A university campus runs on a fixed academic calendar, and a settled foundation doesn't wait for summer break to become a problem.
Solutions for this Industry
Foundation Stabilization
Settlement Remediation
Weak Soils
Sibling Industries
Hospitals
Commercial Buildings
Need a Site Assessment?
800-240-7868
A university campus runs on a fixed academic calendar, and a settled foundation doesn't wait for summer break to become a problem. Academic buildings, athletic facilities, and repurposed campus structures all depend on foundations that stay stable through continuous use by students, faculty, and staff. Campus facilities teams turn to targeted ground stabilization when settlement threatens a building without wanting to disrupt the academic term to fix it.
Campus infrastructure carries a scheduling and preservation pressure most commercial buildings don't face.
Settlement affecting academic, athletic, or administrative buildings while classes and campus operations continue on a fixed academic calendar
Historic or older campus buildings requiring careful, non-invasive repair methods to preserve original architecture
Repurposed or older structures brought into new campus uses without foundations originally engineered for that purpose
Limited repair windows, since campus construction is often scheduled around semester breaks or between academic terms
Meeting the university's own facilities and safety standards during construction near occupied academic buildings
Campus infrastructure demands a fix that works within the academic calendar, not against it.
Fits within a semester break or short closure window. At George Mason University, a natatorium stabilization was completed in less than two weeks, ready for the new semester
Minimal disruption for building occupants. At a Missouri community college, a foundation settlement repair was completed in just two days
Avoids a far more invasive alternative. At the University of Tennessee, URETEK's approach avoided removing slabs and installing 142 helical piers, saving an estimated $380,000
Work performed in manageable increments around ongoing facility use, as at the University of Tennessee's six-week project
1
Investigation
Building foundation and soil conditions are evaluated through testing before any plan is designed.
2
Planning
Injection design is developed around the university's academic calendar and facility use requirements.
3
Access
Small-diameter injection points are installed with minimal disruption to occupied academic buildings.
4
Injection
Expanding polymer is placed to stabilize soil or lift settled slabs as needed.
5
Monitoring
Real-time tracking confirms alignment and stabilization throughout treatment.
6
Validation
Final inspection confirms structural stability, and the facility returns to normal use.
At the University of Tennessee, URETEK's approach saved an estimated $380,000 in repair costs compared to the originally proposed alternative, and the work was performed successfully in increments over six weeks, confirmed rather than assumed.
At the University of Tennessee, the originally proposed plan called for removing slabs, excavating, and installing helical piers at 142 column locations. URETEK's approach avoided that entirely, completing the work in increments over six weeks.
Often significantly so. At the University of Tennessee, URETEK's method saved an estimated $380,000 compared to the originally proposed pier-and-excavation approach.
Yes, in most cases. At George Mason University, a natatorium stabilization was completed in less than two weeks, allowing the university to open the new semester with the venue ready for competition. At a Missouri community college, a foundation settlement repair was completed in just two days with minimal disruption for the building's occupants.
Saturated soils can develop beneath a building over time even after decades of stable use. At George Mason University's natatorium, saturated soils at one end of the facility were the specific cause identified before treatment.
Get an expert site assessment and a tailored stabilization solution.
Request a Site Assessment
URETEK
Ground improvement solutions engineered for performance.
Contact Us
Find Local Experts
13900 Humble Road, Tomball, TX 77375
Services
Solutions
800-240-7868
