firm-level of observation & analysis broad faculty participation, multi-disciplinary viewing...

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• Firm-Level of observation & analysis Broad faculty participation, Multi- Disciplinary Viewing various Phases of Venture Development Covering the Emerging Technology spectrum Shared research training, interview best- practices Common database practices Support personnel Technology Venture Observatory (TVO) Innovation Observatories

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Page 1: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

• Firm-Level of observation & analysis• Broad faculty participation, Multi-Disciplinary• Viewing various Phases of Venture

Development• Covering the Emerging Technology spectrum

• Shared research training, interview best-practices

• Common database practices• Support personnel

Technology Venture Observatory(TVO)

Innovation Observatories

Page 2: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Scaling Beyond Historical Effortse.g. SPEC @ Stanford

http://www.gsb.stanford.edu/spec/pdfs/paper1.pdf

Industry Breakdown Absolute Number Percent

Computer related 87 50.9%

Telecom related 34 19.9%

Medical related 25 14.6%

Semiconductor related 12 7.0%

Manufacturing 10 5.8%

Research 3 1.8%

Total 171 100%

Industry Breakdown for Companies Participating in SPEC

http://www.gsb.stanford.edu/spec/2.html

Page 3: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Infra-Structural Mechanisms

1. Masters Research Seminars

2. Coordinated Special Projects / Lab

3. Team UROPs

4. Dean’s Research Fellows

5. Course Connection

6. Structured Theses

Page 4: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Example TVO Faculty Research Agendae

• Organizational Culture & Evolution, HR Practices, Talent Dynamics

• Entrepreneurial Financing & Reputation• Founder Strategy• Intellectual & Social Capital• Growth Strategies• Comparisons Between Sectors

Page 5: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Mapping Faculty in Disciplines to Phases of Venture Development

Strategy

MTIE

Org/HR

Finance

Marketing

Operat’ns

Prod DevIdeation Invention Incorporation Investment

sSales Profitabilit

yEscalation

TVO

Page 6: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Mapping Sloan Faculty to MIT’s Strategic Tech Sectors

Info Tech Bio Tech Tiny Tech Complex Systems

Develop’t

Innovations

Strategy

MTIE

Org/HR

Finance

Marketing

Operat’ns

Prod Dev

TVO

Page 7: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

MIT Sloan Faculty at Various Levels of Systems Analysis

Economy

Sector

Firm

Group

Individual

Geography

Market/Tech

Organization

Theme

Idea

Technology Roadmapping

Technology &Entrepreneurial Strategy

Virtual CustomerInitiative

Emerging TechnologyVentures

Global Development

Venture Capital

Decision Psychology

Creative Communities,

Social Networks

Business Dynamics

TVO

Page 8: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

TVO Research Positioning

N = NumberOf Companies

Surveyed

Richness of Detail

AggregateSurveys

Ethnographical

TVO

Page 9: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

MIT-Linked Venture Communities

• MIT $50K Entrepreneurship Competition alumni (1989-present) ~100 companies, ~1,200 proposals

• MIT E-Lab Companies (1996-present) ~400 companies

• MIT TLO-Licensed Startups (1986-present), ~200 companies, ~5-15/year

• MIT Alumni-founded Companies (1865-present), ~5,000 world-wide, ~1-200/year

Page 10: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Possible Technology Venture Communities

• VC Portfolios, by Fund, by Geo, by Sector

• Emerging Technology Sectors

• Peer University spinoffs

• Corporate Venture relations

Page 11: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Organizational Dimensions of Venture Communities

• Phase of company growth

• Technology Sector

• Founder affiliation & characteristics

• VCs, by reputation, round of investment

Page 12: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Systematic Database Building

• Driven primarily by Faculty-led inquiry• Common baseline, high-standards bar for

interviews & empirical methods• Cross-comparable datasets• Extreme Longitudinal endurance ~5, 10, 20

years inquiry• Collaboration with visualization &

conceptualization experts at MIT, e.g. Frankel…

Page 13: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Aspiring to Answer the Most Compelling Technology

Venture Questions• Success – What are dimensions of success?• Urgency – How achieve these sooner rather

than later, to greater vs. lesser extent?• Differentiation – How are ventures similar and

different?• Endurance – What are enduring success

factors?• Improvement – Can we improve education &

inspiration of tomorrow’s innovative technology venture leaders and global citizens?

Page 14: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

TVO Summer 2002 Plan

• Building general research infrastructure & processes

• Clarify Research Agenda– Short– Medium– Long term

• Speculate about TVO Seminar or Coordinated Project

• Crank on Short-Term effort– $50K– MIT alum

Page 15: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Proposed TVO Activity

• Informal Master’s Research Seminar• 5-9 Focused Industry Categories• 24-100 Companies per Category• 1-3 Interviewees per Company• Set up throughout Summer• Fall Semester interviews• 3-10 interviews per week• 1-3 students per interview• 15-30 students total• 12 weeks total

Page 16: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Entrepreneurial Culture Observatory

(proposed)

Professor Diane BurtonFall 2002

This Special Project Lab will explore entrepreneurial culture throughthe phases of technology venture development from birth through boom, buyout, &/or bankruptcy. We are especially interested in talentdynamics, HR practices, and how entrepreneurial cultures are formed.

Students will explore compelling questions via structured interviews& systematic inquiry with emerging growth Company executives in severaltechnology-business sectors, including wireless, medical devices, MEMS,neurotechnology & nanotechnology.

Independent Project Credit and Thesis follow-up opportunities are offered & encouraged.

Page 17: Firm-Level of observation & analysis Broad faculty participation, Multi-Disciplinary Viewing various Phases of Venture Development Covering the Emerging

Observing Organizational Evolution

• Organizational & employment-related problems & challenges faced by startups?

• Typical development patterns for entrepreneurial firms? Differences vs more established firms?

• How do employment policies & practices evolve over time?

• How do policies & practices influence subsequent deployment & performance?