Supporting the development of the manufacturing line of a novel surgical robotic device.

I worked with a small team of multi-disciplinary engineers to design a novel surgical robotic device.

I designed medical devices that are driven by a surgical robotic system.

To do this I work with a team of interdisciplinary engineers, ideating and getting advice from one another. I own critical subsystems that necessary for product success, taking them from concept, to 3D modeling and prototyping, to drawings that are then manufactured. All while working within requirements to make sure the end result is FDA approved.

I worked two separate summer internships at Auris Health.

During which I designed robotically controlled medical devices used for surgery. I self-managed to stay on schedule and prioritize tasks while also utilizing the team of interdisciplinary engineers I worked with to solve problems. The tasks I performed included

• Concepting and prototyping of numerous designs

• 3D modeling of said concepted designs

• Drawing creation and tolerancing for machinability

• Structural analysis of critical components

I designed concept ideas the client had for patenting. These designs were then prototyped and tested on trial subjects by the client. After a round of testing I would worked with the client to make the desired modifications and improvements. 3D models were designed to be easy to change and manufacturable.