
Dr. Treat is the founder and leader of Robotic Systems & Technologies, Inc. Throughout his 25-year career as a general surgeon, he has been a tireless advocate of medical technology and a prolific inventor, with numerous medical device patents to his credit. Dr. Treat is an Associate Professor of Clinical Surgery in the College of Physicians & Surgeons of Columbia University and an Attending Surgeon at the NewYork-Presbyterian Hospital. Dr. Treat founded RST in 2002 to advance his vision for medical automation.
Two of Dr. Treat’s surgical device inventions have achieved commercialization. The first was a bipolar electrocautery snare for endoscopic polypectomy, which employed a new approach to improve the safety of endoscopic polyp removal. Starion Instruments Corporation of San Jose California is currently marketing another of Dr. Treat’s devices. Starion is a highly successful start-up with growing sales based on thermal tissue welding technology invented by Dr. Treat and licensed to Starion by Columbia University.
Jack Kaplan is a senior business and academic leader with over 20 years of entrepreneurial experience in health care and stored-value prepaid card services. During his career, Mr. Kaplan started and managed three successful companies and has raised capital in excess of 10 million dollars. Mr. Kaplan was President, Founder and Director of Datamark Technologies Inc, responsible for strategic and financial planning. He was also the architect of Datamark’s marketing plan to offer stored-value and loyalty card programs in the corporate, financial, and hospitality marketplaces.
Mr. Kaplan is the author of Patterns of Entrepreneurship and Getting Started in Entrepreneurship published by John Wiley and Sons in April 2003. His previous book, Smart Cards: The Global Information Passport and numerous articles have appeared in Technology News, Crain’s of New York MIT Enterprise Forum. As Adjunct Professor of Entrepreneurship, at the Columbia Business School, he has developed and taught the entrepreneurial undergraduate and graduate MBA courses concentrating in new ventures in technology, Business Plans, and Entrepreneurial Management.
Mr. Berk is a proven senior executive with over 20 years experience in building a successful software technology enterprise from the ground up including creating a vision, strategy, and technology assessment. Prior to joining RST, Mr. Berk served as Chief Executive Officer and co-founder of Datamark Technologies and as a Senior Vice President at Comdata after Datamark’s acquisition in 2004 by Comdata. Additionally, Mr. Berk managed a variety of projects at AT&T including telephony, database design and a bar-coded hazardous chemical tracking system. He holds a BS degree in Computer Science and Corporate Finance from Yeshiva University and has engaged in computer engineering graduate degree work at the Polytechnic Institute of New York.
Ben Sopranzetti, Chief Financial Officer, is an internationally renowned expert in the area of Business Valuation, Financial Strategy, and Investor Psychology. His most recent research interests lie primarily in the areas of Investment Banking and Emerging Financial Markets, especially China. He has also written several papers in the area of Banking and Real Estate. Professor Sopranzetti has deep ties to industry and places over thirty students a year on Wall Street. He serves on several corporate boards and is a highly regarded consultant to several bulge-bracket Wall Street investment banks. He has published in the Journal of Business, Journal of Finance, and the Journal of Financial and Quantitative Analysis among others. Professor Sopranzetti is widely recognized as a master teacher, and is the recipient of eleven awards for excellence in teaching. He was recently honored by Business Week as one of twenty-one "Favorite Professors" for 2007-2008.
Dennis L. Fowler MD, MPH, Medical Director, is a world renowned pioneer in advanced laparoscopic surgery. In addition, he was recently the Director of Peri-operative Services for the NewYork-Presbyterian Hospital, which gives him first hand knowledge of the frustrations of running a safe and effective sterile supply processes. He is currently the Director of the Reemstma Center for Innovation and Outcomes Research. RCIOR conducts research on how clinical programs and hospital research programs affect surgical patients. Based on these results, RCIOR then develops quality improvement programs that ensure continual improvement of all areas, including clinical practices and development of medical technology such as PenelopeCS.
Mike Brady is a technical innovator with over 20 years of experience leading cutting-edge software and hardware projects. Mr. Brady began his career in aerospace, developing AI software for Boeing and NASA. NASA uses his software to configure cargo for space shuttle flights to and from the International Space Station. He led the development team that delivered this software ahead of schedule and under budget.
Mr. Brady has been CTO at RST since 2002, managing all aspects of product development from prototyping to commercialization. He holds dual BS degrees in Computer Science and Mathematics from Vanderbilt University.
Russell Baker is RST’s lead engineer, responsible for the mechanical design of all of our products. Russell performs material and construction analysis, creates all CAD models, and manages all our suppliers. Mr. Baker is also a skilled machinist. He creates high-fidelity product prototypes in-house and has led the effort to create a world-class fabrication facility at RST. Working in aluminum, plastics, composites, carbon-fiber, or fiberglass, Mr. Baker can rapidly create mockups, prototypes, test articles, or final products — anything we need to bring our products from concept to reality.
Mr. Baker is a graduate of the Columbia University School of Engineering and Applied Science with a BS in Mechanical Engineering. While studying robotics, he designed and built an eight-foot robotic arm for professor Peter Allen of the Computer Science department. The arm was intended to hold an underground scanning radar that could not be near any metal; hence the robot was entirely nonmetallic.
