- Synthesized and recycled lithium-ion and lithium metal battery components to enhance sustainability and reduce costs. - Developed high-energy electrode materials for next-generation sodium-ion and sodium metal batteries.- Engineered electrolyte additives to optimize membrane separator efficiency in sodium-ion batteries.- Protected innovative technologies through robust patent filings and licensing strategies. - Secured funding for future growth through successful grant writing and business development initiatives.

Executed automated and manual testing of firmware, backend, and frontend Coordinated with management and developers on delivering bugfixes and features

Collaborated with R&D, mechanical, software, product, and sustaining teams to define test objectives for MakerBot products throughout the product development cycleLed environmental testing on MakerBot 5th Generation productsLaunched failure reports and corrective actions for engineering departments (FRACAS)Organized Django database used by the Test Engineering departmentDeveloped methods to test components, subsystems, and integrated systems by programming test scripts and designing CAD models for test fixturesCreated performance standards and specifications that would serve as benchmarks for continuous improvement and drive future designDocumented test reports and procedures that thoroughly detailed test setup, data analysis and results

Engineered novel printing methods for ceramic-polymer capacitorsShowcased manufacturing scalability of capacitorsIdentified common causes for failure in printed ceramic capacitorsInvestigated nanoparticle aggregates in dielectric film using Atomic Force and Scanning Electron MicroscopyExamined average nanoparticle size in dielectric using zeta potential analysis Analyzed and improved leakage current of printed dielectric

ChE 22900: Chemical Engineering Thermodynamics I. Updated grade book of course with gradedassignments and exams. Held regular office hours to answer student questions regarding various topics in the course

Quantified average nanoparticle size using surface plasmon resonanceImplemented several techniques for forming and arranging silver nanoparticlesExpanded ordering efficiency of silver nanoparticles onto two-dimensional superlatticesIncreased silver nanoparticles phase transfer efficiency to 50%

Synthesized nanochannels and studied flow through the nanochannelsDevised theoretical model for two-phase flow in nanochannels