Studies Electrical and Computer Engineering at UMass Lowell
Hello and welcome to my ePortfolio! My name is Jeremias Vigo, I am an aspiring electrical engineer with a focus on hardware design and embedded systems. My professional motivation comes from an early exposure to electronics and a profound interest in innovation and problem-solving. I created this webpage to highlight my key skills and experiences, as well as to showcase some of my most recent design projects.
As a child growing up in the countryside of Brazil and despite the limited resources back then, I was always curious about how things worked. At the age of 12, after taking a basic electronics course, I was able to repair my friends’ and neighbors’ radios and TVs. By 13, I was already working as an electronics technician. My passion for technology only grew stronger over the years. In 2005, shortly after getting married, my wife and I moved to the United States to start a new chapter of our lives. Despite my early experiences, it wasn’t until 2008 that I had my first hands-on experience with a computer — when I found a broken PC on the street and managed to bring it back to life. From that moment on, I began building my own PCs and doing various computer-related work for others, which sparked my interest in computer science. However, I ultimately realized that electrical engineering was my true calling, as it had captured my heart from the beginning. In 2023, I finally had the opportunity to continue my studies, finishing high school and enrolling in my first college classes at BHCC. Throughout my academic journey, I actively participated in and authored several electronic design projects, some of which are featured in this ePortfolio.
My close relationship with the technical world has taught me immensely. The projects I worked on in my academic journey, as well as the experience I gained as an electronic technician in Brazil, have provided me with the skills and experience I need to overcome the challenges I believe I’ll encounter as an engineer.
Mainly based on past experiences, problem-solving is one of my core skills which I have gradually acquired over time and will continue to develop as future challenges arise.
Past experiences have developed in me strong organizational skills. These skills are fundamental to my focus and will be essential to the successful execution of my future projects.
My communication skills have allowed me to articulate ideas, showcase my work, and share my knowledge professionally and ethically. Moving forward, I aim to leverage and further apply my communication skills within the work environment.
Throughout my academic and professional career, creativity has been one of my fundamental strengths. When it comes to engineering projects, I seek to go beyond existing solutions and embrace the challenge of developing completely innovative creations.
The timeline below highlights my educational journey throughout the years, from my early school days until I transferred to the University of Massachusetts Lowell to get my bachelor’s degree in Electrical Engineering.
Began high school at Escola Estadual C.N. Nunes Leal in Brazil.
Resumed studies and earned a U.S. high school diploma.
Enrolled at Bunker Hill Community College majoring in Electrical Engineering.
Transferred to the UMass Lowell to continue my bachelor’s degree.
Currently a junior majoring in Electrical Engineering at UMass Lowell.
Graduated at UMass Lowell with a bachelor's degree in Electrical Engineering
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. See all projects.
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.
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!
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.