Delivering Full-Cycle Innovation—From Design to Commissioning
Another Successful Structural Lab Project Completed!
QuakeLogic is proud to announce the successful completion of a custom, high-capacity steel load frame system at the University of Texas Rio Grande Valley (UTRGV). This turnkey solution now serves both the Civil and Mechanical Engineering departments, enhancing their capacity for advanced structural testing and real-world engineering research.
🛠️ The Challenge: A Multi-Disciplinary, High-Capacity Load Frame
UTRGV needed a robust, flexible, and future-ready structural testing system—one capable of handling a wide range of experimental configurations. The solution needed to accommodate not just vertical loading, but be adaptable for multi-axial testing, servo-electric actuation, and real-time control integration.
💡 The QuakeLogic Solution: End-to-End Excellence
From the first design sketch to the final bolt torqued, QuakeLogic delivered a complete, integrated solution—customized to UTRGV’s needs and scalable for future research. Here’s what we delivered:
✅ Precision-Engineered Load Frame
A large-scale steel structure, custom-built for durability and versatility, providing a strong and stable platform for a wide range of structural tests.
✅ High-Performance Servo-Electric Actuators
Powered by our trusted partner TDG, the actuators deliver exceptional precision, force control, and smooth operation, supporting advanced cyclic and static load testing.
✅ Advanced TDG Microcontroller System
The control system features expandable capacity for up to two additional actuators—allowing for multi-axial and synchronized load applications.
✅ Full Lab Integration
We ensured seamless compatibility with UTRGV’s existing infrastructure, sensors, and safety protocols.
✅ Onsite Installation & Calibration
Our engineering team handled transportation, rigging, installation, alignment, and calibration, leaving no detail unchecked.
✅ Future-Proof Design
Designed with open bay access and structural headroom, the system is ready to accommodate multi-directional tests, larger specimens, and instrumentation expansion.
👏 Special Thanks to Our UTRGV Partners
We extend our deepest appreciation to:
- Dr. Ho, Dr. Park, and Dr. Sunny for their visionary leadership
- Lisa Gonzales for expertly coordinating the project from start to finish
- IT staff for ensuring infrastructure compatibility
- And of course, the dedicated lab students whose energy and collaboration were instrumental every step of the way
Thank you for your trust in QuakeLogic—we were honored to work with such a passionate and driven team.
🔧 Why Choose QuakeLogic for Your Lab?
This project is a shining example of QuakeLogic’s full-cycle engineering capabilities:
- Structural steel design and fabrication
- High-force actuators and load application systems
- Microcontroller integration and data acquisition
- Onsite commissioning and training
- Long-term support and lab upgrades
Whether you’re a university, research center, or testing facility, we specialize in enabling experimental excellence.
Ready to Elevate Your Structural Testing Capabilities?
Let’s build your next lab innovation—contact QuakeLogic today to discuss your project needs. We’re ready to deliver the tools that empower research, discovery, and engineering impact.
Seeing is Believing
Check out the photos from the UTRGV installation and imagine what we can build for your lab.
Engineering case study
Technical portfolio summary
QuakeLogic structural lab upgrade case study for the University of Texas Rio Grande Valley, covering testing equipment and lab capability.
Engineering reference
Search-ready project context
Structured engineering details for readers, search engines, and AI answer systems. The statements below are derived from the visible case-study content, title, taxonomy, and QuakeLogic portfolio context.
Executive Summary
QuakeLogic structural lab upgrade case study for the University of Texas Rio Grande Valley, covering testing equipment and lab capability.
Engineering Challenge
The project context centers on structural or material testing capacity for laboratory engineering workflows.
Technical Solution
The case content identifies testing equipment, load-frame capability, controls, instrumentation, or commissioning as the core technical approach.
Technologies Used
Higher education and research, Laboratory testing systems, Structural testing, Structural testing systems, Structural Testing, Infrastructure Monitoring, Scientific Instrumentation
Industries Served
Energy and critical infrastructure
Engineering Disciplines
Testing laboratory deployment; Structural Testing
Results / Benefits
The case study documents the project context, engineering discipline, technology focus, and related QuakeLogic portfolio work without adding unsupported performance claims.
Topic pathways
Related QuakeLogic engineering resources
Relevant QuakeLogic product and topic pages connected to this case-study context.
Project consultation
Plan a monitoring, testing, simulation, or instrumentation project with QuakeLogic.
Share the asset, hazard, laboratory workflow, or instrumentation challenge. QuakeLogic can help scope sensors, acquisition, software, commissioning, and long-term support.
QuakeLogic knowledge platform
Related products, articles, and engineering entities
These pathways are selected from the approved entity map and existing public content for this case-study topic.