eric shin
research engineer
About
I am an automotive engineer with extensive experience developing estimation and control algorithms for production level active driver assistance systems and autonomous vehicle applications. I am particularly passionate about focusing my background in vehicle dynamics, controls, and robotics towards developing solutions that will enable the future of self driving cars.
united states
san francisco
research
vehicle dynamics, matlab, simulations, simulink, robotics, controls, mechanical engineering, signal processing, estimation, sensors, automotive, computer vision, machine learning, c/c++
Experience
chassis controls algorithm engineer
ford motor company
* Developed algorithm for calibrating steering sensors in real-time to improve signal accuracy * Designed longitudinal motion tracking to improve stopping distance accuracy and smoothness of autonomous research vehicle * Programmed sensor fusion algorithm for improving vehicle speed estimation accuracy * Led the design verification process for brake control features across multiple vehicle programs * Implemented plausibility algorithm to enable fault detection of inertial measurement unit
perceptual robotics laboratory research assistant
university of michigan
Investigated control designs to improve path following metrics of an autonomous vehicle Implemented vehicle dynamics model to improve correlation results from simulation testing
ford college graduate engineer
ford motor company
* Testing: * Conducted statistical analysis of roll estimation algorithm to aid design verification process * Wrote MIL/SIL tests to improve verification process for adaptive suspension control algorithm * CAE: * Implemented jounce bumper model to improve correlation for high dynamic vehicle maneuvers * Overhauled suspension damper testing to improve correlation for road loads durability evaluations * Created damper model to aid suspension team in evaluating durability of shim stack designs * Wrote tool to calculate bearing loads to facilitate design of fastener torque specifications * Suspension Design & Release: * Coordinated teams of engineers in designing mass damper to mitigate suspension warranty claims * Designed fatigue test for validating design of downgauged brackets to reduce material costs
engineering intern
work
Led aftermarket product development for Mitsubishi Evolution and Eclipse Supported development of 2006 US Touring Car Championship K&N/WORKS/GoodSport Racing EVO and 2006 WORKS Time Attack EVO
engineering aide
northrop grumman corporation
Supported Smart Weapons group in developing prototype munition FSAP for U.S. Army Designed tooling to aid volumetric measurement of SBIRS payload sensor assembly
research engineer
apple
Education
stanford university
mechanical engineering
Activities and Societies: Formula SAE
university of michigan
electrical engineering
Concentration in robotics and signal processing"]
eric shin's Contact Information
Phone
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