About Me

My name is Jayden Guajardo and I am a Junior at Texas A&M University pursuing a bachalors in electrical engineering and a minor in mathematics!

My personal headshot My ALU created in 248 Lab

I have many interests, I enjoy exploring new technologies and solving complex problems, and have brought this passion to my studies. I have enjoyed learning about theory and understanding the underlying principles of electrical engineering. The image of a breadboard above is a simple ALU I created in digital systems design Lab, it was capable of performing addition/subtraction, and bitwise logical operations AND/OR as well as EOR.

My Modus Operandi

I am highly motivated and driven to better the material circumstances of future and current generations, as this affords us the opportunity to explore the meaning and origins of the universe, our God-given duty. Whether I work in robotics, power systems, ML, or any other field, I will always strive to make a positive impact on the world.

My Three Favorite Human Discoveries

1) Maxwell's equations, a set of equations that were discovered solely through experiment. I performed experiments for all four of the standard equations in highschool, end ever since then I have been fascinated by their elegance and simplicity. Later in college I used these sets of equations to find the difference between Galilean and Lorentz invariance, and even used them to derive the lorentz transforms themselves! (For the 1-D case).

Maxwell's Equations Sin waves representing electric and magnetic components of light, with wavelength lambda.

2) The discovery of nuclear fission/fusion, which will likely serve as the principle power source for humanity in the future. Energy is by far the most important material resource availabale to us, and fission uses the most energy dense accessible material known to man, uranium, while fusion uses the power of the sun.

HE Uranium Nuclear Reactor Core

3) Machine learning, which is a sub-discipline of artificial intelligence. Machine learning has been and will continue to be a revolutionary technology that will help us better understand how to manipulate the world around us. AI in robotics has been my primary interest with this technology, and I even built the only functional LSTM model used to translate morse code into english as a part of a machine learning class I took.

AI, ML, DL Diagram Perceptron

Image Citations and Disclaimer

Maxwell's equations table: Wikimedia Commons, "File:Maxwell'sEquations.svg." Licensed under CC BY-SA 3.0. https://commons.wikimedia.org/wiki/File:Maxwell%27sEquations.svg

Electromagnetic wave image: Wikimedia Commons, "File:Electromagneticwave3D.gif." Licensed under CC BY-SA 3.0. https://commons.wikimedia.org/wiki/File:Electromagneticwave3D.gif

HE Uranium image: U.S. Department of Energy. Public domain, via Wikimedia Commons, "File:HEUranium.jpg." https://commons.wikimedia.org/wiki/File:HEUranium.jpg

Nuclear Reactor Core image: "Cerenkov Radiation Effect in the Reed Research Reactor." U.S. Nuclear Regulatory Commission. Public domain, via Wikimedia Commons.

AI, ML, DL diagram: Wikimedia Commons, "File:AI-ML-DL.svg." Licensed under CC BY-SA 4.0. https://commons.wikimedia.org/wiki/File:AI-ML-DL.svg

Perceptron image: Mayranna. "Perceptron_moj.png." Wikimedia Commons, December 13, 2013. Licensed under CC BY-SA 3.0. https://commons.wikimedia.org/wiki/File:Perceptron_moj.png

This is a personal site and is not affiliated with or endorsed by Texas A&M University.

← Return to Home