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2008 NEWS: Co-Author & Co-Editor of New Book on Medical Imaging:
"Translational Multimodality Optical Imaging"
Can be ordered from Artech House or Amazon.com ( Amazon.co.uk, Amazon.fr or Amazon.co.jp)
"This is the first book to provide an expert and timely comprehensive overview of the present and future outlook of clinical multimodality optical imaging from the academic to the industrial perspective. Written by pioneers in the field, it will become a useful reference to clinicians and nonclinicians, researchers, scientists, educators and students." |
2006-07 NEWS: My Book Proceedings of the Int'l Conference on Multimodal Biomedical Imaging & Photonics on Sale now at Amazon.ca , Amazon.fr , Amazon.co.uk , Amazon.de , and Amazon.co.jp .
Welcome to my Page,
I graduated with an Electrical Engineering degree from McGill University, a Master Degree in BioEngineering from Ecole Centrale Paris, a Ph.D. in BioEngineering from the University of Pennsylvania, and I am completing my M.B.A. at the Wharton School.
I am currently working with 
Corporate Research (Princeton, NJ), and managing fascinating medical device and healthcare-related projects. In addition to working in a vibrant Corporate environment, I constantly interact with the academic world, governmental agencies (NIH, NCI, NIBIB), and other medical devices firms. I have also organized and chaired several International Symposia & Workshops.
My areas of expertise involve multimodal optical Imaging, new bio-markers for the Pharma industry, surgery navigation & simulation tools, oncology care, novel cancer therapy technologies, and creation of new standards in the industry.
Feel free to explore the site and email me!
Note: This Web Page was featured in Mary M. Heiberger's Job Search Handbook. This book provides specific advice on all aspects of job-seeking, and has been been used by tens of thousands of job seekers.
Testing a prototype Augmented Reality surgery navigation system
with the Chairman of Neurosurgery
at the Hospital of the U. of Pennsylvania
Deformable Breast Model Compressed using Virtual Plates in a Virtual Environment to help predict location of the tumor during biopsy
