At a young age I developed a curiosity for why humans have differing healthspans. 

 

In high school, I volunteered time cryogenically harvesting organs from bugs fascinated by the notion of cryonics and metabolic stasis - thinking, if we can't solve it today, let's just freeze it. In an attempt to disentangle the complexity of our bodies, academically I studied Human Biology and Pharmacology at the University of Toronto. In my undergrad, I became fascinated by the brain, thinking it, along with consciousness was all that mattered. In a pursuit to learn more, At SickKids I did a short stint studying rat models for pediatric epilepsy, It was my first introduction to the world of Brain Machine Interfaces and correlating EEG to behavioral phenotypes. I was certain that we were embryonic in our understanding of the brain and the technology set to better understand it. Pivot. 

 

In graduate school, I studied ubiquitous zinc-finger transcription factors. Editing our code seemed like a means to ameliorate disease - enter CRISPR a decade+ later. Pivot, I had a thesis about the rate at which Sapiens was evolving from organic to inorganic (by way of medtech implants) and the impact that would have on healthspan. I spent 7+ years in the medtech analytics (acquired by a pharma market access firm) space as an analyst, consultant, and eventually built new data products for the healthcare industry (Cardiovascular, Orthopedics, Neruo, Women's and Men's health, Imaging and Robotics). Pivot.

 

It was along this journey that I became obsessed with big-data and the role that it could have on health outcomes. I founded a 

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I am a futurist that has the opportunity to dovetail all my passions together. I am a researcher, analyst, entrepreneur and technology enthusiast and have serviced the healthcare and tech industries for 14+ years will 

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