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Hi, My name is Pronounciation Bardia Beigi

View Bardia Beigi's profile on LinkedIn

I am a graduate student at the Department of Computer Science at Stanford University. My areas of interest include Computer Hardware and Software, as well as Semiconductors, Embedded Systems, Machine Learning and Computer Vision.

Before Stanford, I graduated from the University of British Columbia in beautiful Vancouver, Canada with a degree in Engineering Physics (Electrical Option).

I've learned a ton working at:

Perception Software Engineer
Jun. 2017 - Sep. 2017
I interned at the headquarters in Pittsburgh, and contributed to writing autonomy software for the self-driving cars

Embedded Systems Engineer
May 2015 - Aug. 2015
I interned at the Vancouver location working on the Non-Volatile Memory Solutions Group (NSG) developing embedded software for the line of Solid-State Drives

Hardware Engineer
May 2014 - Dec. 2014
I had my internship at the Richmond campus, working as a part of the IC Design team. I performed hardware verification on the high-speed PCI Express bus and DDR3 memory controllers

Firmware Development Engineer
Jan. 2013 - May 2013
I interned at the Vancouver headquarters, and contributed to writing firmware for the award-winning security cameras
I like to spend my time doing what I like:

Maps (Europe Edition)
Release Date: Jan. 2014
Maps (Europe Edition) is a revolutionary maps application on Windows 8/8.1. Categorized points of interest locations and details, turn-by-turn directions, and comprehensive search for all European locations are a few features of this app

Maps (North America Edition)
Release Date: Jan. 2014
Maps (North America Edition) is a revolutionary maps application on Windows 8/8.1. Categorized points of interest locations and details, turn-by-turn directions, and comprehensive search for all North American locations are a few features of this app
"... [I] wanted to share [Bardia's] success story and how he took the software, learned from it, built on top of it and published to the Windows Store" -Mark Arteaga, 10-Year Microsoft MVP

Dec. 2014
OpenGLCube is where sensor fusion and OpenGL ES come together to produce a cool application. In this simple application, a colorful cube is controlled by rotating the phone. Source code available on Github

Sep. 2014 - Apr. 2015
ChairTrax is an Android App that facilitates wheelchair training by tracking real-time position and orientation of a wheelchair, and streaming it to an Android device over Bluetooth. Link to the proof of concept video

TBD 2015
Note-able revolutionizes the way students take notes. More information to be published later ...

Handwritten Digit Recognition
Sep. 2014
Developed MATLAB code to detect hand-written digits after learning from many training sets. Implemented both Logistic-Regression and Neural Network machine learning approaches to the problem

Web Crawler
Jan. 2012
Built a search engine in Python, which finds all the links on a page, crawls all the webpages related to that link, produces a database of links with sources, and finally responds to queries with accurate links
I have been kindly recognized for my effort:

Google Games Champions
May 2015
First place in 20 teams in UBC Google Games consisting of series of challenges such as trivia, puzzles, coding, word association, and tower building. Read more

3-Time Microsoft Developer Movement Award Recipient
Jun. 2013 - Jul. 2014
Awarded first place at UBC Microsoft Hackathon for SoccerNewsPro+. Awarded in Microsoft Developer Movement program in 2013 and 2014 for the development of SoccerNewsPro+, Maps (Europe Edition) and Maps (North America Edition)

5-Time UBC Trek Excellence Scholarship Recipient
Sep. 2012 - Sep. 2016
Awarded to the top 5% of the Faculty of Applied Science each year to recognize their academic effort

Association of Professional Engineers & Geoscientists of BC and BC Hydro Scholarship
Dec. 2015
Awarded to a graduating engineering student from UBC, SFU, UVic, UNBC or BCIT with excellent academic standing, professional experience, as well as community involvement.

Aug. 2011
Awarded a position at Institute of Quantum Computing's Quantum Cryptography School for Young Students. Only 40 positions are available for students applying from all around the world

Other UBC Scholarships
May 2011 - Present
Faculty of Applied Science Prize for Academic Excellence, 2-time J Fred Muir Memorial Scholarship recipient, 2-time Charles and Jane Banks Scholarship recipient, and EXPO 86 Scholarship recipient for excellence in engineering

Canadian Mathematical Olympiad Honorable Mention
Mar. 2011
Ranked 25th among over 5000 participating Canadian students in Canadian Mathematical Olympiad, the most prestigious mathematics exam for Canadian high-school students

Sir Isaac Newton Exam Honorable Mention
May 2011
Ranked 6th among over 1000 participating Canadian students in the prestigious Sir Isaac Newton Physics Exam hosted by the University of Waterloo
I get together with like-minded people to build cool projects:

Member of UBC Snowbots Software Team
Aug. 2014 - Sep. 2015
UBC Snowbots is an interdisciplinary student team with the goal of R&D in the field of autonomous ground vehicle technologies and robotic systems. We participate in the annual Intelligent Ground Vehicle Competition (IGVC). I am in charge of simulating our robot in a simulation environment, as well as mapping the world around the robot for better navigation

Member of UBC Orbit Thermal Analysis Team
Jan. 2012 - Apr. 2012
UBC Orbit's mission is to create a mini-satellite to compete in the Canadian Space Design Challenge - the winner of which will be launched into space. I analyzed the thermal aspects of the satellite. I ran matlab simulations, and performed rough calculations to estimate the thermal flow in and out of the satellite while orbiting
I've done some amazing school projects as well:

Electromagnetic Path Rover
Jan. 2014 - Apr. 2014
Built a rover that tracks electromagnetic wave emitted by a wire buried under the surface of the table. Implemented modular & efficient C code that enabled our robot to be fast (code available on Github ). Achieved first place /15 teams in the competition with the fastest robot

Whac-A-Mole Autonomous Robot
May. 2013 - Aug. 2013
In a group of 4, fully designed, built, tested an autonomous robot that collected and shot squash balls at designated targets

8-Bit CPU
Mar. 2014
Designed and synthesized a basic 8-bit CPU in VHDL with dedicated ALU, register file, and RAM on an Altera Cyclone II FPGA

Thermodynamics Phenomena Modeling
Jun. 2013
Modeled heat transfer phenomena (conductance, convection, radiation) by building a simulation environment in Python

Ciphertext Decoding
Jul. 2013
Implemented Markov Chains & Monte Carlo algorithms in Python to crack the encrypted text of a book as part of a school project

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