Electronics and Instrumentation Engineer

VEDANABHATLA SAI SUDHIR . SAI SUDHIR

Course : B.E. (Hons.), Electronics & Instrumentation, 2020

Email : *********@*********.****-******.**.**

Mobile : 799-***-****

CGPA : 7.96

ACADEMIC DETAILS

COURSE SPECIALIZATION INSTITUTE/COLLEGE BOARD/UNIVERSITY SCORE YEAR CLASS XII MPC NARAYANA GROUP OF COLLEGES INTERMEDIATE TELANGANA STATE BOARD 97.4 % 2016 CLASS X NARAYANA CONCEPT SCHOOL SSC 10 CGPA 2014

Subjects / Electives

Analog electronics, RF Microelectronics, Digital Design, Computer Architecture, Micro-Electronic Circuits, Analog and Digital VLSI Design, Electronic Devices

Technical Proficiency

Redhawk, Cadence Virtuoso, C Programming, MATLAB, C++, Xilinx ISE, hSpice, COMSOL, RF & Microwave Design, Crossfire, Sensors, Electronics, Python

Analog IC Design, Samsung Semiconductors Jul 2019 - Dec 2019 Intern, UST Global May 2018 - Jul 2018

Developed a 6-bit R-2R Ladder based Digital to Analog converter. Further analysis is done to extend it to 8-bit. Worked on Gesture control implementation in a Robotic arm. INTERNSHIPS

DAC Design - Analog electronics Jul 2019 - Dec 2019 Design and implementation of a 4-stage pipelined processor in verilog - Computer Architecture Feb 2019 - Apr 2019 Study on 2D Materials for Gas Sensing Applications - Gas Sensors Jan 2019 - Apr 2019 Design of a 500 MHz Linear RF amplifier - RF Microelectronics Sep 2018 - Nov 2018 Developed a 6-bit R-2R Ladder based Digital to Analog converter. Analyzed the architecture to extend it to 8-bit.

The DAC will be used in a custom cell that is a part of the DDR memory Interface. Further, the layout will be designed and tested.

Designed a pipelined MIPS like datapath(instructions subset of MIPS) using Verilog. Implemented a Forwarding technique to resolve data hazards. Implemented and verified the functionality using the Xilinx ISE design suite. Studied three different 2D materials namely Black phosphorus, Silicene, and Germanene. The study included various articles and the results published in those articles are compared for the best material available for sensing a particular gas.

Also, some performance improvement strategies for gas sensing applications are highlighted. Designed a linear amplifier at 500 MHz to be used in a solid-state driver system supplying 2 KW power. The BFQ790 by Infineon Technologies is used as the transistor for this design. The static power dissipation of the amplifier is 1.8 W and produced a post layout gain of 18 dB. PROJECTS

CERTIFICATIONS

CERTIFICATION

CERTIFYING

AUTHORITY

DESCRIPTION

DrishTI - Certificate of Merit in Sensors and

Instrumentation

Texas Instruments

Awarded in recognition of excellent performance in Sensors and Instrumentation.

DrishTI - Certificate of Merit in Basic Electrical and Electronics

Texas Instruments

Awarded in recognition of excellent performance in Basic Electrical and Electronics.

DrishTI - Certificate of Merit in Digital Electronics Texas Instruments Awarded in recognition of excellent performance in Digital Electronics.

E-Yantra Robotics competition Feb, 2018

Competition is about programming an AT-Mega Firebird V robot using C-program for the task of harvesting. Developed algorithms for movement and line tracking. Configured and Calibrated IR sensors.

The Firebird V is programmed to harvest fruits and deposit them in specified zones. COMPETITIONS

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