Open Energy Profiler Toolset. ● Developing GUI in Qt environment for system control and graphical display of power consumption. ● Developing Driver for ADS92x4R Dual, Low-Latency, Simultaneous-Sampling SAR ADC.

Data Accelerator Firmware Developer. ● Working on pre-silicon Firmware development and implementation for Data Accelerator for AMD. ● Creating and developing firmware from scratch in C/C++. ● Develpoing Firmware for RISC-V SiFive dual core CPU both in Bare Metal and Zephyr. ● Bringing up interrupts, timers, thread, workqueues, mem slab, tracing in Zephyr. ● Ported AMD custom Kernel to use Zephyr.

● Crypto wallet product development.

DMA Firmware Engineer. ● Working on pre-silicon Firmware development and implementation for DMA for AMD. ● Creating and developing firmware classes both in C++ (and SystemVerilog). ● Creating and developing tests to stress and debug firmware code. ● Creating API to connect testing parameters (SystemVerilog) with firmware implementation (C++).

Implementation of communication for Battery Management System based on LTC6804-1: ● Prototyping on Arduino Uno Board. ● Wrote whole communication protocol in C. ● System management tasks sync with FreeRTOS including charging/discharging batteries, reading current voltage. ● Final implementation for STM32F4 board. ● Peripherals: ADC, Daisy chain SPI. ● Hardware: STM32F4 Board, Arduino Uno Board, LTC6804-1.

Digital Addressable Lighting Interface (DALI) implementation: ● Prototyping on Arduino Uno Board. ● Wrote whole communication protocol in C (Manchester coding) with task sync in FreeRTOS. ● Final implementation for 32F072BDISCOVERY board. ● Hardware: 32F072BDISCOVERY Board, Arduino Uno Board, Ballast.

1. Making builds for multiple chips and implementing Firmware modification for those chips. ● Implementing latest changes to design to work on emulation platforms and to be tested by verification team. ● Debugging Firmware and modifying it for better time performances in C/C++. ● Debugging and fixing issues in the automation flow, implementing Jenkins flow. ● Java background development tasks for workflow purposes. ● Agile methodologies, SCRUM and JIRA. 2. Creating and modifying rtl wrappers for PCI switch with implementation of Jenkis flow automation, Firmware modification. ● Writing SystemVerilog wrappers (RTL representation) for different connections of chips. ● Debugging Firmware and modifying it for better time performances in C/C++. ● Generating emulation images from netlists to test initial sanity. ● Java background development tasks for workflow purposes. ● Worked with Protium and Palladium emulation platforms. ● Agile methodologies, SCRUM and JIRA. 3. Linux kernel development. ● Compiling and installing latest Linux kernel on an existing Ubuntu 18.04. ● Writing and compiling an explanatory character module for Linux Kernel. ● Independent compiling and loading of Linux kernel modules. ● Inserting the character module into the Linux kernel tree through Kconfig. ● Writing character module compilation with misc driver usage. ● Git repository usage for developing Linux kernel modules. 4. Tiva C project. ● Implementing Bare metal applications on Tiva C (EK-TM4C123GXL board). ● GPIO interfacing. ● Communicating using UART and SPI interfaces.

1. WEB Access to Measuring Station – Embedded Linux. ● Using QEMU for emulating hardware. ● Porting Linux for new platform. ● Making app and adding sysfs functionalities to driver. Tools: Linux, QEMU, U-Boot. Languages: C. 2. Sound Frequency Detector using ST Nucleo F746 microcontroller and external microphone. ● Bare metal implementation. ● GPIO interfacing, use of multiple timers and single channel of AD converters. ● Use of Matlab DSP function. Tools: STM32CubeMX, Keil uVision5. Languages: C. 3. Real time embedded programming using MSP430 microcontroller series. ● Creation, starting and suspension of tasks. ● Preemption and context switching between tasks. ● Implementation of semaphores and interrupt event. ● Task synchronization using message queues and mutex. Tools: Code Composer Studio. Hardware: TI MSP430F5529 launchpad. Languages: C, FreeROTS. 4. Temperature measurement using MSP430 microcontroller series. ● Bare metal implementation. ● GPIO interfacing. ● Interrupt routine implementation in assembly. ● Communication between microcontroller and sensor via one-wire protocol. Tools: Code Composer Studio. Hardware: TI MSP430F5529 launchpad, SMT160-30 sensor. Languages: C. 5. Memory Game implementation using Assembly x86 and Altera DE1-SoC Board. ● Both Assembly and VHDL code implementation. ● Communication between Soc and Computer via VGA communication cable. Tools: Visual Studio, Quartus 2017. Hardware: DE1-Soc Languages: C, Assembly x86