top of page


PhD Student of Civil Engineering

Northwestern University

Google Scholar                        ORCID: 0000-0002-7467-3991


The Civil Team at the NU MatSci 5k 2019


I am a second year PhD student of Civil Engineering, in the Materials, Mechanics, and Structures group at Northwestern University. I received a Bachelor of Science in Civil Engineering from the University of Southern California and a Bachelor of Science in Physics from Gordon College. My undergraduate research studied the corrosion properties of CuAlM superelastic alloys, for use in seismic applications and improving building resiliency. I received a Master of Science from Northwestern in 2020. My current research focuses on long-term deformation of wood structures.



Current Research
Wood Creep
  • Study of the long-term deformation in wood structures due to creep and environmental factors, including development of a database of experimental studies.

  • Implementation of creep prediction models derived from the database in FEA modeling.

  • Extension of the standard creep model to include orthotropic behavior and transient moisture effects.

Cross-Laminated Timber
  • Mechanics of timber structural elements such as cross-laminated timber (CLT) and glue-laminated beams.

  • Application of previously developed creep model to laminated structures, with the incorporation of glue creep between the layers

Hybrid Structures
  • Scaling of previous simulations to structure-sized models.

  • Uses existing work done by this group on concrete creep modeling to simulate hybrid wood-concrete structures, a common building design technique.

  • Studies the effects of hybrid design, such as differential shortening.

bottom of page