JINGLUN ZHOU
** ***** ** **, ******* MA ***** · 339-***-**** · adbe6h@r.postjobfree.com
SUMMARY
- First year graduate student in computer engineering program at Tufts University.
- participate in the development, implementation, testing and documentation of software applications, systems and services using Java, Python, Object Oriented Design, database
- participate in the full development cycle, end-to-end, from design, implementation, testing to documentation and maintenance
- Familiar with C++, Java, SQL and functional programming
- Familiar with C++/ Java-based object-oriented software development
EDUCATION
TUFTS UNIVERSITY Medford, US
MS in Computer Engineering Sep. 2019 – May.2021
Core courses: Software Development; Programming languages; Programming, Data Structure and Algorithms in C++; Database System; Software Engineering; Theory of Computation; Computer Networks; Algorithms; Computer Graphics; Operating System; Computer Architecture
SICHUAN UNIVERSITY Chengdu, China
BSc in Microelectronics Sep. 2010 – May.2014
Related courses: Real-Time Embedded Systems; Advanced Digital System Design with FPGAs; Signals and Systems; Analog Electronic Technology; Digital Electronic Technology
INDUSTRY KNOWLEDGE
Computer Languages: C++, Java, Python, SQL, Ruby, Scheme, SML
Software Design: UML, OOAD, Service Oriented Architecture
Development Tools: Google Cloud Platform, Eclipse, WebStorm, Postman, Android Studio, Git
Frameworks: JDBC, JUnit, Android, Redux, MEAN Stack, Web Services, Spring, Hibernate
Servers and Databases: Oracle Database, MongoDB, Apache Tomacat
PROFESSIONAL EXPERIENCES
Mercedes Benz Automotive Co., Ltd (BBAC) Beijing, China
Quality Engineer Jul. 2014 - Jun.2019
Helped construct and manage the Mercedes-Benz Big-Data-Diagnostics-System (XENTRY-System);
In full charge of KUKA Robot programming at the welding workshop, including the application plan, hang-on parts optimization, test installation, serial production process and industry development;
Analyze available data and create reports and dashboards to generate quality analysis report and enable data-driven decision making;
Designed several test setups for KUKA robot teach used in the production line that makes use of visual indication in the form of LEDs;
Write, repair and test PLC programs for machines and equipment;
Program PLC s, Robots and Equipment. Modify and improve existing programs;
Validate that processes meet goals for output and quality with trials and data collection.
PROJECT EXPERIENCE
Mobile Attendance System Tufts, Boston
Nov, 2019
Developed Students' Attendance System based on Android/ SQLite
The Smart Student Attendance System accelerates the process of taking attendance. The app has features that enable college faculty to take attendance without paper and pens. The app is a supplemental tool for professors to mark attendance of student and transfer it to the server.
Translate functional requirements into robust, efficient, supportable solutions that work well within the overall system architecture
Produce comprehensive, usable software documentation
Interpreter and Type Checking System for Ruby Tufts, Boston
Nov, 2019
Developed an interpreter with Standard ML for a simplified Ruby, which is a small object-oriented programming language with a syntax similar to Ruby.
Added a static type checking system to the simplified Ruby programming language with extended type annotations
Smart Video Conference Auxiliary System Tufts, Boston
Oct, 2019
Realized facial recognition of video based on Visual C++/ OpenCV
Featured smart identification of face based on audio signal captured by microphone arrays
CPU & GPU Governor on Android Smart Phone Beijing, China
July, 2019
Implemented an efficient DVFS algorithm
Deliver comparable performance to on-demand governor with the energy reduction up to 28%
Parameter Analysis of NMOS tube model Chengdu, China
May, 2013
Based on NMOS tube, established circuit diagram by ADS; built up models; conducted circuit simulation through selecting relevant parameters; achieved output curve and transfer characteristic curve of NMOS tube.