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Cover image for Entrepreneurship for scientists and engineers
Title:
Entrepreneurship for scientists and engineers
Personal Author:
Publication Information:
Upper Saddle River, NJ : Prentice Hall, 2010
Physical Description:
xii, 244 p. : ill. ; 23 cm.
ISBN:
9780132357272

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30000010198525 TA190 A445 2010 Open Access Book Book
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Summary

Summary

KEY BENEFIT : Essential business lessons for turning today's scientists and engineers into entrepreneurs in new technology companies. In today's global and interconnected world, students with a science or engineering background have ample opportunity to mesh their technical know-how with the free market. Yet, these same students lack the basic business skills to make competent business decisions. This book seeks to make students' first experience with entrepreneurship interesting and useful.
KEY TOPICS : Technology Entrepreneurship for Scientists and Engineers; Developing and Protecting Intellectual Property; Technology Entrepreneurship Strategy; Start-up Financial Strategy
As the source of new discoveries and technologies, scientists and engineers are uniquely positioned to launch new business ventures based on cutting-edge discoveries. This book will teach those with no prior training how to start a company and grow their business through marketing and astute team building techniques.


Table of Contents

Prefacep. x
About the Authorp. xii
Part 1 Technology Entrepreneurship for Scientists and Engineersp. 1
Chapter 1 Scientists and Engineers as Entrepreneursp. 1
The Transition to Entrepreneurshipp. 2
Why Study Entrepreneurship?p. 4
The Role of Innovation and Entrepreneurshipp. 5
Defining Innovationp. 6
Dispelling Innovation Mythsp. 7
The Commercialization Processp. 9
1 Discoveryp. 9
2 Opportunity Recognitionp. 9
3 Testing Technology and Market Feasibilityp. 11
4 Proctenting IP Assetsp. 11
5 Protoypingp. 11
6 Testing the Market and First Customerp. 12
7 Deciding an a Lunch Strategyp. 12
8 Developing the Business Planp. 12
Launching the Businessp. 12
Summaryp. 13
Discussion Questionp. 15
Case Study: Innovation in the Palm of His Handp. 13
Endnotesp. 15
Chapter 2 Recongnizing Screening Technology Opportunitesp. 17
Opportunity Recognition and Creationp. 18
Employing Creative Problem-Solving Skills for Opportunity Recognition and Creationp. 18
Sources of Opportunityp. 23
Study and Industryp. 23
Search the Patent Literaturep. 24
Talk to Customersp. 24
Look into University Opportunitiesp. 24
Investigate Government Sourcesp. 25
Find New Value in Existing Technologyp. 25
Other Sourcesp. 25
Screcning Technology Opportunitiesp. 26
Gauge Technology Readinessp. 27
Determine IP Statusp. 27
Identify Potential Market Appliationsp. 27
Estimate Resource Requirementsp. 27
Summaryp. 28
Discussion Questionsp. 28
Case Study: The Art of Invention - Yoshiro Nakamatsu and Claude Elwood Shannonp. 28
Endnotesp. 30
Chapter 3 Designing and Developing a Technology Start-upp. 33
Developing a Business Conceptp. 34
Features versus Benefitsp. 35
Conducting a Feasibility Analysisp. 36
Analyzing the Industryp. 37
Market Analysisp. 40
Analyzing the Competitionp. 43
Analyzing Product/Service Feasibilityp. 44
Analyzing the Management Teamp. 44
Building an Effective Business Model and Assessing Capital Requirementsp. 44
Is This Business Feasible?p. 46
Summaryp. 47
Discussion Questionsp. 48
Case Study: Start-ups Begin with a Vision-and This Is a Big Onep. 48
Endnotesp. 50
Chapter 4 Bmilding an Effective Teamp. 51
Forming an Effective Founding Teamp. 52
The Perils of Technology Founding Teamsp. 53
Characteristics of Effective Teamsp. 54
Extending the Founding Teamp. 55
Professsional Advisorsp. 56
Boards of Directorsp. 56
Avoding Traps When Forming Boards and Management Teamsp. 57
Using Independent Contractorsp. 58
Other Resources to Extend the Teamp. 59
The Move from Start-Up to Rapid Growthp. 59
Summaryp. 61
Discussion Questionsp. 61
Case Study: Turnings a Scientist into an Entrepreneurp. 61
Endnotesp. 62
Part II Developing and Protecting Intellectual Propertyp. 65
Chapter 5 The Concept of Intellectual Propertyp. 65
The Theory Behind IP Protectionsp. 66
Incentives to Inventp. 66
Incentives to Disclosep. 67
Incentives to Commercializep. 67
Trade Secretsp. 68
Copyrightsp. 69
Digtial Millennium Copyright Actp. 70
Fair Usep. 70
Trademarksp. 71
Trademarks and the Internetp. 72
Patentsp. 73
What Constitutes a Patentable Invention?p. 73
The Five Classes of Patentsp. 74
Types of Patentsp. 74
Filling for a Paientp. 76
Summaryp. 80
Discussion Questionp. 80
Case Study: Gordon Gould-The Father of Laser Technologyp. 81
Endnotesp. 82
Chapter 6 Patent and Trademark Strategyp. 85
Protecting Patentsp. 86
Establish a Temporary Monopolyp. 87
Improve Financial Performancep. 87
Increase Competitivenessp. 88
Deciding When and If to Patentp. 90
Understanding Patent Infringmentp. 93
Case Study: Settling Patent Infringement Can Be Lucrativep. 94
Protecting Trademarksp. 95
Trademarks and the Internetp. 96
Licensing Intellectual Propertyp. 96
The Licensor's Perspective on the Licensing Processp. 98
Managing the Licensep. 101
The Licensee's Perspective on the Licensing Processp. 102
The License Agreementp. 104
Grant Clausep. 104
Performance Clausep. 105
Secrecy Clausep. 105
Payment Clausesp. 105
Granback Clausep. 106
Termp. 106
Additional Clausesp. 106
Summaryp. 106
Discussion Questionsp. 107
Case Study: Skycar-Licensing a Dreamp. 107
Endnotesp. 109
Part III Technology Entrepreneurship Stratecyp. 111
Chapter 7 High Technology Product Development Strategiesp. 111
Entreprencurial Product Development Modelp. 112
Factors that Affect the NPD Processp. 115
Measuring Success and Risksp. 119
Managing the Risk of R&Dp. 119
Outsourcing Technology Innovationp. 122
Developing a Regulatory Strategyp. 123
Summaryp. 126
Discussion Questionp. 127
Case Study: IDEO-Where Innovation Is the Culturep. 127
Endnotesp. 129
Chapter 8 Technology Transition and Entry Strategiesp. 131
Transitioning from Project to Operationsp. 132
Build a First-Class Teamp. 132
Develop the Missionp. 133
Deciding on a Launch Strategyp. 135
License the Technologyp. 135
Sell the Technologyp. 135
Start a Companyp. 135
Form a Strategic Alliancep. 136
Deciding on an Operational Strategyp. 138
Process Flowp. 139
Organizational Architecturep. 140
Orgnizing from a Legal Perspectivep. 141
R&D and Prelaunch Formsp. 144
Legal Forms That Protect the Ownersp. 144
Making a Decision about Formp. 146
Changing Legal Formsp. 147
Summaryp. 147
Discussion Questionsp. 148
Case Study: Quantum Dotsp. 148
Endnotesp. 150
Chapter 9 Technology Adoption Patterns and Marketing Strategyp. 153
The Nature of High Technology Marketsp. 154
Market Uncertaintyp. 155
Technological Uncertaintyp. 155
Competitive Uncertaintyp. 155
Know-How, Complexity, and velocity Effectsp. 156
The Technology Adoption Cyclep. 156
Building Critical Mass for a Tornadop. 158
After the Tornadop. 158
Determinning a Marketing Approachp. 159
Understanding Customer Needsp. 161
Pricing High-Technology Productsp. 162
Defining the Components of Pricep. 163
Coverging on a Price Pointp. 164
Constructing a Pricing Strategyp. 165
Developing a Marketing Planp. 165
Constructing a One-Paragraph Planp. 166
Marketing Toolsp. 167
Promoting High-Technology Productsp. 167
Using Preannouncementsp. 170
Developing a Brand Presencep. 169
Taking Advantage of Publicityp. 170
Summaryp. 171
Discussion Questionsp. 171
Case Study: Finding the Right Formula for Music With Sciencep. 172
Endnotesp. 173
Part IV Start-Up Financial Strategyp. 175
Chapter 10 The Business Modelp. 175
Developing a Business Modelp. 176
Struiegic Positioning in the Value Chainp. 177
Identify Sources of Revenuep. 179
Identify the Cost Driversp. 181
Capture Value with Pricing, Cost, and Financingp. 181
Test for Weaknesses in the Business Modelp. 181
Launch and Measure the Business Modelp. 182
Understanding Why Business Models Failp. 183
Predictions About the Future are Based on Faulty Logirp. 183
The Business Model Does not Create and Capture Valuep. 183
The Entrepreneur Has not Identified the Customerp. 184
Summaryp. 184
Discussion Questionsp. 184
Case Study: Pandora-There Must Be a Business Model that Worksp. 185
Endnotesp. 186
Chapter 11 Funding the Technology Start-upp. 187
Risks and Stages of Fundingp. 188
The Cost of Raising Capitalp. 190
Bootstrapping the Start-upp. 191
Government Funding Sourcesp. 192
Small Business Innovation Research Grantsp. 192
Small Business Technology Transfer Research Programp. 193
Small Business Investment Company Programp. 193
The Small Business Administrationp. 193
Seed Capitalp. 194
Friendly Moneyp. 194
Debt Financingp. 195
Equity Arrangementsp. 195
Strategic Partnerships and Other Intermediariesp. 196
Start-up Fundingp. 196
Angel Investors and Networksp. 197
Funding Biotechnologyp. 199
Seed Stagep. 199
First-Round Funding: FDA Phase I Testingp. 200
Second-Round Funding: The Business Modelp. 200
Summaryp. 201
Discussion Questionsp. 202
Case Study: Alibaba - From Apartment to Stock Exchangep. 202
Endnotesp. 203
Chapter 12 Funding Growthp. 205
Financial Strategy for Growthp. 206
VC Fundingp. 206
VC Screening Processp. 207
Timing of Fundingp. 211
The Aftermathp. 211
The Private Offeringp. 211
Small Corporate Offering Registationp. 212
Direct Public Offering: Regulation Ap. 213
The Initial Public Offeringp. 213
The IPO Processp. 214
Summaryp. 217
Discussion Questionsp. 217
Case Study: From Riches to Rags and Back? When Going public May Not be the Right Pathp. 218
Endnotesp. 219
Chapter 13 Technology Valuationp. 221
The Drivers of Valuep. 222
When Value Is Discountedp. 224
Financial Models for Assessing Valuep. 225
Valuations Based on Costp. 225
Income Method: The Pro Forma Discounted Cash Flow Modelp. 226
The Real Options Modelp. 228
Venture Capital Methodsp. 231
The Hockey Stick Approach: The Basicsp. 231
The Issue of Dilutionp. 233
Valuing a License Agreementp. 233
Summaryp. 234
Discussion Questionsp. 235
Case Study: Value is in the Eyes of the Bcholderp. 235
Endnotesp. 236
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