Academic Entrepreneurship

Dr. Harman was appointed assistant professor in the Department of Seed Investigations at Cornell University's New York State Agricultural Experiment Station in 1970, where he now holds the rank of professor. In 1993, together with two colleagues, he formed a company, TGT, Inc. (now BioWorks, Inc.) to commercialize biocontrol technologies. The company obtained a license from the Cornell Research Foundation to use patents from Dr. Harman's work. The company is expanding production facilities to produce as much as one million pounds of these products annually to meet the expected demand in 1997-1998. Dr. Harman remains employed full-time at Cornell University, while providing guidance and leadership for research and technology development in the company. Dr Harman is the holder of 4 US-issued patents.  He hopes that, in addition to providing new products for commercial agriculture, BioWorks will serve as a model for the commercialization of academic research.

This book explores different aspects of entrepreneurship from both an academic and a commercial point of view. The first chapter the university culture is considered. The nature of the technology or service is important. Some technologies are adaptive, in that they are developing products that are already in the marketplace, and these fit easily in academic institutions. Other technologies are disruptive and new products must be developed. These fit less easily into university structures since a commercial entity is required. Chapter 4 considers the important requirements of conflict of interest (COI). Either the university culture or COI can hinder or aid entrepreneurial faculty.  

The second chapter deals with the reasons why an individual faculty might wish to become entrepreneurial. In many cases, a faculty member wants to see their technology in practice and not just a publication in a scientific journal. If a technology is disruptive, then a commercial entity is probably essential. If so, then funding must be obtained. There are "valleys of death" (1) where scientific discoveries to useful products and (2) the development, production and marketing of a commercially viable product. Chapter 6 deals specifically with methods of funding start-up companies. 

Chapter 3 describes several innovative programs in biology. These include genetic approaches, plant management systems and the author's own program that deals with microbial approaches to sustainable agriculture. 

Chapter 5 describes the crucial areas of agreements, contracts, regulatory affairs and patents. These legal documents are critical components of entrepreneurial efforts and must be understood and pursued correctly.  

Finally, this book could have been entitled "things I wish I had known when I first started commercial activities." It is my hope that it can make the path of fledgling entrepreneurial smoother and more successful.

 

First book to address agricultural entrepreneurship from lab discovery to business launch

1. Dedication.- 2. Introduction and preface.- 3. Chapter 1. The university culture.- 4. Chapter 2. Reasons why a university faculty member might want to become entrepreneurial, whether with or without involvement of a commercial entity.- 5. Chapter 3. Innovations in biology.- 6. Chapter 4. Conflicts of interest.- 7. Chapter 5. Formation of companies from an academic base.- 8. Chapter 6. Agreements, contracts, regulatory affairs, and patents.