University of Texas El Paso Projects

Sites has worked on several University of Texas El Paso (UTEP) projects, including the design of the outdoor plaza for the addition to the UTEP Engineering Building. In this sunken plaza, Sites designed decorative yet functional steps and integrated dual-purpose planters that can be used for amphitheater seating for small outdoor events. Included in this beautiful space are custom-designed gabion benches and trash receptacles, turf grass, flowering trees, low-water, colorful plants, and patterned and pigmented concrete. These amenities add visual interest to the pedestrian connection between buildings and the plaza and a focal point for outdoor learning opportunities.
The UTEP Swimming and Fitness Facility's Phase II design focused mostly on outdoor features, like moving a sand volleyball court and updating a ropes challenges course. The focal point of this extremely steep site, which had to be contoured for the field's installation, is a brand-new all-purpose field finished in synthetic turf. To identify all the components and take into account the frequently different needs, Sites collaborated with UTEP employees, user groups, and team members.
Sites Southwest provided aesthetic upgrades to UTEP’s existing SUB landscape and student plaza areas. The upgrades provided year-round color with native and xeric plant materials while preserving the existing large trees that provide shade to students and staff.
For UTEP's centennial celebration, Sites was tasked with designing five unique outdoor areas on campus. For each location, the team produced 3D models, sketches, and conceptual ideas. Presentation boards featuring perspective concept renderings, rendered plans, and before images from the sites demonstrated how their designs were incorporated into campus life for these distinctive areas.
The existing old Psychology Building site was given aesthetic enhancements by Sites. The improvements preserved the big trees that currently provided shade while adding year-round color with native and xeric plant materials. The design incorporated several courtyard patio and deck areas to support academic and social possibilities on campus.