- Help develop the US arm of the Radiology/Orthopedics Artificial Intelligence business- Provide feedback on iterations of the product, algorithm, and machine learning development- Open lines of communication with potential users and customers in the US and globally- Build relationships between Radiobotics and partner institutions, companies, and organizations

Pursuing a Masters' degree through the Global Medical Innovation (GMI) Program in the Department of Bioengineering at Rice University

- Help develop a new pathogen sensing platform for the scalable diagnosis of infections- Aim to provide rapid, quantitative results to enable the use of targeted treatment

• Led the design of the Patient Services platform for the US and global business units of a major pharma company• Oversaw the Salesforce (Health Cloud) architecture design and implementation strategy for a major biotech company, including granular development• Evaluated the business processes involved in providing support services for medications across multiple disease states• Analyzed the test methods and V&V processes of a global biopharma client, and led teams to fix issues and defects found• Developed business strategies for multiple Fortune 500 and top-10 clients in the biotech, retail, and communications fields

 Resolve conflicts and foster relationships, and mentor students to create a safe, close-knit, and successful community Collaborate with fellow staff members and a supervisor to plan and execute events and manage administrative tasks

 Lead multiple weekly help sessions for students over topics such as fluid dynamics, mass transfer, and heat/energy transfer Teach fundamental principles alongside professor and teaching assistants, collaboratively revising the curriculum over time

 Designed and 3D-printed a prototype of a novel breath-actuated inhaler to improve device effectiveness and efficiency Taught fundamentals of device design, including SolidWorks and engineering documentation, and facilitated collaboration

 Successfully designed, prototyped, and tested a more failure-resistant tibial baseplate for partial knee replacements Performed FEA and mechanical testing after building SolidWorks models and 3D printing models optimized for testing Created SolidWorks drawings of complex assemblies using proper GD&T, different configurations, notes/tables, etc.

 Designed an electronics jig able to test critical, time-sensitive software updates dealing with difficult-to-replicate failures Used schematics and research to rewire the internal circuitry of test units to bypass the embedded power control systems Wrote DHF test protocols and reports for FDA review; reports and jig are actively used for other tests as of August 2016

 Manipulated MRI/DICOM images using self-written software and analyzed ICD interrogation reports for data trends. Assisted writing two grant proposals which were submitted to St. Jude Medical, Inc. and the American Heart Association.