I’m driven to solve real-world problems through technologies that empower people to exceed their abilities. I strive to create products that profoundly connect with users and change the way people think, work and live.
My deep scientific and technical background allows me to effectively partner with engineers, designers, analysts and business stakeholders to develop and ship product. My product portfolio spans a variety of technologies ranging from wearable and internet-of-things (IoT) to AI/ML and computer vision and mobile and enterprise software platforms (SAAS).
Artificial intelligence will continue opening new applications as it changes the way we work. My teams apply AI, ML and computer vision to improving access for people with disabilities. In 2020, I provided AI product management and strategy for the team at Supersense, a mobile app the uses AI and computer vision to recognize objects, sceneries and hand-written text.
A year later, in 2021, I partnered with Paul Ruvolo at Olen College of Engineering to create the product strategy and roadmap for Clew, a mobile app that uses AI and a computer vision model to map indoor environments and enable users to localize and navigate indoor spaces without the need of GPS.
Early in my product management career, our team at Prolific Works developed various consumer and enterprise SAAS applications. The platform allows publishers to distribute free copies of their publications while acquiring and learning about their readers and fans.
While at Sunu, we launched an application for blind rehabilitation specialists and organizations to provide mobility training and monitor progress of their visually impaired consumers. Most recently at WHOOP, I was the senior PM responsible for managing the WHOOP Unite enterprise product platform serving 350+ customers. The platform provides the analytics, insights and coaching that enable organizations to unlock the performance of their team.
I’ve managed the development and delivery of wearable and IoT technologies. In 2014, I co-invented a smart-band to enable independence for people who are blind and visually impaired. The Sunu Band combines sonar and haptic feedback to help the blind safely navigate their environment. This wearable device reduces 90% of accidents, improves mobility and autonomy for people who are visually impaired.
While at WHOOP, I managed the development and implementation of a IoT connectivity platform, WHOOP Gateway, for use within clinical and research settings.
I’ve developed various sensor technologies throughout my scientific career. While at Harvard, I managed the team that developed and helped commercialize technology for rapid gene sequencing in order to improve efficiency and reduce the cost from $10M to $10K per DNA sequence.