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Projects

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Single-Compartment and Multi-Compartment Test Lungs

SCTL and MCTL - Quadrus Medical Technologies

  • Custom test lungs designed to test non-standard patient scenarios

  • MCTL - Collaborated in a team of 3, includes automated setting of resistance and compliance

  • SCTL - single-compartment, can use standard medical balloons, allowing for a modular design and test of different  volume capacities with the same setup

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NASA Big Ideas Challenge 2022

Extreme Terrain Mobility Challenge

Aim: To design, develop, and demonstrate robotic systems with alternative rover locomotion modalities for use in off-world extreme lunar terrain applications.
Proposed Solution: Dynamic mobIlity platform for Autonomous Navigation of Adverse Lunar Terrain (DIANA-LT) is a snake-like robot able to reliably climb high-grade slopes

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Laika

The Dancing Robot Dog

  • Ideated, designed and manufactured dancing robot dog over the course of 12-weeks

  • Created detailed CAD model on SOLIDWORKS and Fusion 360; fabricated body components using 3D printing and laser cutting

  • Configured remotely controllable system to communicate with on-board RaspberryPi using SSH over Wi-Fi

  • Programmed gait of robot using Keyframes method for 8 servo motors for robot to have 4 distinct dance moves. Presently teaching robot to walk on its own using PyBullet simulations and evolutionary algorithms

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The Train Co.

Human-Centered Design and Innovation

Designed a solution to encourage Young Professionals to fly less, by improving the current train experience and advocating greener ways to travel

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Autonomous Cable-Driven Parallel Robot for Cleaning Skyscraper Windows

Proposal

A novel Cable-driven parallel robot (CDPR) has been proposed for facade cleaning operations and the 3D model and simulations of forward and inverse kinematics have been done for a given workspace.

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Evolving Soft Robots

Using Evolutionary Algorithms

Evolving various configurations of soft-robots on a self-programmed physics simulator using VPython

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Friction Stir Processing (FSP)

Find optimum process parameters

Study the effects of different process parameters of FSP on the mechanical and tribological properties of aluminium surface composites

Projects: Projects

©2025 by Kartikeya Bector | Last Updated: 27th April, 2025

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