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Research: Integrated-Finger Robotic Hand

University at Buffalo, NY                                                        September 2019 - May 2021

Problem:

  • Design a bionic hand that mimics the shape and motion of a human hand, which is able to grasp objects of different shapes.

  • Make it as light-weighted as possible.

Solution:

  • Used 3d-printed compliant structure as finger joints to reduce friction and weight without the need to assemble fingers.

  • Designed, analyzed and built the robotic hand.

  • After the paper submission, I designed the second version which can grasp objects up to 500g, and is currently used by the team for further research.

Related Skills:

  • CAD with SolidWorks

  • Finite Element Analysis

  • 3D-Printing

  • MATLAB

  • C++

Images of Integrated-Finger Robotic Hand

Contact information

(347) 825-6066

  • LinkedIn

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