Shiv Patel Email & Phone Number

Chicago, IL, US

Chicago, IL, US

Chicago, Illinois, United States

I lead the development and validation of cutting-edge wearable health technologies. I manage projects focused on improving patient outcomes through advanced sensors that monitor swallowing, respiratory functions, and more, with a special emphasis on neurodegenerative diseases and chronic conditions.

North Chicago, Illinois, United States

I support the Digital Science team at AbbVie by working on digital health strategy, implementation, and analytics for AbbVie's neuroscience and immunology portfolios.

West Lafayette, Indiana

I work as a prototyping assistant in the Bechtel Innovation Design Center where I work with Lulzbot 3D printers and Trotec lasers. I mentor students on how to use the Trotec laser for projects they are working on, both personal and school-related, while also giving advice on how to improve their designs. I prepare prints on the Lulzbot printers as well.

West Lafayette, Indiana

I help create projects and conduct in-class activities to engage Purdue's top engineering students in the classroom. Outside of the classroom, I hold office and hours and mentor students to ensure they are doing well both educationally and mentally.

Virtual

I assisted with data collection for various clinical trials by testing electronic clinical outcome assessments before they were officially used. I also helped streamline the workflow of the team by creating concise flowcharts that detailed the process of using electronic assessments for a clinical trial. In addition, I worked to calculate the differences.

Virtual

I helped accelerate the pace of the M20-466 clinical trial by supporting start up activities for clinical trial sites. I implemented, maintained, and coded a semi-automatic site activation tracker in VBA that tracked all data needed for clinical trial site startup. In addition, I presented during a virtual investigator meeting to principal investigators.

West Lafayette, Indiana

I developed mathematical models to determine joint reaction and muscle forces in individuals using experimental data in the Human Injury Research and Regenerative Technologies Lab to help prevent athletic injury and design better implants in the lower extremity. I also performed integration of electrophysiology (EMG), macro-biomechanics, and joint geometry.