Data System

Young Amy Min

** ********** ******, ** *****

Phone: 562-***-****

Email: ****.***@*****.***

OBJECTIVE:

Obtain a R&D data mining and analysis position specialized in data

mining, statistical modeling, characterization, algorithm development,

and statistical analysis and optimization of a large and complex data

EDUCATION

1996-2001 Georgia Institute of Technology

M.S. in Aerospace Engineering

(Flight mechanics and Control Systems)

1996. Southern Polytechnic University

B.S. in Mathematics (Applied Math)

1992-1995 Embry Riddle Aeronautical University

Majored in Aerospace Engineering

EXPERIENCE

BlueVortex/BlueCubus (1/2010-12/2013),

Technical Lead of Small Business Innovation Research (Start-up

company)

- Won the third place in Business competition and the first

place in renewable energy competition hosted by UC Irvine

- Designed on renewable system

- designed data mining and cloud licensing system(patent

pending)

- Conducted commercial market research and planning in making

business decisions such as pricing, and risk mitigation

- Led statistical analysis of large dynamic data and research

and proposals, and performed Modeling and Simulation (M&S),

characterization, algorithm development,, optimization, and

control design

. Human hearing and impairment system

. Ground solider navigation

. Chronic back pain minimization

. Graphic novel using Commercial Game industry technology

. Unmanned system

MillenWorks (1/2004-12/2010),

Analyst, Innovative System Researcher and IPT Lead of Modeling and

Simulation

. Robotics, Hybrid, and Vehicle dynamics Research, statistical

analysis, modeling and simulation, optimization, and control system

algorithm design

- Developed Unmanned Ground Combat Vehicle (UGCV for DARPA)

modeling and simulation

- Multifunction Utility/Logistic Equipment (Future Combat

System program)

. Communicated with customers

. Developed the models using a large scale real data and

estimation and performed simulation and validation with

real test data

. Designed adaptive suspension optimization and control

system

. Performed component and dynamics statistical analysis

and integration

- Performed EFV and tracked vehicle M&S, characterization of

highly complex system, and designed control system

- Performed Power train system modeling and simulation,

characterization, optimization, and control system design

- Designed Adaptive Control System for fuel efficiency

. Artificial Intelligent Experience

- Performed nonlinear large data analysis and developed it

into suspension characterizer model using neural network and

statistical analysis through simulation and validation

- Performed nonlinear large data analysis and developed it

into tire health monitoring and terrain sensing algorithm

using highly complicated tire sound (neural network)

including highly complex nonlinear characterization,

grouping, and analysis

- Performed nonlinear large data analysis and developed it

into Studied fuel efficiency optimization algorithm using

artificial intelligence

. Others

- Designed Unmanned Aerial Vehicle human interface sensor

statistical analysis and algorithm

- Experience on various SBIR proposals and vehicle and unmanned

system proposals

Georgia Institute of Technology (1996-2001)

. Unmanned Aerial Vehicle Design Team (R-50 Yamaha Helicopter)

- Analyzed flight test data and identified system matrix in

mixed language simulation

. Closely Spaced Parallel Landing Test Team (to improve Air Traffic

Control efficiency)

- Developed a 4DOF nonlinear simulation for an aircraft landing

- Participate in developing a 3-D graphic simulation in C and

C++

. Performed study on Noise Rejection via Digital filter, Kalman

Filter, and Neural Network

Embry-Riddle Aeronautical University (1996-2001)

. SAE Aero Design team

- Participated in construction of a composite cargo aircraft,

in flight tests, and in making drawings

- Team won the first place in presentation

SKILLS

- Fluency in English and Korean

- Advanced in R&D research, data analysis and algorithm

development

- Accurate and practical Modeling and robust optimization using

combined approach of Statistics and engineering

- Advanced in Artificial Intelligence including Neural Network

- Software: Advanced in Matlab, Simulink, Matlab tool

boxes and Microsoft office . Experience in Solidworks,

Fortran, C, and C++

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