.

Ofir Kedar

Redmond WA ****.*****@*****.*** 425-***-**** https://github.com/okedar

Objective

Seeking an opportunity that will allow me to utilize my problem solving skills and attention to detail to further develop my abilities in the field of Data Science.

Education

University of Washington Seattle 2017-Current

Bachelor of Science in Applied Physics, Minor in Applied Mathematics (Graduating Spring 2021) Coursework in fields of Engineering, Software Programming, Applied Physics, and Applied Mathematics Including:

CSE 373 Data Structures And Algorithms, Amath 482 Computational Methods in Data Science Skills and Projects

Java MatLab Certified SolidWorks Associate (CSWA) Research and Development for engineering team Rapid prototyping Leadership Presentation and Communication skills Team Collaboration Microsoft Office Bilingual: fluent in English and Hebrew Image Classifier: Computer Vision 2021

With a set of 10k images, I was able to break down the images down to their principal components using SVD and effectively differentiate a similar set using LDA to a 86% accuracy rate, in a computation time of just 1.6 seconds Signal Processing: Sonar 2021

Given a large complex dataset containing the acoustic signal of an unknown central frequencies emitted from a moving submarine, I used the 3D Fourier Transform and Gaussian Filter to find the frequencies through averaging, then filtered around them to find the coordinates of the submarine throughout time, which could then be plotted to see it’s trajectory. Graphically Modeling Physical Systems 2019

Using the second order differential equation used to represent motion with a small angle estimation, I calculated the angular velocity of a pendulum. I then broke it up into a linear system of equations and used Euler’s Mathematical Methods to find its angular velocity at any given point; for easy visualization and quick viewer comprehension I displayed this graphically. Experience

University of Washington Formula Motorsports 2018-2020 Seattle, WA Team that design and manufacture a Formula-1 style race car, and compete nationally and globally against other universities TEAM 31 2019-2020

Drivetrain - Responsible for motor to wheel power transfer. Lead engineer for drive shaft optimization - Achieved a 30% mass decrease and a 100% specific strength increase through research, development, and field testing Business - Identify and analyze market and consumer trends, to design and capitalize on optimal income opportunities. TEAM 30 2018-2019

Composites - Responsible for manufacturing of composite parts on the vehicle. Created water-proof electronics enclosure with focus on aerodynamics, sleekness, and consumer facing race team accessibility IAC Mishelanu Fellow 2017-2019 Seattle, WA

Plan and execute monthly activities where Jewish university students from the Seattle area come together to celebrate and learn about the culture as well as form a community Tzofim Scouts Head Youth Counselor 2016-2017 Seattle, WA Lead and managed a team of 30 counselors. Oversaw orchestration of weekly activities for 180 kids to educate them about Jewish culture though fun learning experiences. Partook in the planning and execution of the activities and content in 3, 3- day, overnight camps for 180 kids.

Achievements

Formula Society of Automotive Engineers (FSAE) Second Place National Champions 2019 Received the U.S. President’s Volunteer Service Award – GOLD 2017 For special service to the community in the field of education

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