About me
JN TATA Scholar | Roboticists | Solidworks Leader
Motivated, efficient and organized with a passion for learning new skills and an inquisitive mind. With my out-of-the-box thinking and problem-solving skills, I hope to become a successful Robotics engineer. Using my experience with robotics, ROS programming, CAD design, and embedded systems, I can effectively develop space robotics.
Time and again, people discuss the future and how they wish things would be. Nevertheless, I believe that inventing the future is the best way to predict it. The desire to create a future where Robots can relieve human workers of quotidian tasks and empower us to go beyond our limitations has been the driving force behind my pursuit of a roboticist career.
What i'm doing
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CAD Designing
Designing products before they're manufactured.
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FEA & CFD simulation
Using softwares to prove my designs work!
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Rapid Prototyping
Utilizing 3D printers and some handyman skills for POCs.
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DFMA and GD&T
Preparing for manufaturing with precision and accuracy
Testimonials
Resume
Education
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Masters of Engineering : Mechanical Engineering - Robotics
University of California, Berkeley
GPA : 3.93 2022 - 2023 -
Bachelors of Engineering : Mechanical Engineering
Savitribai Phule Pune University
CGPA : 3.84 2018 — 2022
Experience
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Lead Mechanical Engineer, Shift Robotics Inc.
July 2023 — Present• Designed and prototyped 9 product iterations for medical & warehouse uses utilizing various manufacturing methods.
• Spearheaded on-site manufacturing collaboration in China for a new product redesign. Optimized product design for injection molding of complex plastic parts using FEA, achieving a 28% weight reduction (2500gm to 1800gm).
• Built intricate test rigs replicating walking impacts by 90% – a 7x improvement over previous capabilities. -
Innovator in Residence, University of California Berkeley
Jan 2023 — May 2023• Led cross-functional teams of students and industry experts to develop and launch innovative medical products.
• Conducted market research and user needs analysis to translate customer insights into actionable product features for next-generation medical devices.Collaborated with external stakeholders (startups & industry experts) to identify emerging trends and technologies, driving the development of advanced surgical products. -
Robotics Engineer Intern, Tech Services
Feb 2022 – May 2022• Assisted in the assembly, set-up, programming, and fine tuning of ABB 5400 S4 robots.
• Proposed a parameterization method for inverse kinematic solutions of motion planning and increased precision by 12%.
• Optimized trajectories to increase efficiency by 8% for responding speed and joint acceleration capability. -
Mechanical Engineer Intern, VR Coatings Pvt. Ltd
Sept 2021 — Dec 2021• Designed, simulated, and manufactured special nozzle for spray coating with 70% improved efficiency.
• Performed CFD simulation on various design iterations in Ansys Fluent to compare the most efficient spraying.
• Involved in the hardware development of a 3D printer with multi-functional and print with proprietary materials. -
Upwork top rated feelancer
March 2021 – Dec 2021• Developed prototypes of more than 26 projects for various product design companies from conception to completion.
• Assisted in the preparation of a bill of materials and assisted with the purchase of inventory by contacting vendors.
• Prepared engineering drawings, engineering simulations, analysis and rendering prioritizing manufacturability.
• Electric furnace, CNC machine, Filament extrusion machine, Injection molding machine and Wire bending machine. -
Solidworks Student Leader India
Sept 2021 — June 2022•Helped over 110 students to become certified Solidworks Associate by conducting 2 month long workshop.
•By exposing students to numerous resources, further promoted development into design and engineering. Also worked closely with 5 fellow student organizations and SPPU engineering departments to provide a centralized location for CAD education. -
Founder, Ekka 3d Printing
Aug 2019 — Feb 2021• Designed and managed the fabrication of over 30 products using additive manufacturing technology.
• Assessed the feasibility of alternate designs and processing methods and made them more economical by testing models.
• Supported engineering design development through analysis and simulation of more than 40 prototypes.
My skills
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CAD Designing
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ROS Programming
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Additive Manufacturing
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MATLAB Programming
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Control Systems
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Embeded Systems
Software
Certifications
Projects
Research Papers
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Prediction of Surface Roughness Using Desirability Concept and Support Vector Machine for FDM Part
This research investigates how different settings on a 3D printer (FDM) affect the smoothness of the printed object (surface roughness). We used a special method to try out a bunch of different settings quickly and then figure out the best setting to get the smoothest possible print. Finally, we check findings with a machine learning and achieved impressive results.
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Investigating the effect of cryogenic treatment of workpieces and tools on EDM performance
Investigated the effect of cryogenically treated work pieces and tools, gap currents, gap voltages, pulse on time and pulse off time on the material removal rate and tool wear rate during EDM of Nitinol (NiTi) alloy, Monel (NiCu) alloy and beryllium copper (BeCu) alloy.
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Weight Reduction of Airfoil using Generative Design
An exploratory study of the impact of the symbiotic relation between topology optimization using generative design and strength analysis on wing ribs in weight reduction and amplified efficiency of the aircraft.
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Electrical Discharge Machining Process Optimization During Machining En19 Alloy Steel Using Desirability Concept
Response surface methodology was employed to design experimental layout and the observed responses in this study are MRR, TWR and Ra.
Patents
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The Planaca
A smart bumper system that will be installed on the roads at appropriate distances to slow down the traffic and also to regulate the flow of traffic in one direction preventing wrong side driving.
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The Velocidad
Designed smart bumper mechanism that can be installed on any road to regulate the speed of the traffic flow. It slows down the speed of the vehicle by changing its height.
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The Detener
Designed a special bumper that will be installed at the signals to ensure the proper flow of the traffic at red lights. Designed to lift the zebra crossing when the signal was red up to an optimum level and it would go back once the signal turns green.
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Smart Valve system
Created a smart valve integrated with artificial intelligence and machine learning to ensure proper and constant distribution of water in tanks.
Stories
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How I became a TATA Scholar
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Arranged Biggest Technical fest with zero budget
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What led me file 4 Patents
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Setting up smart manufacturing lab
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Winning 6 national competitions and 1 international competition
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Last day of College
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How I started my own company in second year of Engineering
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Solidworks Student Leader