Bio-Geotechnics for Civil Infrastructure Systems

2017 ~ Present

Bio-Geotechnics for Civil Infrastructure Systems

Goals

Students working on the projects will gain experience in laboratory techniques ranging from particle scale analyses using scanning electron microscope imaging and energy dispersive x-ray diffraction analysis through element scale column tests and triaxial and simple shear strength testing with shear wave and compressional wave measurements to large soil box tests, large test pit-scale testing and ultimately field testing of several different carbonate precipitation technologies. In the laboratory, students will also gain hands-on experience working with microbial cultures and microcosms. And, as they proceed through the program, there will also be opportunities to gain experience in stoichiometric analysis of the biogeochemical processes, engineering analysis of practical applications of this technology, and lifecycle sustainability analysis of the benefits of the technology.

Issues Involved or Addressed

Applications in site exploration, foundation design and construction, underground construction, erosion control, geologic hazard mitigation, and natural resource recovery.

Methods and Technologies

  • mobile applications
  • multi-media databases

Academic Majors of Interest

  • Electrical Engineering
  • Computer Engineering
  • Computer Science
  • Civil Engineering
  • Geography (Urban Studies)
  • Environmental Design
  • Engineering (Humanitarian Engineering)
  • Construction Engineering

Preferred Interests and Preparation

Some foundational engineering concepts and programming knowledge would be helpful but is not required. Mobile application experience would be helpful but is not required. Interest in smart structures, instrumentation.

Team Advisors

Edward Kavazanjian, Ph.D.