Graduate Student (PhD)

Yusuf Alhowaida
Contact Information:
Scott Campus (Omaha)
yalhowaidi@huskers.unl.edu

Degree:
Ph.D. - CIVE

Specialization:
Geotechnical/Materials

Advisor:
Jongwan Eun



About Me:

Academic Degrees

  • Masters in Geotechnical Engineering, Jordan University of Science and Technology, Jordan, 2017
  • Bachelor’s in Civil Engineering, Jordan University of Science and Technology, Jordan, 2012

Employment History

  • University of Nebraska-Lincoln, GRA-GTA, August/2018-Present
  • Jordan University of Science and Technology, Geotechnical engineer, August/2017-August/2018
  • Jordan University of Science and Technology, GTA, Jan/2015-July/2017
  • RAK Precast-TowersTech Dubai, Field Engineer, June/2012-December 2014

Area of Research and Professional Interest

  • Geosynthetics-soil interaction testing.
  • Integral Abutment bridge behavior.
  • Distributed sensing measurements using fiber optics
  • Numerical modeling of soil-structure interaction.

Research Experience

  • Field Monitoring of Joint-less Curved Integral Abutment Bridge in Nebraska, NDOT (2018-2022).
  • Feasibility Study: Alternatives to Prevent Settlements and Bumps at Bridge Approach, NDOT (2019-2021)

Teaching Experience

  • GTA for CIVE 436, Foundation Engineering, Fall 2022
  • GTA for CIVE 334, Introduction to Geotechnical Engineering, Spring 2021
  • GTA for CIVE 334, Introduction to Geotechnical Engineering, Spring 2020
  • GTA for CE 462, Geotechnical Engineering, Jordan, Spring 2016
  • GTA for CE 462, Geotechnical Engineering, Jordan, Spring 2015

Publications and Presentations

  • Kim, S., Eun, J., Alhowaidi, Y., & Robertson, D. (2021). Feasibility Study: Alternatives to Prevent Settlements and Bumps at Bridge Approach (No. M106). Nebraska. Department of Transportation.
  • Sharo, A. A., Alhowaidi, Y. A., & Al-Tawaha, M. S. (2019). Improving properties of expansive soil using cement, quick lime and cement-lime blend. International Review of Civil Engineering (IRECE), 10(2), 94.
  • Sharo, A. A., Alhowaidi, Y. A., & Al-Tawaha, M. S. (2018). Feasibility of Calcium Chloride Dehydrate as Stabilizing Agent for Expansive Soil. Journal of Engineering Science & Technology Review, 11(6).