KISHOR KAMAL

adl8am@r.postjobfree.com www.linkedin.com/in/kishor-kamal 978-***-**** Lowell, MA

Open for Relocation Immediate available

Education

University of Massachusetts Lowell, Lowell, MA GPA:3.8 /4.0

Relevant Coursework: Power Electronics, Solid State Electronics, VLSI (Very Large-Scale Integration) Embedded and Microprocessor Systems, FPGA, Network design and security protocol, Secure Mobile network, Verification of digital system and Operating Systems.

Cochin University of Science and Technology, Kochi, India

Technical Experience

Software: Assembly language, Portus, Altium, Cadence, LabVIEW, NI Max, MATLAB

Programming: basic C, Python, System Verilog Operating system: Linux, Windows Hardware: Arduino, Pic24, ARM, NI Pxie

Documentation: MS Word, MS Excel, PowerPoint

Tools: oscilloscope, soldering, PCB, multimeter, Wireshark, TCP,IPv4,function generator

Academic Projects

•Create testcase for given SRT (serial receiver transmitter)code in System Verilog and prepared error report.

•Performed direct, random, and self-checking test and recorded the result.

•Performed gate level stimulation for correction of time delay of the port signal of SRT.

•Developed and executed UDP socket in python to transfer BMP file between UPD server and UDP client.

•Implement reliable data transfer by include Ack bit, sequence counter, error bit and wait function.

•Executed Go-back protocol to simulate pipeline packet transfer using sliding window.

•Build project that calculate the frequency of the input audio signal.

•Pic24HJ32GP202 and Picket 4 is used for micro-controller and debugging .

•ADC, PWM and timer module is used to break down and process the input signal.

•LM386 is used as low power amplifier. Proteus used for stimulation & designing the circuit.

•Frequency is shown in the LCD, which receive 4 bit data from Pic24 and Led represent the duty cycle.

•Developed code that demonstrate multiprocessing. Generated process using Unix function-fork .Output

from both parent and child process is displayed at output session

•Developed code that demonstrate multithread Producer-Consumer model using monitor, thread and buffer.

•Developed code that demonstrate different algorithm -FCFS, SJF, STCF and RR.

•Developed code that demonstrate page memory manager. Arrays represent as memory which handle thread.

•Developed a project aiming to increase the productivity of farming by monitoring and maintaining ideal

climate conditions for plant growth.

•Utilized relay for switching, Arduino as control unit and sensors for measuring soil humidity, soil fertile level, temperature, and triggering alarm sound upon trespassing.

Experience:

•Managed in installing new system for better operation for remote access control for student login.

•Perform pre-lab testing on equipment from preventing any problem during lab class section.

•Acquired experience on NI pxie chassis, NI max and LabVIEW.

Master Science in Computer Engineering Expected May 2021

Bachelor of Technology in Electrical and Electronics Engineering May 2018

Frequency Counter (Microcontroller) spring 2020

Programming on UNIX (LINUX) spring 2020

SICA (Smart & Intelligent way to Care Agriculture fall 2019

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