Carlos Chen Zheng is a mechanical engineering student at the University of Massachusetts Lowell anticipated to graduate in May 2016 with a 3.37 GPA. He has work experience at MKS Instruments performing pressure tests and designing test benches and is currently working at Hive, a startup focused on education, where he designed an algorithm to find equations in text. His projects include designing parts for an FSAE race car using SolidWorks and Abaqus and creating a sensory helmet for the visually impaired using an Android device during a 24-hour hackathon.

1. Carlos Chen Zheng
255 North Road Unit 30,
Chelmsford, MA 01824
Mobile: 978-902-3211
Carlos_chenzheng@student.uml.edu
Education:
University of Massachusetts Lowell Anticipated / May 2016
Bachelor of Science in Mechanical Engineering
Anticipated Minor in Computer Science and Robotics
Dean’s list (Fall 2012, Fall 2014, Spring 2014) GPA: 3.37/4.00
Skills:
Programming: C, Arduino, MATLAB
Computer Software: MATCAD,SolidWorks, Abaqus, Excel, Final Cut Pro, Adobe Photoshop
Machining: Milling Machine, Lathe,Multimeter, Oscilloscope, Measurement Tools, CNC, Soldering
Work Experience:
MKS instruments, Reliability lab, Andover, MA (Summer 2015)
 Performed numerous tests on pressure products (Baratron)
 Executed data analysis on the data obtained from the test, and prepared technical report
 Designed a pressure cycle test bench, to test life cycles of multiple units at the same time
 Requested quotes for each of the component for the test bench, and estimated the total cost
 Documented each components and the final design of the test bench
Hive, Lowell, MA (2015 – Present)
 Startup company focused on progressing education
 Designed an algorithm in NodeJS to find equations within a corpus of text
Cashier, H-Mart,Burlington,MA (2013 - 2015)
 Displayed strong communication skills while serving customers
Projects:
FSAE Lincoln, Lowell, MA (Expected Completion Spring 2016)
 Independent research and study of car frame and chassis to improve the performance of the a race car
 Applying SolidWorks for design and finite element analysis
 Utilizing Abaqus to complete final finite element analysis of the frame
 Prepare a well-organized progress report
24-hourHackathon project “Eyelid”, Tuft Medical Center, Boston, MA (Spring 2015)
 Designed and assembled a sensory helmet that aids visually impaired individuals by converting visual
data into audible information using the camera of an Android device
 Programmed a face recognition application to detect nearby people and alert the user through audible
feedback
 Presented an outstanding pitch to an audience and judges
Bluetooth Arduino R/C Car,UMass Lowell, Lowell, MA (Fall 2013)
 Designed, assembled and programmed a Bluetooth car that is remotely controlled by using the
accelerometer of an Android smartphone
 Applied SolidWorks to design parts for the car, while utilizing a 3D printer to print the designed parts
 Programmed Bluetooth dongle, Bluetooth shield, and Motor Shield with an Arduino Board and Android
Smartphone
Fourbar Double-Dwell linkage, UMassLowell, Lowell, MA (Fall 2014)
 Applied SolidWorks to design a compact and efficient Fourbar Double-Dwell Linkage
 Utilized SolidWorks to optimize and test the motion of the linkage
 Exhibited proficiency to create professional machine shop quality drawings using SolidWorks
 Prepared a well-organized technical report of the Fourbar Double-Dwell Linkage