• Collaborated with cross-functional teams to effectively carry out hands-on process development, scale-up, and technology transfer projects at the pilot plant.• Ensured compliance with safety, Good Manufacturing Practices (GMP), and environmental requirements during daily production activities in the pilot plant as a voluntary member of the safety committee.• Planned, executed, and documented a large-scale validation of cleaning procedures as part of an FDA commitment; Coordinated laboratory and manufacturing activities while providing oversite to technicians.• Authored protocols, experimental product batch records, technical reports, SOPs, and evaluations.

• Worked closely with manufacturing and design engineers to carry out both sustaining and new product testing in accordance with ISO requirements for drug injection systems.• Designed and printed test fixtures using Creo CAD software for mechanical testing of irregularly shaped medical devices. • Performed mechanical characterizations using Instron and torsion machines to determine device compliance to ISO standards.

• Worked as part of a team researching tissue engineering applications for the treatment of Orthopedic and Maxillofacial defects.• Followed standard operating procedures (SOPs) for sample preparation and carried out experiments in accordance with GLP.• Tracked the thermal decomposition of carbonate functional groups in synthetic bone samples using FTIR and TGA for characterization of carbonate type and quantification of carbonate percent respectively. • Analyzed the effects of processing and sintering on composition, crystal size/phases, and mechanical strength of novel bioceramic formulations using ICP, XRD, and Instron respectively. • Designed and tested porous biomimetic scaffolds made from ceramics using a custom 3D printer.• Developed and documented a process for producing a high solid-percent colloidal suspension using a novel bone-like ceramic for use in robocasting applications.• Performed statistical analysis to determine both sample size and significance of results.• Interpreted, compiled, and communicated experimental results verbally and graphically.

• Collaborated closely with a cardiovascular surgeon and senior surgical staff at NYU Langone to determine necessary device features and to design to user needs.• Iteratively drafted device components with SolidWorks CAD software and ran FEA simulations to evaluate possible failure modes during use and extreme use situations.• Observed the FEVAR Procedure that the device was designed to better understand use cases.• Constructed a prototype to demonstrate proof of concept, submitted documentation and technical reports to NYU’s office of industrial liaison for IP protection.