First full-time employee at Lura Health. Championed project management software, designed and built testing equipment, oversaw production transfer to contract manufacturer. Sourced and acquired talented new members of the team, trained new employees, and managed interns. Spear-headed product redesign and specification through literature review, CAD, and DFM.Primary Duties: Manage interns, source and acquire talent, interface with vendors, organize project deadlines and budgets, update CAD according to DFM feedbackSkills: CAD, DFM, Project Management, Python, Metrology, Automated Testing

Researching localized vibration control and fatigue analysis, atmospheric plasma generation with dielectric barrier discharge devices, and paper-based circuity for sanitization and wound healing.Accomplishments: - Trained and directed the research of undergraduate assistants across several projects- Created a cost-effective method for creating atmospheric plasma generating electrodes- Designed novel produce encapsulating electrodes and testing apparatus to validate the same- Engaged in in vivo wound healing studies on lab animals- Created low-cost testing apparatuses for localized vibration control system validationMentoring Duties: - Direction of three undergraduate researchers across two projects

Taught middle through Highschool classes covering the full range of STEM courses (Algebra through Statistics, Biology, Chemistry, Physics, Engineering, Programming, CAD, and prototyping). Mentored students through multiple classes and helped them explore interests in engineering and programming. Created assessment materials, lecture notes, and syllabi for new courses.

Managed and maintained multi-photon microscopes for the neuroscience department of Princeton University. Created microscope health check tests and databases for machine maintenance and tracking. Created SOPs and training protocols for multi-photon and confocal microscope systems. Built mouse-sized head-mounted microscope; designed and built systems for continuous visualization of target area during free-moving tests.Primary Responsibilities: - Maintained and improved multi-photon microscopes- Coded automated health measurement functions for microscopes in Matlab- Fabricated head-mounted two-photon microscope for freely moving animals- Training researchers on equipment use

Projects: Holographic Video Monitors, Near Eye Displays, Optical Brain ProbesResearch Focus: Fabrication, optimization, and simulation of leaky-mode modulatorsProcesses: Interference Lithography, Electron Beam Lithography, Metal Liftoff

Trained and managed between 3-12 undergraduate researchers. Directed collaborative projects throughout cleanroom, optical testing, and final device (holographic video monitor) assembly.

Created lecture materials, assessments, and syllabi for Intro to Circuits (ECE 2210) and Intro to MatLab and LabVIEW (ECE 1020).