"NYCRIN is dedicated to teaching technology entrepreneurship and performing research that advances this endeavor. Its aim is to become a global leader in technology innovation and entrepreneurial business development by leveraging the existing innovation ecosystem in New York City."
Gillian Small, Ph.D., NYCRIN Principal Investigator, City University of New York
"I learned a lot from the I-Corps experience and I feel like my strategies toward my research have also changed. I am grateful for the time [the teaching team] spent reviewing my business canvas and interviews and providing [their] advice."
Omid Dehzangi, EL,
NYCRIN April 2013 Cohort
"The [I-Corps] program, along with the entire 'Teaching Team', was outstanding, even for someone who thinks they know a lot about the world of startups. It was, as they say, a valuable learning experience for me as a Mentor, as well as for our Team."
Tom Harrison, IM, NYCRIN April 2013 Cohort
"Thanks again for a job well done!!!!! Everyone I reached out to the last couple of days had nothing negative to say. At times, PIs, mentors or ELs would approach me on their own and offer ONLY positive comments about both the curriculum and the instructors."
Rathindra (Babu) DasGupta, Program Director, I/UCRC and I-Corps
"I'd like to thank you all for guiding us throughout the customer discovery process."
Maciej Pietrusinski, EL, NYCRIN April 2013 Cohort
"Thank you so much for your constant support and advice in training me towards entrepreneurship. The program was fun and educational at the same time."
Raviprasad Aduri, Ph.D., EL, NYCRIN April 2013 Cohort
"Thank you again for being a critical (literally!) part of the I-Corps program for me. It was a great experience and I learned a lot."
Linda Plano, IM, NYCRIN April 2013 Cohort
|237||Biomimetic Degradable Load Bearing Osteoconductive Bone Graft||University of South Carolina|
|238||CO2 Insufflator for Minimally Invasive Procedures||Vanderbilt University|
|239||Commercial potential of exploiting synthetic microbial consortia for efficient production of fuels/chemicals from cellulosic biomass||University of Michigan|
|240||Commercialization feasibility research and demonstration preparation for increasing cognitive femtocell network capacity||Temple University|
|241||Controlled Membranes for Industrial Applications||Virginia Polytechnic Institute and State University|
|242||Dry Mouth Relief||SUNY at Buffalo|
|243||Electroactive Scaffold for Cartilage Repair||New Jersey Institute of Technology|
|244||Enabling Mobility with Modular Designs||Worcester Polytechnic Institute|
|245||Genome Profiling||University of Delaware|
|246||GIDMaPS||University of California, Irvine|
|248||Light Modulated Acoustic Devices||University of North texas|
|249||NanoOptics||University of Michigan, Ann Arbor|
|250||Natural Polymer Based Systems for Bone Repair and Regeneration||The University of Connecticut Health Center|
|251||Oxitronics||University of Virginia|
|252||Parallel Permeation||University of South Carolina|
|253||Printed Photovoltaics||University of Texas at Austin|
|254||Robotic Gripper||University of South Florida|
|255||Solution-Processing of Earth-Abundant Solar Thin-Films||Solution-Processing of Earth-Abundant Solar Thin-Films|
|256||Tailored Thermal Expansion Alloys||Texas A&M University|
|257||FaceTrak||Rutgers University - New Brunswick|