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Jeremias Fernandes Vigo

Jeremias Vigo

Studies Electrical and Computer Engineering at UMass Lowell

Over the past years, I had the opportunity to work on a variety of electronic projects, many of which were developed as part of my engineering coursework. These projects allowed me to apply theoretical knowledge and gain hands-on experience in problem-solving, circuit and PCB design, and system integration. The following are some of the most recent projects I have been working on.

  • My ePortfolio

Infrared Collision Assist Solar-Powered RC Car

Jeremias Vigo May 21, 2025

This is my first RC car created as part of my intro to engineering course’s final project. The design consists of a Solar-Powered Remote-Controlled Car that uses clean solar energy and comes with a smart Dark Mode Power Switch (IDMPS). Featuring a rechargeable battery and an experimental Infrared Collision Assistance system, this RC car’s main focus is to be eco-friendly and improve safety.

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Collision Assist Remote Control Car with 6-CH Ultrasonic Module

Jeremias Vigo May 21, 2025

The Ultrasonic Collision Assist Remote Control Car, features a 6-channel ultrasonic module that capable of detecting obstacles. This is my updated design that replaces the old infrared sensors with new ultrasonic technology, improving both performance and reliability. This project highlights my engineering skills and tackles real-world issues with sensor-based electronics. Join us as we examine our design process, unique components, and the exciting uses of this amazing remote control car!

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Autonomous 6WD Rover with Triple Standalone ATMega328P and Custom Ultrasonic Sensors

Jeremias Vigo May 20, 2025

The 6WD Intelligent Self-Guided/RC Rover is an experimental prototype built on a six-wheel drive platform, developed based on concepts from my previous design projects. It implements two important components: the 6-channel USM-16CH ultrasonic module and the DMD14A dual motor driver, both developed as part of my previous design. Its remote control and autonomous functionality makes it suitable for future ground operations such as search and rescue and law enforcement assistance.

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