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Mechanical Engineering

Cambridge, Massachusetts, United States
February 13, 2018

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Feng Qi

** ******* **, *********, **, ***** 617-***-****


Northeastern University Boston, MA

Master of Science in Mechanical Engineering May 2019

• GPA: 3.53 / 4.0

• Related Coursework: Control Systems Engineering, Materials Processing and Process Selection, Mathematical Methods for Mechanical Engineers, Concepts of Object-Oriented Design University of Science and Technology Beijing Beijing, China Bachelor of Engineering in Mechanical Engineering and Automation June 2014

• Enrolled by standing out as a top 20% applicant

• Received Third Prize of Academic Scholarship three times PROFESSIONAL EXPERIENCE

Hanergy Holding Group Ltd. Beijing, China

Assistant Application Engineer Oct 2014 – Oct 2016

• Promoted product marketing activities and developed photovoltaic power generation project

• Provided technical consulting for field measurement and evaluation

• Designed project and construction drawing for photovoltaic system, and guided the installation

• Assisted the project manager in making bids, drafting contracts, supervising cost control process and settlement

• Created a good long-term relationship with manufacturing and supporting departments

• Prepared monthly project review meeting, made relevant and clear sales forecast to primary target

• Provided customers with ongoing technology support, collected and analyzed customers’ feedback and problems to photovoltaic system


Classical Controller Design and Implementation for A Gantry System Northeastern University Researcher and Team-leader Advisor: Dr. Nader Jalili Jan 2017-May 2017

• Developed and implemented a controller for positioning the gantry system which had a wide variety of industrial applications including tool and work-piece positioning

• Derived the complete linear system dynamics by determining the equations of motion for the electrical, mechanical and combined systems

• Used the dynamic equations to design a controller that is capable of bringing the experimental gantry system to the desired position while simultaneously minimizing the vibration of the pendulum

• Utilized the Laplace domain to design a PD controller and determined the coefficients KP and KD by Routh-Hurwitz, Root Locus, or Nyquist techniques

• Simulated the system in Simulink diagram by Matlab to get the proper KP, KD and other properties

• Operated the real system to achieve the desired performance according to the parameters we achieved before


Languages: Bilingual in English and Chinese

Technical Skills: MATLAB, Java, C++, Axure, CES EduPack, AutoCAD, ANSYS, SolidWorks Interests: Long-distance running, Swimming, Cooking

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