_____ _____ _____ _____ _____
                
__/\\\\\\\\\\\\\\\__/\\\______________/\\\\\\\\\\\____________/\\\\\\\\\\\\\\\__/\\\\\\\\\\\\\\\_        
 _\/\\\///////////__\/\\\_____________\/////\\\///____________\/\\\///////////__\///////\\\/////__       
  _\/\\\_____________\/\\\_________________\/\\\_______________\/\\\___________________\/\\\_______      
   _\/\\\\\\\\\\\_____\/\\\_________________\/\\\_______________\/\\\\\\\\\\\___________\/\\\_______     
    _\/\\\///////______\/\\\_________________\/\\\_______________\/\\\///////____________\/\\\_______    
     _\/\\\_____________\/\\\_________________\/\\\_______________\/\\\___________________\/\\\_______   
      _\/\\\_____________\/\\\_________________\/\\\_______________\/\\\___________________\/\\\_______  
       _\/\\\\\\\\\\\\\\\_\/\\\\\\\\\\\\\\\__/\\\\\\\\\\\___________\/\\\\\\\\\\\\\\\_______\/\\\_______ 
        _\///////////////__\///////////////__\///////////____________\///////////////________\///________

ELIAS E. TAYLOR

Building a Brighter World

Eli Taylor Portrait

Who I Am

Hello! I'm Eli Taylor, a Mechatronics and Biomedical Engineer specializing in machine learning algorithms and low-power embedded systems for use in implantable brain-computer interface contexts through HADILAB at McMaster University. With a passion for creating efficient, innovative hardware, I thrive on taking complex concepts from an initial design to a finalized, tested circuit. My experience ranges from designing machines for industrial applications to investigating dedicated hardware for efficient template matching and neuronal spike sorting. I am dedicated to sustainable progress and pushing the boundaries of what people can achieve.

Download Resume

Featured Projects

Smart Grid Monitor

Innovations in Healthcare Technology (4P03)

Developed a novel solution in waiting room design for use in the Rehabilitation Center for Children in Winnipeg. Achieved an economically viable design that promises strong social benefits.

View Case Study →
Robotics Arm Controller

Machine Design and Support (Husky)

Completed mechanical and electrical design for custom injection molding machines for Watercom LTD as a designer for the production engineering team at Husky Technologies.

View Project →
Solar Charge Optimizer

Line Following Robot (Personal)

A personal project focusing on designing a line following carrier robot for use in hospital environments. Designed a custom 3-D printed CAD frame and custom line-following code using a webcam.

View Source Code →

Core Skills & Tools

Microcontroller Design and Machine Learning

C/C++/Python/Java

AutoCAD, Siemens NX, SolidWorks

MATLAB/Simulink

Complex Circuit Design

Logic Gate Design and Analysis

Get In Touch