Gregory Junek Email & Phone Number

Atlanta, Georgia, United States

Atlanta, Georgia, United States

Atlanta, Georgia, United States

ECE 2020: Intro to Digital Design introduces the many levels of abstraction that enable today's digital computing systems. It explores design at the layers of a computing platform from switches and wire to a programmable machine. This course is intended to be taken by undergraduate students and covers typical first year digital design topics and.

Atlanta Georgia

Developed novel state-of-the-art hybrid CMOS bio-electronics platforms to address sensing and health-monitoring/point-of-care diagnostic needs. My research included: 1) hybrid biological "frontend" + CMOS electronics "backend" multi-modal sensing platforms for drug-screening, cell-manufacturing, and chemical/pathogen sensing and state of the art CMOS +.

United States

I am responsible for low-power PVT insensitive voltage reference generation and whole chip power management and distribution. Focus on low-power, high efficient, low area design using ST 28nm FDSOI process.

Palo Alto

Working with Amin Arbabian group, mentored by Jun-Chau Chien at Stanford University developing low cost Lab-On-A-Chip device for Cell counting, and designing > 10 Gbps bit-rate limiting amplifier for assisting with testing and characterization of next generation of mm-Wave technology.

Working on designing an on-chip antenna for ultra-low power communication devices and wireless sensor nodes applications. Investigating a variety of on-chip antenna structures using Ansys HFSS and working in the lab characterizing scattering parameters for on-chip prototype antenna and amplifier circuits.

Malibu California

Summer 2016 I did an internship with the Applied Electromagnetics division of HRL Laboratories working on their quantum computing laboratory with Dr. Emily Pritchett. I was hired for the summer to write simulation program in C++ that would simulate the electrostatic behavior of a quantum dot device using the Schrodinger-Poisson model.

Past projects:1. Designing and implementing automated wafer-testing system in effort to reduce manpower required characterizing and recording post fabrication errors in bolometer wafers to be used in POLARBEAR 2 Telescope. (currently working on PCB design, and housing)2. characterize equivalent series resistance (ESR) on cryogenic (<10K temperature).

Increased tutoring center attendance by more than 20% compared to my predecessor

Tutor college level mathematics, computer science, chemistry, physics, and engineering

Master'S Degree, Electrical And Computer Engineering

B.S, Electrical Engineering And Computer Science

A.S, Physical Science; Natural Science

Education record