Kevin Boudreau

Papers by Methodology

My research draws on a broad range of methods — the analysis of large-scale datasets using structural, reduced-form causal, and descriptive econometrics, machine learning, and historical and qualitative analysis, to advance theory and understanding. Much of this work draws on data assembled from many organizations and platforms. What sets a large share of it apart is that the work requires running large-scale field experiments with live organizations and platforms — and, often, building the very systems I study. In collaboration with industry partners, scientific organizations, and grant-making bodies — and, where needed, by assembling my own engineering and data-science teams — I design and deploy real digital infrastructure, prototype platforms, and scale their adoption in the field, then run explicit experiments that test, measure, and optimize these systems while they operate. The aim is two-sided — to advance fundamental knowledge and to improve the systems themselves — pairing hands-on engineering and the scientific management of live operations with economic, business, and quantitative analysis. Across London Business School, Harvard, the NBER, and Northeastern, I have hired more than fifty research assistants in computer science, data science, engineering, and economics — many now at Amazon, Google, Microsoft, Netflix, and Figma, and several in faculty positions of their own.

Data and platforms behind this work span Palm Computing, Handango, the Apple App Store, the Apple jailbreak community, Unknown Worlds Entertainment (a games studio), GE, a university experiential-education platform and organization (Northeastern’s engineering co-op), TopCoder, the NASA Tournament Lab, Harvard Medical School and Harvard Catalyst, and a university strategic grants office — alongside platforms built and run in-house, including the IoT Open Innovation Lab, NUgig, the Cyber-Physical Marketing Challenge, and Digital Scientific Twins.

The same questions, approached with different tools. This table shows which method each empirical paper actually uses — a paper often uses more than one.

On the econometrics column. These papers are tagged with a single “econometrics” label, so causal and descriptive work are not yet separated here. That split has to be made paper by paper and has not been done.

PaperField experimentEconometricsSurveyHistoricalFormal theory / structuralML / AI
Papers using it11112341
Field Experiments in the Science of Science: Lessons from Peer Review and the Evaluation of New KnowledgeNBER chapter, Economics of Science · 2026✓
Gender Differences in Responses to Competitive Organization? A Field Experiment on Differences between STEM and Non-STEM Fields from an Internet-of-Things PlatformOrganization Science · 2023✓
Competing on Freemium: Digital Competition with Network EffectsStrategic Management Journal · 2022✓✓
Profiting from Digital Innovation: Patents, Copyright and PerformanceResearch Policy · 2022✓✓
Crowdfunding as Donations to Entrepreneurial FirmsResearch Policy · 2021✓
Promoting Platform Takeoff and Self-Fulfilling Expectations: Field Experimental EvidenceManagement Science · 2021✓
From Theory to Practice: Field Experimental Evidence on Early Exposure of Engineering Majors to Professional WorkNBER Working Paper No. 26013 · 2019✓
Protecting Their Digital Assets: The Use of Formal & Informal Appropriability Strategies by App DevelopersResearch Policy · 2019✓✓
Amateurs Crowds & Professional Entrepreneurs as Platform ComplementorsNBER Working Paper No. 24512 · 2018✓
Randomized Insightssection of the Policy Forum “Toward a More Scientific Science,” Science 361(6408): 1194–1197 · 2018✓
A Field Experiment on Search Costs and the Formation of Scientific CollaborationsReview of Economics and Statistics · 2017✓
Platform Boundary Choices & Governance: Opening-Up While Still Coordinating and OrchestratingAdvances in Strategic Management 37 · 2017✓
Looking Across and Looking Beyond the Knowledge Frontier: Intellectual Distance, Novelty, and Resource Allocation in ScienceManagement Science · 2016✓
Performance Responses to Competition across Skill Levels in Rank-Order Tournaments: Field Evidence and Implications for Tournament DesignRAND Journal of Economics · 2016✓✓
Innovation Experiments: Researching Technical Advance, Knowledge Production, and the Design of Supporting InstitutionsInnovation Policy and the Economy, Vol. 16 (NBER) · 2016✓
Unpaid Crowd Complementors: The Platform Network Effect MirageStrategic Management Journal · 2015✓✓
"Open" Disclosure of Innovations, Incentives and Follow-on Reuse: Theory on Processes of Cumulative Innovation and a Field Experiment in Computational BiologyResearch Policy · 2015✓
Prize-Based Contests Can Provide Solutions to Computational Biology ProblemsNature Biotechnology · 2013✓
Let a Thousand Flowers Bloom? An Early Look at Large Numbers of Software App Developers and Patterns of InnovationOrganization Science · 2012✓
Incentives and Problem Uncertainty in Innovation Contests: An Empirical AnalysisManagement Science · 2011✓
The Confederacy of Heterogeneous Software Organizations and Heterogeneous Developers: Field Experimental Evidence on Sorting and Worker EffortThe Rate and Direction of Inventive Activity Revisited (NBER) · 2012✓
Open Platform Strategies and Innovation: Granting Access vs. Devolving ControlManagement Science · 2010✓
Platform Rules: Multi-Sided Platforms as RegulatorsPlatforms, Markets and Innovation (Edward Elgar) · 2009✓✓
This Time Is Different: A Comparison of Three Waves of AI Adoption in the SciencesUnpublished manuscript✓✓✓

Translation & synthesis

Practitioner articles and handbook chapters. They draw on the empirical work above rather than carrying a primary method of their own, so they are listed rather than tabulated.

Teaching cases