to page content
to site navigation
The Foundation's primary site.
Global news, events, and resources.
The national learning program for entrepreneurs.
A new approach to developing the next generation of high-growth firms.
Access to university research and innovation.
The Kauffman Foundation's charter school serving Kansas City.
Encouraging the aspirations of young people.
The platform for business plan competitions.
College preparation and access for urban youth in Kansas City.
A guide to Kauffman Foundation and partner resources, for aspiring entrepreneurs.
News and announcements from the Foundation.
From our vice president of Entrepreneurship.
From our vice president of Advancing Innovation.
News from Global Entrepreneurship Week
News about this education program for entrepreneurs.
Tweets for the eMed Community at Entrepreneurship.org
News from the Kauffman Labs program.
From our business plan competition service.
Contribute to the community seeking to improve entrepreneurship and innovation measurement.
A look at entrepreneurship from the Kauffman Foundation's Thom Ruhe.
Tracks research and policies that are accelerating economic growth and changing the world.
Brings to light various policies and initiatives to advance innovation and drive economic growth.
A selection of our videos
Take our video and audio with you.
Explore many of our publications.
Join the discussion on our LinkedIn site.
Join us on Google's social service.
The Resource Center has all the info you'll need From content to user feedback, the resource center has the information you need for every level of the entrepreneurial process.
The launch of a new product is analogous to the birth of a child, necessitating commitment, preparation, the ability to set a date against which to measure progress, and finally delivery, writes the author. Illustrative are scenes from this entrepreneur's introduction of physician-approved videos aimed at educating patients about their diseases.
Bringing a technology-based product to market involves assessing customers' needs and convincing them that yours is the solution, rather than trumpeting its innovative features, writes the founder of a videoconferencing company. Included are various tactics for engaging in what the author calls "relationship selling" and likens to the venerable board game of Checkers.
Companies that turn to contractors must structure both the business and the specific nature of the work accordingly, according to a software-company entrepreneur. On the business side, founders need to retain a competent attorney and match the right worker to the job; on the tech side, they must require that contractors produce their work within a framework that can be replicated for other projects, the author advises.
As an entrepreneurial company grows and adds layers of management, it can and should consider policies that address work and family issues or risk inconsistency across departments, writes the founder of a human-resources services firm. The author advises companies to examine four areas: scheduling, flexibility, telecommuting, and childbirth leaves. Increased productivity will be the company's reward.
Jeff Hawkins is the Founder of Numenta, but he is also well known as the co-founder of two companies, Palm and Handspring, and as the architect of many computing products, such as the PalmPilot and the Treo smartphone. Throughout his life Hawkins has also had a deep interest in neuroscience and theories of the neocortex. His interest in the brain led him to create the non-profit Redwood Neuroscience Institute (RNI), a scientific organization focused on understanding how the human neocortex processes information. While at RNI, Hawkins developed a theory of neocortex which appeared in his 2004 book, On Intelligence. Along with Dileep George and Donna Dubinsky, Hawkins founded Numenta in 2005 to develop a technology platform derived from his theory. It is his hope that Numenta will play a catalytic role in creating an industry based on this theory and technology. Jeff Hawkins earned his B.S. in electrical engineering from Cornell University in 1979. He was elected to the National Academy of Engineering in 2003.
When key leaders are ready to move on to new challenges or even retirement, their legacy can be greatly diminished without good succession planning.
Many entrepreneurs with family-owned or closely held businesses say the most difficult challenges involve deciding who will succeed the current generation.
A serial entrepreneur who has exited three businesses and launched a fourth advises that founders plan for how to get out of a venture even before they get in. A corollary is that the end game might not turn out as planned, the author writes, although the strategy keeps a founder focused.
A business plan isn't as useful for raising financing as the prevailing entrepreneurial wisdom holds, argues the founder of an Internet marketing concern. Instead, focus on building the business and the money will follow.
Paul G. Yock, M.D. is the Martha Meier Weiland Professor of Medicine and Professor of Mechanical Engineering, by courtesy. Dr. Yock is Co-Chair of Stanford's new Department of Bioengineering and Director of the Stanford Program in Biodesign. Dr. Yock is a Stanford cardiologist internationally known for his work in inventing, developing and testing new devices, including the Rapid Exchange balloon angioplasty system, which is the dominant angioplasty system in use worldwide. Yock also invented a Doppler-guided hypodermic needle system, the Smart Needle and P-D Access. Dr. Yock is Director of the Center for Research in Cardiovascular Interventions, a Stanford facility that develops and tests new technologies in cardiovascular medicine. The focus of Dr. Yock's research program is the field of intravascular ultrasound. He authored the fundamental patents for intravascular ultrasound imaging and founded Cardiovascular Imaging Systems, now a division of Boston Scientific resulting from a 1994 acquisition for over $100M. In 1998 Dr. Yock developed a new interdepartmental and inter-school program at Stanford, the Medical Device Network (MDN). MDN helps stimulate and guide the process of biomedical technology innovation within the University. Recently MDN has been expanded under Dr. Yock's leadership into a broader research and educational initiative, the Stanford Program in Biodesign. MDN is now BDN, the Biodesign Network. The primary mission of Biodesign is to promote the invention and implementation of new health technologies through interdisciplinary research and education at the frontiers of engineering and the biomedical sciences.
Want to get connected? Sign up to receive regular news, polls and updates from The Kauffman Foundation.