Yifan(Eunbi) Zhang

**** ********** **, ******, **, 27707 adbf5w@r.postjobfree.com 984-***-**** https://www.linkedin.com/in/eunbi-zhang-4169b1184

EDUCATION

Duke University, Durham, NC GPA: 3.766 09/ 2019 – 05/ 2021 Master of engineering in Electrical and Computer Engineering Related Courses: engineering robust server software, systems program & engineering, software engineering, prog data struc & algorithms in C++, fund comp system & engineering, advanced topics in algorithms Zhejiang University(ZJU), Hangzhou, China GPA: 3.74 09/ 2015 – 06/ 2019 Bachelor of engineering in Electrical Engineering and Automation Edison Experimental Class

EXPERIENCE

ChinaOly Technology, Software Engineer(Summer Intern) 08/ 2018 – 09/ 2018

·Used Python and C++ to help test an industrial robot control system on the intelligent speech recognition function and the semantic recognition function.

·Participated in establishing and testing the trajectory planning system using Python

·Presented test findings and interacted with product development and production groups PROJECTS

Django Web-App: Ride Sharing Service 01/ 2020 – 02/ 2020

·Implemented a web-app via Docker and Python(Django)

·This web-app let users request, drive for, and join rides. In particular, the system supports multiple rides, and the following functionality: registration, ride editing, requesting, searching, sharing and selection, etc

·Used CSS and JavaScript(Bootstrap) to design the final website Prediction Model for Ferromagnetic Loss of Motor under Non-sinusoidal Excitation 05/ 2019 – 06/ 2019

·Constructed experimental platform on the 50WW470 silicon steel sample. Collected and preprocessed experimental data(100, 000+ sets) via C language and MATLAB, by plotting the relation of excitation current and magnetic induction under different excitations

·Built a 5th-order non-linear model of the ferromagnetic loss of motor under the non-sinusoidal excitation

·The result model has an error of 3.4% between the estimated value and the actual measured value, while the current mainstream commercial models’ prediction error is 30% Implemantation of Command shell, Memory allocator and TETRIS game 11/ 2019 – 01/2020

·Implemented memory allocatoin functions via C language, including First-Fit malloc, Best-Fit malloc and free

·Used Verilog to implemented a single cycle 32-bit processor, based on which constructed the classic TETRIS game

·Used C++ to implement a command shell which includes basic command auto-searching and executing function as well as pipes and redirection

Semiconductor Temperature Monitoring and Adjusting System 09/ 2017 – 12/ 2017

·Designed and implemented a semiconductor temperature monitoring and adjusting system on the ARM Cortex-M4

·Programmed ARM Cortex-M4 via C Language & CCS to implement Pulse Width Modulation(PWM) with PID control theory and power electronic technology to achieve real-time low-energy temperature control

·The final temperature is controlled within 1 of the base temperature, and the error between the digital tube display temperature and the multimeter display temperature in the FPGA is within 1 Analysis System Design for Grid Harmonics Signal with Calibration based on Raspberry Pi Project Leader, Instructor: Professor Hui Sun(ZJU) 05/ 2017 – 07/ 2017

·Employed Fast Fourier Transform(FFT) algorithm to conduct timely numerical harmonic analysis via processing, sampling and analyzing signal on the Raspberry Pi using Python (smbus, numpy, tkinter library)

·Achieved a separate finished product from the PC -- a power system harmonic analyzer with calibration function.

·The final report was selected into the book -- Electrical and Electronic Practice edited by professor Hui Sun SKILLS

Programming Language: C++, C Language, Python, Java, HTML, JavaScript, CSS, Verilog, Assembly language Tools: Emacs, Visual Studio, Docker, GitHub, CodePen, MATLAB, QuartusII, Altium Designer, Ansoft/Maxwell, etc

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