Data Software Engineer

SWAPNIL CHAUGHULE

978-***-****

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OBJECTIVE To obtain a challenging Software Engineering position where I can utilize and enhance my programming, hardware, research and qualitative skills EDUCATION UNIVERSITY OF MASSACHUSETTS LOWELL, MA, USA Master of Science in Computer Engineering, GPA - 3.6 Anticipated December 2017 UNIVERSITY OF MUMBAI, MH, INDIA

Bachelor of Engineering June 2015

PROGRAMMING

SKILLS C/C++, Python, Java, Data Structure, Algorithms, Object Oriented Programming, Device Drivers TOOLS OpenCV, Matlab, GIT, GNU Debugger, Wireshark, Minicom, IAR Workbench, Mplab, Magic draw, Visual Studio, Android Studio, Eagle, Solid Works, AutoCAD PROTOCOLS RS-232, USB, TCP/IP, UDP, UART, I2C, SPI COURSES Computer Architecture and Design, Software Engineering, Network Design, Microprocessor Systems II and Embedded Systems, Operating System, Network Security, Data Mining, Signal Processing

MASTER’S

THESIS A Secure Watermarking Algorithm for Tamper detection and Recovery of Embedded Data from an Image Using Discrete Wavelet Transform and Arnold’s Transform January 2017 – Present

Implementing a watermarking algorithm to embed and encrypt message image in a carrier image

Implementing a solution to detect and recover from tampering on message image LEADERSHIP

EXPERIENCE APCPCE ROBOCON, MUMBAI, INDIA

Team Leader January 2013 – March 2014

Designed and constructed ATMEGA328p based autonomous robots

Proposed solutions to enhance the performance of the robots RELEVANT

PROJECTS Client-Server Architecture based Remote Login Application November 2016

Implemented a concurrent server to execute Linux commands given by client using C

Implemented an inter-process communication between processes using sockets Simulated Memory Management System of Operating System October 2016

Simulated working of memory management unit using threads on Linux using C++

Implemented first fit, best fit and worst fit algorithm and evaluated their performance Intel Galileo and PIC16F688 based Real Time Data Acquisition February 2016

Designed and implemented a multithreaded customized bus protocol using C

Used POSIX threads to read data from the sensors

Updated the acquired data on a server with the timestamp obtained from RTC STM32F107 based Wireless Sensor Network January 2016

Implemented a base station receiver for a wireless sensor network using C

Simulated multiple sensor nodes which relays climatic data packets

Interpreted these climatic data packets using STM32F107 microcontroller Data Transfer using UDP over an Unreliable Connection October 2015

Implemented user datagram protocol(UDP) for data transfer using Python

Designed reliable data transfer(RDT) 2.0, 2.2, 3.0 and Go Back N protocol over UDP Protection of Transformer and Real Time Analysis of Oil Parameters April 2015

Captured and monitored data packets from sensors using ATMEGA328p

Analyzed packets to detect transformer failures

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