• Designed tests to measure flow rate and conductivity of bio fluid in a micro-fluidic channel using thermal conductivity• Analyzed animal trials data to calibrate the medical device sensors• Built and assembled device prototype for clinical trials• Co-authored the manuscript, Automation of post-operative surgical drain monitoring with novel biosensing technology: Proof of concept in a peritoneal injury model, in Surgical Innovation journal• Designed and developed the device containment pouch for patients during clinical trials and treatment

• Designed 3D models of parts and systems using Solidworks to test new features to be introduced into the new and existing product line (Compresstome)• Machined parts using drilling, milling machines and band saw as per design specifications to manufacture parts for product modifications• Used Arduino circuit and programming to test longevity of new functions introduced in the product• Documented procedures and processes to manufacture parts for standardized product design

• Designed 3D models of parts and products (Wheel chair ramps) using Solidworks for manufacturing under the guidelines of Massachusetts & International building code• Updated & customized existing parts and product designs for specific clients• Created a new Bill of Materials system to identify Solidworks drawings of parts and assembly designs easily for the team• Created novel designs of parts (ramp sections, platforms, legs, pickets, & brackets) for new product line along with the Instructional & Architectural packages with GD&T for the product approval by the City Engineer• Tested for weight tolerances to incorporate and introduce cost effective designs

• Reconstructed analog registry and client information to digital to provide mobile and safe accessibility of client and project information for the regional teams• Assisted developing technically adroit teams for regional expansion• System hardware and software maintenance