Jessica is trained in mechanical engineering from Purdue university and has a strong foundation in product development and design. She has project management and design experience in a wide range of applications, including custom prosthetics, concussion prevention, medical devices, and consumer goods.

Nicole has a background in biomedical engineering, physics, and art from Columbia University. Her specialties include biomechanics and neural engineering, and she has a successful track record of hardware and software development for a variety of medical devices, including microfluidics and brain-computer interfaces.

Xavier obtained an MD from Baylor College of Medicine and PhD in Human Imaging from the University of Texas. He specialized in radiology with training at the National Center for Image Guided Therapy at Harvard, and also has a business education from Harvard and Rice University. He also has 3 years of private practice radiology experience. He is committed to medical device development and commercialization.

Yashar is a mechanical engineer with a PhD from the University of Michigan. He brings over ten years of experience in product design and manufacturing to the team. He has extensive experience in conventional/CNC machining and various CAD and simulation programs

Geoff has 25+ yrs of experience within the medtech industry encompassing development, quality, regulatory, and manufacturing aspects of novel diagnostic and therapeutic devices. He held multiple leadership roles with Baxter Healthcare and Regulatory Compliance Associates, and has also served as a product-development, management, and business consultant for a number of medical-device companies.

Matt is an experienced electromechanical engineer and roboticist with an MS in Robotics from Northwestern University and a BS in Mechanical and Environmental Engineering from UC Irvine. He was previously an ME with Beckman Coulter for 5 yrs in Clinical Chemistry Instrumentation and also served as a Mechatronics Engineer with Infinitesimal, where he developed image-recognition procedures for precision, micron-level alignment of an injection system