Nov 2021 – Jan 2023 · 1 yr 2 mos

• + Feature owner of Wi-Fi Round Trip Time (RTT/11az) hardware block used in indoor positioning of smartphones
• + Suggested a 20% memory compression technique for buffers used in IFFT block with negligible degradation in performance
• + Refactoring model code to reduce simulation time and size by utilizing the concepts of code re-use in various design patterns

Jul 2019 – Oct 2021 · 2 yrs 3 mos

• + Developed a new reception mode to support transmitter beamforming on narrow band users based on the latest IEEE 802.11be standard
• + Implemented a correlation-based fixed-point algorithm for early bandwidth detection to obtain gain using frequency diversity
• + Delivered High-Level Synthesis radio model implemented using SystemC for an Internet of Things Wi-Fi and Bluetooth chipset
• + Proposed optimized thresholds for the bandwidth detection algorithm using false alarm analysis in the presence of interference

Jul 2018 – Apr 2019 · 9 mos

• Teaching assistant for the following two courses:
• 1. Neuromorphic Engineering (2018)
• 2. Digital Communications (2019)
• Awarded - Excellence in Teaching (2018)

May 2017 – Apr 2018 · 11 mos

• 1. Nominated to manage INR 2.5 lakhs and lead a team of 180 dancers for executing annual dance flagship event
• 2. Partnered with Kala Ghoda Arts Festival to provide national-level launch-pad to Indian Folk Dance performance
• 3. Fostered the social cause of underprivileged children by providing a stage targeting an outreach of 10k+ students
• 4. Upturned 40% budget deficit by optimization and reduction of publicity costs through revamping digital publicity
• 5. Diversified existing publicity through creative avenues resulting in 80% y-o-y increase in overall participation

Apr 2017 – Apr 2019 · 2 yrs

• 1. Selected 1 amongst 92 from 290 applicants based on peer reviews, all-around achievements and mentoring skills
• 2. Facilitated smooth transition of 12 freshmen to life at IIT by supporting their academic and co-curricular pursuits
• 3. Mentored for 2 consecutive years to help enhance the academic performance through semester-wide planning
• 4. Counselled 14 department juniors on one-to-one basis to cope up with academic pressure

Jan 2017 – Apr 2017 · 3 mos

• Course - Electronics Design Lab
• 1. Built a wireless optical link for data transmission at 100 kbps with zero error rate at a distance of 1m
• 2. Devised a protocol to send information and clock synchronization bits over the link
• 3. Designed clock recovery circuit using a phase locked loop for synchronous data transfer

Oct 2016 – Nov 2016 · 1 mo

• Course - Microprocessors
• Instructor - Prof. Virendra Singh (Electrical Engineering, IIT Bombay)
• 1. Designed and simulated a 6-stage 16-bit pipelined processor and a multi-cycle RISC processor in VHDL
• 2. Implemented the multi-cycle RISC processor(with optimized performance and hazard detection techniques) on Cyclone IV E FPGA

May 2016 – Apr 2017 · 11 mos

• Teaching assistant for 3 different courses.
• 1. EE 101 (Introduction to Electrical and Electronics Circuits) under the guidance of Prof. B.G Fernandes. This course ran in summers 2016 (May - June 2016)
• 2. EE 101 (Introduction to Electrical and Electronics Circuits) under the guidance of Prof. Subhananda Chakrabarti. This course was running in autumn semester (July - November 2016)
• 3. EE 112 (Introduction to Electronics) under the guidance of Prof. Subhananda Chakrabarti. This course was running in spring semester (Jan - Apr 2017)
• Duties:
• a. Conducted Weekly tutorials and informal discussion sessions of over 100 registered students
• b. Also provided assistance in preparing quizzes, mid-semester and end-semester question papers and grading answer scripts

May 2016 – Jul 2016 · 2 mos

• Designing Controller for Wire-EDM | Summer UnderGraduate Research Project
• Part of 5 member team with guide - Prof. S.V Kulkarni, Department of Electrical Engineering, IIT Bombay
• Scope: Optimizing slicing process by Wire–EDM to develop silicon wafers that increase the efficiency of PV cells
• 1.Comparative study of conventional methods (Inner Diameter Saw, Abrasive multi-wire saw) of silicon ingot slicing with Wire – EDM analysing Kerf Loss, Slicing Rate, Material Removal Rate and Surface Integrity
• 2.Experimental investigation on silicon/steel ingots to understand the mechanism & potential of Wire – EDM
• 3.Proposed a MATLAB Simulation model of the electric discharge generated during cutting process of workpiece
• 4.Designed the typical Power Electronic Circuitry to generate pulse train without load using Diptrace

Jul 2017 – Feb 2019 · 1 yr 7 mos

• 1. Lead a team of 70+ dancers for 6 competitions over the span of 2 years
• 2. The team achieved the following:
• a. 1st position in group dance competition, 2017 - Gold Medal
• b. 1st position in duet dance competition, 2017 - Gold Medal
• c. 2nd position in street battles, 2017 - Silver Medal
• d. 1st position in duet dance competition, 2018 - Gold Medal
• e. 1st position in street battles, 2018 - Gold Medal
• f. 2nd position in group dance competition, 2018 - Silver Medal
• 3. Overall Dance Champions for two consecutive years
• 4. Overall Champions for the year 2018

May 2017 – Jul 2017 · 2 mos · Greater Hyderabad Area

• Qualcomm India Private Limited, Hyderabad
• Role - System Developer
• Highlight - Received PPO (Pre-Placement Offer) for joining as full time employee in 2018
• 1. Enhanced the debugging capabilities of poky (reference distribution provided by Yocto Project) and Qualcomm distribution for the Snapdragon 625 processor
• 2. Enabled on target and remote debugging by explicitly scripting new recipes to install 'gdbserver' package on the Linux image for Snapdragon 625 and establishing cross development environment for debugging at the host
• 3. Analyzing the chain of package dependency in poky and Linux image for Snapdragon 625. Provided an exclusive list of upstream recipes and internal recipes. Using python generated files that illustrated the run-time and build-time dependencies of all the packages installed on the image. Identified the redundant packages in the image using the files generated
• 4. Proposed to build hardware emulators for Qualcomm processor chips that will improve the development process in the company