Anuja Sathe235 Winthrop Street, Medford, MA, 02155 | Telephone: 469-601-9156 | Email: anuja.sathe91@gmail.com

www.linkedin.com/in/anuja-sathe-b7148a57

OBJECTIVESeeking a challenging and high performance oriented role in Software engineering and utilize my skills and expertise to develop highly complex yet efficient applications.

SKILLSProgramming Languages : C++, C, JAVA, SQL,Network Programming : Socket programming, TCP/IPScripting Languages : UNIX Shell scripting, PythonOperating Systems : UNIX and Windows Other : GIT, XML, WireShark, Emacs, Code Composer Studio, MATLAB,

Eclipse, TriangleMicroworks Test Harness

WORK EXPERIENCESoftware Engineer Gridco Systems Woburn, MA As a part of the software team, I was responsible for the development and enhancement of different applications for our Distributed Grid Controller product. The projects I worked on, contributed to valuable insights into C++, XML programming as well as Debugging tool GDB and python scripting. I worked on the development of new multi-threaded application to route two way traffic between a TCP and a Serial socket. The implemented in C++.

EDUCATIONMaster of Science, Computer Engineering GPA: 3.64 The University Of Texas at Dallas, Richardson, Texas Graduation: May 2015Relevant Coursework: Advanced Computer Networks, Operating Systems, Design & Analysis of Computer Algorithms, Database Design, Algorithms and Data StructuresBachelor of Engineering, Electronics Engineering GPA: 3.9University of Mumbai, Mumbai, Maharashtra, India Graduation: May 2013Honors: Received funding for the project ‘Multiple Aid for Blind Person’ from ‘Department of Science and Technology, Govt. of India’, Received Sir Ratan Tata Scholarship for academic excellence.

ACADEMICS PROJECTS:Socket Programming (TCP, UDP, C and Operating Systems): Socket programming (TCP and UDP) was used as a data communication model between parent and multiple child processes. Longest Monotonic Subsequence (Dynamic Programming, C++ and Design & Analysis of Algorithms): The generalized Longest Monotonic Subsequence problem was tackled using Dynamic programming. Along with Monotonically increasing subsequence, just monotonic sequence which may include repetition of numbers was also identified.DVMRP Simulation (DVMRP, C and Advance Computer Networks): DVMRP protocol-the routing protocol used in routers to manage IP multicast traffic was implemented to control flow from multiple sources to multiple receivers. Separate C programs were written for Routers, Hosts and Controller which communicated with each other through file I/O.Demand Paging Design (Memory Management, C and Operating Systems): The general requirements of a demand paging scheme viz. implementation of a swap space, coordination between the swap space & main memory and global page replacement policy by utilizing the aging scheme were achieved in a simulated operating system.