• 1-year internship with the server-side BIOS development team.• Developed understanding of system boot flow, BIOS build and simulation, UEFI development with EDK II.• Worked on sanity automation using Python scripting. Covers various aspects of BIOS setup knobs.• Worked on building an XML to Excel workbook parser to extract BIOS boot flow timings.

At WSL, I am currently working on an Integrated Decision Support System (DSS) over datasets of land, people and money. The purpose of this project is to create data science applications to draw meaningful and actionable insights to enhance public governance outcomes.

Worked on multiple projects at the Surgical and Assistive Robotics Lab (SARL) under the guidance of Prof. Madhav Rao. The Edu-TAG device was built and tested at this lab. Currently working on experimental validations of BCI devices like NeuroSky to design a high level ethical framework for BCI systems.

I undertook the role of Teaching Assistant (TA) for the course "Principle of Communication Lab". As a TA, I conducted software demonstrations of MATLAB, answered the doubts of students, corrected assignments and also took demonstrations of labwork and projects.

• Implementation of audio processing algorithms (such as spectral subraction) on a Digital Signal Processor(using C++) as well as MATLAB and Python (such as clap detection).• Development of a pipeline to interface the DSP with an external computer (and vice versa) to enable the use of classification/estimation algorithms whose output is sent as commands to change the parameters ofreal-time processing algorithms (example : WDRC) running on the DSP.• Implementing DSP-based… Show more • Implementation of audio processing algorithms (such as spectral subraction) on a Digital Signal Processor(using C++) as well as MATLAB and Python (such as clap detection).• Development of a pipeline to interface the DSP with an external computer (and vice versa) to enable the use of classification/estimation algorithms whose output is sent as commands to change the parameters ofreal-time processing algorithms (example : WDRC) running on the DSP.• Implementing DSP-based algorithms such as Wide Dynamic Range Suppression (WDRC) on MATLAB. Show less

Investigated the use of chirp signals to develop an active acoustic sensing system. The internship involved extensive literature survey, simulation testing, offline and real-time evaluation of single and multiple source localisation. (distance and direction of arrival (DOA) estimation). Concepts in the domains of linear algebra, signal processing techniques and extensive MATLAB programming were required.

Built a wireless LFP signal acquisition system which involved analog circuit design and microcontroller interfacing. The system was tested at NIMHANS on rat subjects.

Worked along with Vision Empower (VE) to build the Tactile Audio Gallery. We showcased the device and tested it with STEM students with visual impairments at events like Anubhav 2019.