore the practical aspects of mechanical engineering and robotics, pushing the boundaries of my creativity and technical skills. The experience gained from the Beetle Bot Project has been instrumental in shaping my approach to robotics and will undoubtedly influence my future endeavors in the field.