Sowmya Vyshnavi Rachakonda

I am Sowmya Vyshnavi, experience in embedded systems and parellelly skilled in software as python developer as my own intrest in VLSI industry, proficient in a variety of programming languages and frameworks, eager to apply my knowledge to real world software development projects and very passionate for learning new technologies and improving my coding skills.

• Two-days workshop on opto electronics devices and their application, 09/21/19
• Industrial Visit to Larsen and Toubro metro Hyderabad, 11/18/22
• Attended the python workshop conducted by college management, 10/12/22
• Advance VLSI Physical Design and Verification Course, Maven Silicon Softech Private limited, 08/01/24, Present, Bengaluru, A hands-on course with a comprehensive introduction to the field provided me with an understanding of the overall process and the various steps involved in reducing design cycle time and improving chip performance.

I declare that the information presented in this resume is true and accurate to the best of my knowledge.

Router 1X3 Physical Design Implementation, Fusion Compiler, This project, mainly emphasizes upon the study of router device, its top level architecture, and how various sub-modules of router i.e. Register, FIFO, FSM and Synchronizer are synthesized, and simulated and finally connected to its top module. Security Enhancement of Information using Multilayered Cryptographic Algorithm, Testing the verilog code. The Data security enhancement using the multilayer linear feedback shift register (LFSR) cryptographic technique to overcome the problem of data hacking. The information security is achieved with a One Time Pad (OTP) algorithm developed in multilayer which defines the signal transmission in the medium. The single-layered LFSR cryptography is analyzed with a cascaded LFSR cryptography technique to prove the security of digitized data. The authentication key generation circuits for various levels of bit handling in data communication systems are implemented in LFSR cascaded cryptography in both encryption and decryption process. Implementation of 8 8 multiplier, Designing. This is used to implement the multiplier operation. Testing of the model is done by using Vivado software. Pulse Generator, Testing. This will generate the PWM using the Raspberrypi and FPGA. This raspberry pi is used to interface the FPGA and driver and power card. using this GUI can control the command and width of the PWM.

• Gardening
• Cooking