-Founded a gaming studio building digital card games that empower players with creator tools leveraged by blockchain and GenAI-Acquired a web3 brand (Sneks; $150k market cap) with established community & marketing channels (Discord: 10k, Twitter: 30k) to catalyze product development & go-to-market strategy-Led development & launch of a decentralized app (dApp) that generated $10k in annual revenue

-Led the Community & Gaming departments for a gaming startup through zero-to-one launch-Implemented a data-driven user incentives program to grow the community and all marketing channels by 300%+, resulting in 10k+ sign-ups on the website-Secured partnership deals & represented the company on outreach, including being hosted on X Spaces (fma Twitter) to audiences of 1k+ people-Assisted the team in setting up user data analytics

-Started an e-learning platform to tutor and teach STEAM subjects to students in middle through graduate school.-Created an interactive online course where 100+ pre-college students learned programming (Python) by building a simple video game, which was licensed out to a learning center servicing 10k students in Northern California.

-Developed a prototype wearable gut sensor to explore digital health solutions that empower people with chronic gut disorders to live healthier lives.-Conducted an at-home clinical study with FDA guidance (14 participants) to validate the prototype and test concepts, detecting digestive events with 90% accuracy.-Preliminary insights resulted in a pivot to partner with others in the industry to aggregate a larger gut data repository that will train future AI models.

-Managed a clinical research study at a health tech startup partnered with Stanford Medicine to investigate an objective pain assessment product using sensors and machine learning.-Improved Standard Operating Procedures (SOPs) data quality and patient recruitment by 150% via remote collaboration with the clinical team.-Built a data pipeline using open-source APIs and identified 6 features from biosignals that can assess pain levels in infants.

Vagus nerve stimulation (VNS) during training has been shown to enhance learning, a process known as targeted neuroplasticity training (TNT). We established this paradigm in marmoset monkeys, showed acute plasticity in auditory cortex, and with the behavior team showed it can accelerate learning a new 'language' (Mandarin tones) by up to 30%. -Established the first SOPs of a marmoset monkey model of VNS.-Identified biomarkers to monitor electrode status and map out stimulation 'dosage' profiles.-Showed auditory cortical neurons tune to a new, target frequency after a passive TNT session.-Made key contributions to the behavioral study design and training a new student to work on the project.-Managed the lab's regulatory compliance, equipment install/repairs, and purchasing/accounting (>$200k)

Could vibrations in the gastrointestinal tract modulate the gut-brain axis as a form of treatment? I conducted proof-of-concept studies to find out, by testing the effect of gastric vibratory stimulation on vagus nerve activity in rats. Side projects: -validated a transgenic mouse model to target vagal sensory neurons-explored a novel gut-cerebellum neural circuit using anatomical tracers in transgenic mice-tested vagal transport of prion-like proteins from the stomach to the brain in mice, which is one possible pathophysiological origin of Parkinson's disease-developed a customized 3D-printed tissue culture system for a patch-clamp experiment

Developed two computational models that informed development of a perfusion system to treat fatty livers for transplantation, resulting in two publications.

Developed protocols with diffuse reflectance spectroscopy to improve the accuracy of testing SPF of sunscreen products.