Graduating this May in MS Electrical Engineering with interest in VLSI, Embedded Technologies and Wireless Networks. Looking forward to join a company and implement all the techniques that I have learnt till now for the technical advancements and achieving success together with the company.
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Experience
Worked as a Student assistant at College Park Center, University of Texas at Arlington which handles several events and Games. I was involved in handling the student accounts and customer service along with some event related set-up.
Worked as Research Assistant in a VLSI Lab at University of Texas at Arlington during which I have analysed Analog circuits and designed PCB in Cadence.
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Projects
Silicon IC Fabrication
Worked in Clean room to perform Oxidation and Diffusion, Metal Deposition using Thermal Evaporation, Spin Coating and Photolithography on Silicon wafer to make a Metal oxide semiconductor Capacitor. Observed how even the minimal human error affects the overall performance and conductance of the wafer by comparing the theoretical and practically obtained results.
Wireless Communication:
Project on system-level design for a mobile wireless user terminal with Rician flat fading using MATLAB. Worked with different fading factors and doppler shift to observe the relation between BER and SNR. Using convolution codes and Maximal Ratio combining, we get minimal BER and better system performance.
SDRAM Controller Design:
In this project, an SDRAM controller is designed to interface with a microprocessor that has only asynchronous memory support. MT48LC8M8A2 memory device is supported and an 80386DX processor with 32-bit data bus is used. Auto Refresh command and Ready logic are supported with a data burst length of 4, 8 and 16.
LCR meter Design:
Built an LCR meter with very low budget and with maximum accuracy of the values of Inductor, Resistor and Capacitor using TIVA series GH6PM microcontroller board with the help of code composer studio software. The final error percentage for values of Resistance was +/-5%, for Inductance was +/_ 10%, for Capacitance was +/_20%.
IOT Project:
IOT based project for Design of drip irrigation system and Automated control of Home appliances using ESP 8266 Microcontroller, Arduino IDE software and a Relay module. Wi-Fi module is used using SSID of the user mobile and controlling the hardware using Blynk app from anywhere. With challenges like timing constraints and network difficulties, the results were on par with the expected output.
