Join Prof. Wang’s new research group at Washington State University for fully funded Ph.D. positions in digital twin modeling of geotechnical infrastructure. Apply for Fall 2025 or Spring 2026 admission.
Now Recruiting Ph.D. Students for Fall 2025 or Spring 2026 – Join the Wang Lab at Washington State University
Are you passionate about solving critical infrastructure challenges using advanced computational and experimental research? Interested in becoming part of a new and dynamic research group at a leading U.S. institution?
Dr. Zhenjiang (ZJ) Wang, incoming tenure-track Assistant Professor in the Department of Civil and Environmental Engineering at Washington State University (WSU), is seeking two highly motivated Ph.D. students to join his new research group starting Fall 2025 or Spring 2026.
With a focus on digital twin modeling of geotechnical infrastructure, Dr. Wang’s lab will lead cutting-edge research projects integrating numerical simulation, machine learning, experimental testing, and real-world applications. If you’re ready to tackle global challenges such as flood protection and wildfire-induced geohazards, this is the place for you.
About the Research Lab and Vision
At the Wang Lab, the goal is to leverage computational intelligence and real-time monitoring to revolutionize how civil infrastructure systems—particularly geotechnical systems—are designed, analyzed, and managed. The group’s mission is to advance the next generation of geotechnical infrastructure that is:
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Resilient to climate extremes
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Digitally connected through sensors and simulations
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Capable of adaptive, real-time decision-making
The Wang Lab will integrate digital twin technologies—real-time virtual representations of physical infrastructure—with advanced geomechanics, AI, and hazard mitigation strategies.
Ph.D. Opportunities: Project Overviews
Two fully funded Ph.D. positions are available, each centered on a major research initiative aligned with real-world impact and interdisciplinary collaboration:
🔹 Position 1: Numerical Modeling for Resilient Flood Protection Systems
This project focuses on the numerical simulation and reliability assessment of levees, embankments, and other flood defense structures. The research will involve:
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Finite element modeling of geotechnical systems under extreme hydraulic loading
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Multi-physics modeling (e.g., seepage, deformation, and stability)
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Development of predictive tools using sensor data integration
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Parametric and probabilistic analysis for design optimization
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Digital twin development for early warning and response planning
Ideal for candidates with interests in: geotechnical numerical modeling, finite element analysis, digital twins, flood hazard mitigation, infrastructure resilience
🔹 Position 2: Experimental Assessment of Wildfire-Induced Geohazards
Wildfires are increasingly triggering secondary geotechnical hazards such as landslides and debris flows. This experimental research project aims to:
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Study the effects of high-temperature events on soil properties and slope stability
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Conduct large-scale laboratory experiments simulating post-wildfire rainfall infiltration
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Characterize material behavior under thermal and hydrological stress
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Develop data-driven hazard prediction models based on experimental results
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Collaborate with field monitoring teams to validate findings
Ideal for candidates with interests in: geotechnical experimentation, wildfire science, slope stability, environmental geotechnics, hazard modeling
Benefits and Funding
These fully funded Ph.D. positions include:
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Full tuition coverage
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Monthly stipend
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Health insurance and benefits
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Opportunities for conference travel, publication support, and interdisciplinary collaborations
Washington State University provides a supportive academic environment, world-class facilities, and access to leading-edge research infrastructure in geotechnical engineering and natural hazard mitigation.
Eligibility and Desired Qualifications
Required:
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B.S. and/or M.S. in Civil Engineering, Geotechnical Engineering, Environmental Engineering, or related disciplines
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Strong academic background and motivation for research
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Proficiency in technical writing and communication in English
Position-Specific Skills:
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For Position 1: Experience with finite element software (e.g., PLAXIS, Abaqus, OpenSees), MATLAB/Python programming
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For Position 2: Background in experimental geotechnics, lab instrumentation, data analysis
Desirable:
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Prior research experience in geotechnical or hazard-focused projects
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Familiarity with digital twin frameworks, sensor data, or machine learning is a plus
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Willingness to work independently and as part of a collaborative team
About Dr. Zhenjiang (ZJ) Wang
Dr. Wang is currently a postdoctoral researcher at the University of Michigan, and he will be joining Washington State University as a tenure-track Assistant Professor in August 2025. His research has been recognized in the areas of:
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Geotechnical hazard resilience
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Infrastructure monitoring
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Computational modeling and simulation
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Climate adaptation strategies for civil systems
Dr. Wang is committed to building an inclusive, interdisciplinary, and innovation-driven research team that tackles complex societal challenges through scientific discovery and engineering impact.
Why Washington State University?
Washington State University (WSU), located in Pullman, Washington, is a top-tier public research institution and a recognized leader in civil infrastructure, climate resilience, and environmental research.
WSU’s Department of Civil and Environmental Engineering offers:
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Access to state-of-the-art research facilities
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Collaborative projects with USGS, NSF, FEMA, and other agencies
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A vibrant and diverse graduate student community
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Strong ties to industry, government, and national labs
Pullman offers a safe, scenic, and student-friendly environment with abundant outdoor activities and a high quality of life.
How to Apply
📩 Application Instructions:
To express interest in one of the Ph.D. positions, please email Dr. ZJ Wang directly at: 📧 Email: zjwang@umich.edu
Your email should include:
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A brief introduction of your background and research interests
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CV or resume (PDF format)
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Unofficial transcripts (if available)
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Any relevant publications or project experience
Qualified candidates will be contacted for further discussions and encouraged to submit a formal application through the WSU Graduate School portal.
Important Dates
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Start Date: August 2025 (Fall) or January 2026 (Spring)
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Application Review: Rolling, early contact encouraged
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Formal Application Deadline to WSU: December 1, 2024 (for Fall), July 1, 2025 (for Spring)
Spread the Word
If you know students or colleagues passionate about geotechnical engineering, digital twins, or natural hazard mitigation, please share this opportunity widely.
Follow WSU Civil and Environmental Engineering updates at: 🔗 https://www.cee.wsu.edu
This is a unique opportunity to be part of a groundbreaking research lab from day one, contributing to the resilience, safety, and sustainability of critical infrastructure. Whether your strengths lie in modeling or experimental work, the Wang Lab offers an intellectually rich environment, robust mentorship, and impactful real-world projects.
📩 Apply now by contacting Dr. Wang at zjwang@umich.edu
🚀 Be part of the next generation shaping the future of infrastructure through science and innovation.
