Project Engineer

AJINKYA KOLHE

* ****** ***. *** *****, Lowell, MA 01854 • Phone: 978-***-**** • Email: *******.******@*****.***

EDUCATION

University of Massachusetts, Lowell MA Expected December 2015

Master of Science in Electrical Engineering. GPA- 3.52

Pillai Institute of Information Technology, University of Mumbai, India June 2013

Bachelors of Engineering, Electronics & Telecommunication - GPA- 3.75

PROJECTS

• Network Design Project: Python based - Client and Server, RDT 1.0, 2.2, 3.0 and GBN over UDP.

RDT 1.0: Performed bidirectional transfer of image files using UDP client/server structure and using same

protocol designed the underlying channel which is completely reliable.

RDT 2.2: Implemented RDT 2.2 over a unreliable UDP channel with bit-errors.

RDT 3.0: Implemented of RDT 3.0 over a unreliable UDP channel with bit-errors and Packet loss.

GBN: Implemented Go-Back-N protocol over an unreliable UDP channel.

• Autonomous Intelligent Robot

Project Objective: Path finding and obstacle evasion robot, used to follow the path autonomously.

Accessed wirelessly and operated both automatically as well as manually.

Added proximity detectors for detection and avoidance of the obstacle. IR sensor- Auto; RF section- Manual.

Added temperature and gas sensors to monitor the atmospheric conditions. Installed wireless camera to make robot

source of surveillance.

• Wireless Communication: Determined the cell count of the cell site by using COST 231- Hata model and

studied the link budget. Created in AM-LC and FM modulated signals then demodulated the signals using MATLAB.

“The three matched filter Bears”, matched filtering, and probability of error in matched filtering.

• Computer Vision & Image Processing: Read and wrote the binary image. Studied all the results by performing

FFT and IFFT on the image. Performed sobel transform edge detector on the image and made manipulations adding

noise and Gaussian transform and .

• Inverted Pendulum:

Project Objective: To design a Control Law for the given inverted pendulum system introduce to the theory of State

Feedback design using Lyapnov and LQR analysis.

Implemented Simulink model in MATLAB to control the output.

Detailed designing of state space equations and applying it to the system.

TECHNICAL & LANGUAGE SKILLS

Operating System DOS, Windows 7/8, Linux, C, C++, MATLAB, Python, Wireshark, MS Office 2013, Dip-trace.

Fluency in English, Hindi, Marathi, Basic Spanish.

EXPERIENCE

Graduate Assistant, UMass Lowell - Aug 2014 to present: Assisting student in experiments of Electronics

Lab I

Associate Teacher, Mumbai, India, June-Dec 2013.

Engineering subjects taught: Applied Mathematics-I, Applied Physics-I, Applied Chemistry-I.

PUBLICATIONS

Published and presented technical paper on Autonomous Intelligent Robot based on RFID at international

conference held by IRNet Explore India (ICEECS) and published it in ICEECS Magazine 2013.

Presented technical paper on Zigbee based Wireless SCADA at university level conference in college festival

ALEGRIA 2012-2013.

LEADERSHIP & MEMBERSHIP

Active Member in: IEEE, ISA-UML (Indian Student Association), xda-developers.

Final year representative in Telecommunication department (ETSA 2012-2013).

EXTRACURRICULAR ACTIVITIES

Captain of college basketball team (2010-2013) (national and university level).

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