MGH Institute for Technology Assessment


Academic research group that develops and applies decision-analytic and simulation models to inform clinical guidelines, health-technology assessment, and public-health policy. Work emphasizes microsimulation and state-transition models, cost-effectiveness and comparative-effectiveness analyses, model calibration and validation, uncertainty quantification, and methodological research. The group collaborates with academic partners and public agencies and provides training and knowledge-translation products to support policy and guideline development.

Industries

analytics
biotechnology
non-profit
test-and-measurement

Nr. of Employees

small (1-50)

MGH Institute for Technology Assessment

Boston, Massachusetts, United States, North America


Products

Modeling tools and interactive visual summaries

Publicly shared modeling tools, scenario-exploration interfaces, and infographics to summarize model results and policy implications.

Peer-reviewed methodological and applied research publications

Journal articles presenting modeling methods, validation studies, comparative-effectiveness analyses, and economic evaluations used to inform guidelines and policy.


Services

Health-technology assessment and modeling services

Model development and analyses to evaluate clinical and economic outcomes of diagnostic, screening, and therapeutic technologies for policy and guideline decision-making.

Methodological consulting for calibration, emulators, and validation

Consulting and collaboration on Bayesian calibration, emulator construction, uncertainty quantification, and validation of models against trial or registry data.

Education: seminars, workshops, and generative AI masterclasses

Seminars and workshops covering simulation methods, decision analysis, calibration best practices, health-technology-assessment techniques, and periodic masterclasses on generative AI for HEOR and market access.

Expertise Areas

  • Microsimulation and decision-analytic modeling
  • Markov and state-transition modeling
  • Cost-effectiveness and health-economic evaluation
  • Model calibration and validation methods
  • Show More (9)

Key Technologies

  • Microsimulation
  • Markov/state-transition models
  • System dynamics modeling
  • Bayesian calibration
  • Show More (10)

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