Hello, I am Surabhi Chythanya Kumar pursuing Masters of Science in Electrical Engineering at University of Texas, Arlington. I am looking for full time job opportunities in the field of Firmware/Embedded Systems from May 2020. Please feel free to contact me and discuss more. Thank you.
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Experience
Gas Turbine Research Establishment (GTRE), DRDO, Bengaluru
Intern, Measurement Engineering Group (MEG)-Jan’2017 – Aug’2017
• Tested Kaveri Digital Engine Control Unit (KADECU) in software environment.
• Performed data analysis of the results of aircraft turbine in the test rig and used LabVIEW software to provide accurate results during gas turbine engine test.
• Worked on Calibration of sensors, millimetres, oscilloscope, function generator, accelerometer, barometers.
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Projects
1)Real time Operating System- Spring 2020
• Using an ARM M4F core TM4C123GH6PM microcontroller and used Code Composer Studio version 9.1 and Putty and Embedded C programming.
• Hardware connections of LEDs and push buttons are connected to microcontroller.
• RTOS solution for an M4F controller that implements a preemptive RTOS solution with support for semaphores, yielding, sleep, priority scheduling, priority inheritance and a shell interface (UART interface) and provide memory protection and enforce privilege.
2)IOT (Internet of things) and Networking- Spring 2020
• Using an ARM M4F core TM4C123GH6PM microcontroller, ENC28J60 ethernet interface and used Code Composer Studio version 9.1 and Putty and Embedded C programming and also used Wireshark
• Build the essential components of a basic embedded Ethernet appliance.
• Building on a simple Ethernet framework, an DHCP client and a TCP application will be added.
3)Low-Cost Programmable Pulse Generator Fall 2019
• Using an ARM M4F core TM4C123GH6PM microcontroller and used Code Composer Studio version 9.1, Putty and Embedded C programming. Hardware connections are made using DAC, Reconstruction filter circuits.
• Capable of generating various waveforms on two analog outputs (SPI interface) while also providing two analog inputs allow measurement of the amplitude of a signal, providing Network Gain Calculation.
• Command line interface capable of controlling the system and providing measurement data back to the user (UART interface).
4)Paper based project on Microprocessor Design of pipeline and building Cache controller Fall 2019
• Design pipeline process and encode ALU, Load/Store and branch operations of a processor.
• Interfacing and design of 64KiB L1 cache as instruction and data cache between microprocessor and SDRAM to improve performance.
5)Paper based project on SDRAM Controller Design Spring 2019
• Interfacing of 64MSDRAM with 80386DX microprocessor.
• Finite state machines for initialization of SDRAM, refresh, read and write operations.
6)Smart Energy Meter System for Billing Summer 2018
• Using Arduino Uno microcontroller and used Arduino IDE software and Arduino Embedded C programming.
• Hardware connections of Arduino Uno and electric meter to read electricity consumption of the system.
• Designed the code that monitors and reads the energy meter and calculates the amount of energy consumed and notify the consumer periodically.