Ravi Patel

Ravi Patel

Interested in robotics and automation technologies.

Currently: B.Tech - Mechanical Engineering, Chhatrapati Shivaji Maharaj University

✨ My Journey So Far

2021 – B.Tech - Mechanical Engineering, Chhatrapati Shivaji Maharaj University

Pursuing a degree in Mechanical Engineering with a keen interest in robotics and automation.

2021 - Present βœ… Current Role

2022 – Robotics Specialization

Completed an in-depth course on robotics covering basic kinematics and automation.

2022 - 2022

2022 – Automated Robotic Arm

Designed and built a robotic arm to automate repetitive physical tasks.

2022 - 2023 πŸ’‘ Breakthrough 🌟 Impactful

2022 – Solar-powered Fan System

Developed a sustainable fan system powered entirely by solar energy.

2022 - 2023 🎯 Milestone 🌟 Impactful

🧩 Proof of Work

πŸ“„ Text Project
Robotics Automation

Automated Robotic Arm

Ravi Patel, a Mechanical Engineering student from Chhatrapati Shivaji Maharaj University, designed and built a robotic arm capable of performing simple repetitive tasks. This project focused on automation and the integration of mechanical systems to enhance efficiency. The robotic arm I was designed using CAD tools and then built with precision engineering to ensure smooth and accurate movements. Ravi employed stepper motors and sensors to allow the arm to carry out basic functions such as picking and placing objects, mimicking the work that human hands do in a manufacturing environment. The project I was an excellent application of automation in robotics and highlighted Ravis proficiency in mechanical design and system integration.

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πŸ“„ Text Project
Renewable Energy Solar Power

Solar-Powered Fan System

Ravi Patel developed an eco-friendly, solar-powered fan system designed to provide sustainable cooling in off-grid areas. I I was part of his Mechanical Engineering studies, Ravi combined his knowledge of renewable energy sources with practical engineering skills to create a product that addresses the global demand for energy-efficient cooling solutions. The system is powered by solar panels, reducing dependency on the electrical grid while providing effective ventilation. Ravis innovative approach ensured that the fan I was not only energy-efficient but also affordable for use in rural and remote areas. The success of the project exemplified Ravi’s commitment to sustainable technology and his ability to design practical solutions to real-world problems.

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Priya Deshmukh Akash Jaiswal