Computer Vision
Computer Vision
Academia
University of Michigan Ann-Arbor
MS in Robotics, 2019 - 2021
Graduate Student Researcher
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Worked on developing an Extended Kalman Filter based human gait estimator and tested estimator on real-world data.
University of Illinois Urbana-Champaign
MS in Mechanical Engineering, 2010 - 2013
Graduate Student Researcher
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Worked on bio-inspired controller design for flexible arm using nonlinear oscillators (Central Pattern Generators) to mimic octopus motion primitives. Used Simulink to simulate control on flexible arm.
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Designed and fabricated artificial muscle actuators using Electro Active Polymers and using the same fabricated a segment bio inspired flexible robotic arm with redundant DOFs which was tested for feasibility.
Indian Institute of Technology Delhi
B.Tech in Mechanical Engineering, 2006-2010
Undergraduate Student Researcher
B.Tech Thesis: Design and Computational Analysis of Centrifugal Pump, Fall 2009 – Spring 2010
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Redesigned the impeller and volute for efficient energy transfer and diffusion for a low HP centrifugal pumpï‚· CFD simulations using fluent and gambit for analysing flow of liquid in the impeller and volute of pump
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Fabricated multiple impeller prototypes using rapid prototyping machine and Tested impellers for performance
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Design and Development of Downdraft Gasifier Stove, Fall 2008
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Developed Mathematical Models for fuel bed and gas flow in stove and carried out parametric analysis
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Created CAD models and fabricated a prototype of gasifier stove for performance and concept testing
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Synthesis, Analysis and Design of Robotic Grippers for cylindrical and Spherical Objects, Summer 2008
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Developed a Mathematical Model for an under-actuated robotic gripper and fabricated a prototype for testing
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Designed an algorithm for determining under- actuated robotic gripper dimensions for given parameter
Design of Prosthetic Knee Joint for Mobility and Locking, Fall 2007
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Designed, developed and fabricated prototype for a low cost above knee amputation prosthetic knee joint
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Locking and unlocking mechanism are controlled by the gait of the user and gravity