Omkarnimith Muthabyraiah

Title: Simulation-Based SRAM and Register File Usage Measurement for Precise Soft Error Rate (SER) Derating

Involved in the verification of IBM Z mainframe hardware. Enabled and tested a firmware-level emulator to support early hardware bring-up. Ensured design correctness through unit testing and interception handling. Performed emulation and functional testing using hardware to acceleration techniques to improve verification efficiency. Validated systems boot sequences by testing operating system kernel parameters in simulation environments.

Worked on an SoC design project focused on high-speed communication, designing and validating hardware modules through simulation and testing. Implemented FPGA-based solutions, integrated clock and data recovery (CDR) techniques, and optimized performance for reliable signal transmission

Worked on deploying Nvidia Jetson Orin Nano for WiFi-based fall detection, optimizing real-time signal processing, and integrating WiFi CSI for improved system performance. Focused on embedded systems and AI-driven solutions for healthcare applications.

Gained expertise in advanced embedded systems with hands-on experience in C and Embedded C programming. Implemented communication protocols on ARM Cortex-A7 and utilized tools such as Keil uVision and CANoe for embedded system development and testing.

Courses Undertaken: System On Chip, SW and HW Design (SystemC), Embedded Computing, Signal Processing, Near field Communication, Photovoltaics Automation and Wireless communication.

Courses Studied: Programming in C & Data Structures, Basic Electrical Engineering, Digital Electronics, Network Analysis, Signals & Systems, Control Systems, Microprocessor, Verilog HDL, VLSI Desgin,Operating Systems, ARM Microcontrollers & Embedded Systems.