Researched the existing system to find physical parameters that were affecting the illumination profile and introduced noise to the output. Came up with various concepts/ideas that could help improve the final output and validated them with rigorous simulations in Zeemax/Ricktu. Designed the testing setup with 3D printed jigs/fixtures, supporting electronics, optical components, light sources and image-capturing devices. Controlled the LEDs using Arduino, captured the images and processed them using Python to compare the simulated and experimental data. Image stitching and background subtraction were the final two ways that improved the SNR by 40‑50%

Responsible for analyzing requirements, developing specifications, creating design models, 3D printing components, and technical drawings. Worked closely with CFTs such as SDEs, and manufacturing personnel to ensure designs meet project requirements and are feasible to produce. Prototyped designs using 3D printing, CNC machining, & and other fabrication methods to validate designs before moving into production. Tested and validated designs to meet safety, performance, and reliability requirements, and conducted FMEA to identify potential issues.• Projects: PCB testing/programming fixture, SKU Packaging/weight reduction, Device qualification Jig (EoL), Lens qualification jig, Optic qualification jig, Strip assembly jig, ECN Documentation, Production quality requirements, making SOPs, Pull‑out tab

Elected by the existing team of 20 to represent the Mechanical Module of Team AbhiyaanLeading a team of 9, planned out the process of brainstorming, designing and manufacturing

Among 5 member to be selected for mechanical module among 100 applicants at Team AbhiyaanDesigned a compact bot ergonomically and modelled various parts of the bot in InventorWorked on manufacturing of the chassis and assembly of powertrainReduced the problems faced due to deformations caused by temperature changes in the bot

Developed an efficient yet complex mathematical model in MATLAB to accurately calculate the magnetic flux flowing through the motor at a given point in time, saving a lot of processing time and money on FEA softwareEstablished the relations between various motor parameters and designed a GUI in Netbeans using JAVA to effectively calculate the ouputs based on different modes of operationWere among the top five presentations to be selected from over 200 interns and was very well appreciated by the committee

Monitored and led a team of 30 while managing a budget of INR 1.8 lakhs including prize moneyHired a professional choreographer with the allotted budget who trained us for competitionsPioneered a calendar system in the team which covered all the meetings, and practice sessions.Organized Saarang Choreo Night with 20 teams and a footfall of 8K, raising INR 8 lakhs in tickets

Part of a 20 member team responsible for organizing logistics and management of ShaastraIncreased material recovery from 69% to 92% thus boosting department financial marginOptimizing master sheet to reduce team-budget by 16% from INR 31.5 lacs to INR 24 lacsWas responsible for the facilities requirements of KV ground with more than 50 stalls

Part of a 34 member team responsible for keeping professional relationships with the alumniOrganized various reunions and professional meetings for more than 5000 alumni at a single meetIncreased alumni database by over 100% from 7000 to 15000 through social media networkingDeveloped a hostel report for the Krishna hostel and designed a budget of over 7L to be pitched

I worked under professor Ashwin G. Kothari of ENTC department of VNIT,Nagpur collegeAnalysed the problems faced by differently-abled people while doing various activities such as reading books such as turning pages, reading the text etcProposed different mechanisms to automatically turn the pages taking minimal response from the user, also to lift the book to an appropriate angle as per user's comfortPrototyped a 180-degrees turning mechanism that uses wooden arms installed with suckers that holds the page while turning it only taking a minimal haptic feedback from the user