Team Lead and Main Delivery Owner for New Product Introductions (NPI) and Installed Base Products & Services (IBPS) within Optical Sensors & Industrialization group, comprising diverse competencies to foster collaboration within all relevant departments at ASML. Focus is on ensuring timely delivery in line with demand while maintaining control over process quality and team dynamics.

Support & develop complex optical/photonic sensor systems used within ASML's photolithography tools.

Led the formation of YouCOMM LLC. Pioneered platforms to streamline the communication between patients and caregivers across a multitude of healthcare settings from conception to launch.Entrepreneurial lead, responsible for continuously monitoring the progress of research and development, customer discovery efforts, business models, constraints, budgets, financial statements, project management, intellectual property portfolio, website, as well as all internal and external participant roles in YouCOMM LLC.Investigate key metrics needed to effectively initiate a solution into markets while meeting deadlines and regulations associated with FDA, medical device classifications, infections, security, IRB, compliance, procurement, HIPAA privacy & security, among others. Led successful clinical trial at the Student Health Services in Storrs, CT.Lead participant in four venture accelerators. Responsible for networking team with dedicated mentorship, legal & accounting services, connections to fellow entrepreneurs, professional work, meeting spaces, and accelerator opportunities to develop a successful business. Prepare and present to investors and business competitions. Wrote and received 7 grants to fund legal expenses, research and development costs, and expenses associated with clinical trials. Hired and integrated new employees/contractors into the YouCOMM team. Received Honorable Mention as an Entrepreneur of the Year by the CT Entrepreneur Awards.

Laboratory Graduate Assistant for ENGR 1166: Foundations of Engineering.Responsible for leading laboratory assignments and teaching fundamental concepts of engineering. Laboratory sections had a theme of "Colonizing Mars" where students worked in three projects: a water filtration system, a wind turbine design, and a temperature-regulated space suit.Held office hours, managed and responded to course-related e-mails, maintained grading records, prepared handout materials, and served as a liaison between students and professor.

Member of the Nguyen Research Group that focuses on the study and development of materials, devices and systems at nano- and micro- scales for applications in biomedicine.

Taught STEM (Science, Technology, Engineering, and Math) disciplines among middle and high school students through outreach and mentorship workshops – educating them on the importance of engineering in our world today.

Generated tools for the identification and analysis of neuronal circuits. Independently automated and characterized behavioral sequence seen in pupal ecdysis. Developed a script that integrated MATLAB's Image Processing and Computer Vision System Toolboxes.Recognized at NIH’s Summer Poster Day (July 2016) and in the Biophysical Journal paper “Using Light-Sheet Microscopy to Understand Evoked Motor Sequence Generation” (Feb 2017) that summarized meaningful results comparing automated data with manual scoring from muscle Ca2+ fluorescence microscopy-based imaging.Certified from completing interactive courses in Ethics, Working with HIV and Other Bloodborne Pathogens, Lab Safety, Information Security Awareness, and Privacy Awareness.

Modeled experiments through EEG and MEG for psychophysical experiments in visual attention and autism-related EEG experiments. Identified and processed artifacts in event-related potential research through signal processing. Automated data collection using Advanced Source Analysis (ASA) and MATLAB. Developed own, video-based detection of movement onset. Debugged software and hardware for a new tactile stimulator. Responsible for subject preparation.