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David Lee

Electrical Engineer

Passionate Electrical Engineer with a drive to learn and apply skills to technology solutions in Embedded Design, Digital Logic Design, and Machine Learning Hardware and Software applications.

Home: Welcome
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I am a Korean-American who has a passion in engineering. I bring a unique life experience and a drive for excellence. I am passionate about thoughtful design centered around form, function, and reliability. I want to explore the intersection of hardware and software in Machine Intelligence down to the transistor level.

Home: About Me

My Experience

Roles & Responsibilities

Lead Electrical Systems Engineer, Edwards Vacuum

Jan 2021 - Present

Lead the Electrical Engineering Team in the development of New Product Innovations. Execute projects from initial specification definition to production with an emphasis on performance and reliability at 95KV operational environments.

Electrical Engineer, Edwards Vacuum

April 2020 - Jan 2021

Design and test electrical systems used on products to Semiconductor Industrial Standards.

Electrical Engineering CoOp, Edwards Vacuum

Jan 2018 - April 2020

Lead PCB schematic and layout design for New Product Innovation and Sustaining projects.

Home: Experience

Educational Background

Northeastern University

Sept 2020 - May 2022

Masters of Science in Electrical Engineering with a Concentration in Hardware and Software for Machine Intelligence

Northeastern University

Sept 2015 - May 2020

Bachelors of Science in Electrical Engineering, Minor in Business Administration

Regis High School

Sept 2011 - May 2015

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Home: Education

Project Showcase

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32-Bit ALU Design

Design, Simulate, and Test a 32-Bit ALU in Virtuoso. This project utilized VLSI Design fundamental learned in class to create a functional 32-Bit ALU and optimize transistor dimensions to increase performance post parasitic layout simulation.

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Machine Learning PUF Attack

Perform a Machine Learning attack on a simulated PUF (Physically Unclonable Function) with Ideal and Realistic data sets.

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Hardware Accelerated Physics Simulator

Implement a 3D particle simulation model and compare MCU performance to FPGA Hardware Accelerated performance. Utilized PYNQ board to implement Hardware Acceleration

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Single Cycle Datapath - Verilog

Utilize Icarus Verilog to code and testbench a single cycle datapath using a combination of descriptive and behavioral Verilog programming.

Home: Projects

My Skill Set

Electronics

Embedded Design
Power Electronics
Schematic and Layout Capture
Lab Equipment
Soldering

Software

Altium Designer
Vivado Suite
Cadence Virtuoso
MatLab & Simulink

Programming Languages

Verilog
Python
C & C++
MatLab

Language Fluency

English 
Korean

Home: Skills
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