Project Type: Research Organization: Robotics and Intelligent Vehicles Research (RIVeR) LabCold Spray Additive Manufacturing LabGordon Institute of Engineering Leadership Robot Used: Fanuc m710ic Software Used: C++ | Python | Matlab Date(s): May 2019 - August 2020
Note: Demo videos and project proposal document samples can be provided on request.
Cold Spray is an additive manufacturing technology in which fine metal powders are sprayed at supersonic speeds against a substrate to deposit material and build up a surface profile. Northeastern University’s Cold Spray Additive Manufacturing Lab’s research on the material properties of cold spray technology has been limited by an inability to deposit material in complex patterns. To address these limitations the Cold Spray Lab proposes a project to process a Computer-Aided Design (CAD) model and generate a robotic motion plan to produce this CAD model in real life. This project will require the development of software and algorithms to leverage existing robotic and sensing equipment in a safe, accurate, and repeatable manner to make this technology practical for everyday use.
I am leading this new effort to introduce robotic capabilities to the Cold Spray Lab as part of the Gordon Engineering Leadership program. My leadership responsibilties for this project include eliciting project requirements and scope, coordinating with faculty amongst 4 Northeastern departments, and working with several industry vendors. My technical responsibilties include designing the software architecture, researching new algorithms, and implementing these solutions to take this project from concept to deployment.
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