DESIGN PROJECTS

My research at UNL focused on the development of a miniature in vivo surgical robot capable of performing Single Incision Laparoscopic Surgery, where the device gains access to the surgical site through a single small incision. This type of minimally invasive surgery promises to provide significant benefits including reduced hospital stays and recovery times.

SURGICAL ROBOTICS

My research at UNL focused on the development of a miniature in vivo surgical robot capable of performing Single Incision Laparoscopic Surgery, where the device gains access to the surgical site through a single small incision. This type of minimally invasive surgery promises to provide significant benefits including reduced hospital stays and recovery times.

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My research at UNL focused on the development of a miniature in vivo surgical robot capable of performing Single Incision Laparoscopic Surgery, where the device gains access to the surgical site through a single small incision. This type of minimally invasive surgery promises to provide significant benefits including reduced hospital stays and recovery times.

SURGICAL

ROBOTICS

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ROVERS

During my time at JPL and Honeybee, I was exposed to several flight and research projects that improved my understanding of the design of robots in both the laboratory and real world.

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Throughout graduate school, I have taken several project based courses. These projects were helpful in demonstrating the skills that were acquired in those courses. A few of these projects can be seen here.

PROJECTS

CLASS