Curt Haselton, PhD, PE
Co-Founder and CEO Curt is a leader in structural earthquake engineering, with recent work on building code development, building collapse safety assessments, and earthquake damage and loss estimation. In addition to his role as Co-Founder and CEO of HB Risk, he is a Professor in Civil Engineering at California State University, Chico . He received his Ph.D. in Structural Engineering from Stanford University. Among his awards, Curt received the Shah Family Innovation Prize for creativity, innovation and an entrepreneurial spirit in earthquake risk mitigation and management, and the Helmut Krawinkler Award for leadership in implementing state-of-the-art research into practice.
Jack Baker, PhD
Co-FounderJack is a leader in structural reliability and earthquake loss estimation. In addition to his role as Co-Founder of HB Risk, he is a Professor in the Department of Civil & Environmental Engineering at Stanford University. He received his Ph.D. in Structural Engineering from Stanford University, where he also earned M.S. degrees in Statistics and Structural Engineering. He has industry experience in seismic hazard assessment, ground motion selection, probabilistic risk assessment, and modeling of catastrophe losses for insurance and reinsurance companies. He is also the author of a textbook on Seismic Hazard and Risk Analysis. Among his awards, Jack has also received the Shah Family Innovation Prize and Helmut Krawinkler Award.
Ed Almeter
Research Engineer Ed has been with HB-Risk since 2017. He supports the development of SP3 and has been part of numerous HB-Risk consulting projects involving seismic risk assessment and non-linear structural modeling. He has a bachelor's in Civil Engineering from the University at Buffalo and a master's degree in Earthquake Engineering awarded jointly from IUSS Pavia (Italy) and the University of Patras (Greece).
Patrick Barnum
Software EngineerPatrick was the first software engineer to join Haselton Baker Risk Group in 2014 and helped successfully launch SP3 into production. Now with over 7 years of writing software professionally, Patrick periodically returns to consult with HBRisk on their legacy suite, along with new products in development.
Dustin Cook, PE
Research EngineerDustin has been with Haselton Baker Risk Group since 2014. Prior to starting a Ph.D. program at the University of Colorado Boulder in 2017, Dustin helped to develop the underlying structural analysis and risk assessment algorithms within the SP3 Platform. Since returning to school, Dustin has continued to work alongside other HB-Risk team members to aid in ongoing research and development projects.
D. Jared DeBock, PhD, PE
Senior Research EngineerJared has been with Haselton Baker Risk Group since 2015 and is also an Assistant Professor at California State University, Chico. His areas of expertise include performance-based earthquake engineering, nonlinear structural modeling, and application of probabilistic methods to solving engineering problems and gauging risk.
Shaunt Kojabashian
CTOShaunt has been with Haselton Baker Risk Group since the 2018. He brings over 15 years of experience building and leading software development teams across multiple industries. He’s passionate about applying software development best practices to meet the growing needs of our customers.
Mike McGlone, PhD
Senior Software EngineerMike enjoys finding elegant solutions to complex problems. Prior to working in software, he earned his Ph.D. in Philosophy from Princeton University.
Katherine Wade, PE
Research Engineer ConsultantKatherine has been with Haselton Baker Risk Group since 2014. In that time, she has helped develop SP3, worked extensively with clients to support resilient design, and more recently stepped into the role of engineering manager. Katherine holds a master's degree in Structural Engineering from Stanford University.
David P. Welch, PhD
Senior Research EngineerDavid joined Haselton Baker Risk Group in 2020 after completing a post-doctoral fellowship at Stanford University. His areas of expertise include nonlinear analysis of structures, assessment of wood-frame structures, and application of probabilistic performance-based engineering frameworks.