VOL.I

Will
Adcox

Computer Engineering Class of '27

Photo of TAMU
01

INTRODUCTION

Howdy! My name is William Adcox. I'm a computer engineering major from Houston Texas, but more importantly, I am the LOUDEST and PROUDEST member of the Fightin' Texas Aggie Class of 2027!

I'm currently in the Fall of my Junior year, and am avidly learning and developing in pursuit of building something truly original yet impactful. In this pursuit, I aim to grasp the skills necessary for an internship and eventual career in Electrical Engineering and power or PCB design.

Consequently, although I'm concurrently taking 18 credit hours, I will be utilizing whatever spare time I find to tackle personal projects, attain quantifiable results, and solve real-world issues. Additionally, I will be integrating these solutions with a secondary focus on elegance, aesthetics, and user experience.

Development

C++, Python, JavaScript, HTML, CSS

Hobbies

Piano, Cello, Graphic Design, Thrifting, Tetris

Tools

LeetCode, Adobe Photoshop and Illustrator, VSCode, Spotify
Photo of TAMU
02

Preview

Custom Mechanical Keyboard
PCB Design & Assembly

Custom Mechanical Keyboard

A macropad I've created to assist in writing nonconventional keyboard characters for lab reports, research papers, and other projects. Includes media controls for all one's Spotify needs.

KiCad Soldering Microcontroller Programming
Raspi Retro Emulation Tablet
Hardware-Software Integration

Raspi Retro Emulation Tablet

A self-contained tablet setup with integrated controllers, power supply, and a touchscreen for portable retro video game emulation. Capable of smoothly running most games from 1977 to 2004.

Embedded Systems Emulation Tetris/FFVII
Electronic Security System
Circuit Design & Analysis

Electronic Security System

A designed schematic, simulation, and physical implementation via breadboarding that activates an alarm when an IR beam is interrupted. Includes a latching system that keeps the alarm in an active state until manually reset for a more accurate representation of response to an actual break in.

LTSpice Breadboarding Circuit Theory
03

CONNECT

Whether you've got an idea to build, want to share thoughts on design and code, or just want to reach out, here's where you can reach me:

04

WHAT'S NEXT?

Here's a list of some of my ongoing projects/reach goals:

- Create and establish a strong LinkedIn profile
- Prepare for interviews by LeetCoding for 1-2 hours daily
- Write an album
- Self-teach EE/Power Systems
- Create another custom PCB project