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Advancing Human–Robot Collaboration at Mississippi State University’s IDEELab
At Mississippi State University’s Innovation, Design & Engineering Education Laboratory (IDEELab), undergraduate researchers advance human–robot collaboration—from contactless, vision-based gesture control to vision-language reasoning on a UR10e—making robots easier to instruct, safer to deploy, and more adaptable in real-world environments.

Mississippi State University • IDEELab


Building a Functional Droid: A Project at Mississippi State University
MSU’s IDEELab students Bella Price, Taylor Stigall, and James Pennington are building a fully functional droid from scratch—combining CNC machining, 3D printing, and coding to create real-world innovation inspired by imagination.

Mississippi State University • IDEELab


Shaping the Future of Engineering with Transformative Mechanical Testing
MSU Ph.D. student Trey Leonard launched Standard Mechanics while finishing his degree, transforming his IDEELab research into a nationally recognized engineering testing startup. Offering dynamic testing, digital strain mapping, and hardware development across industries, Standard Mechanics proves that IDEELab isn’t just a lab—it’s a launchpad for innovation.

Mississippi State University • IDEELab


The Revolutionary Impact of IDEELab’s Ultra-High-Strength Steel Alloy in Tool Performance
Mississippi State’s IDEELab developed a new ultra-high-strength steel alloy that balances toughness and durability—perfect for high-impact tools. Licensed by Milwaukee Tool, this alloy improves performance and lifespan for drill bits and accessories. It’s a powerful example of university research driving real-world innovation in manufacturing and materials science.

Mississippi State University • IDEELab


Capturing Rapid Deformations: The High-Speed Optical Extensometer
Mississippi State University’s IDEELab has developed a High-Speed Optical Extensometer capable of capturing deformation at up to 300,000 frames per second. Designed for dynamic testing like SHPB experiments, this non-contact tool delivers high-resolution strain data without interfering with material response. Now used commercially by REL, Inc., it’s transforming accuracy in material science and impact testing.

Mississippi State University • IDEELab


Revolutionizing Impact Testing: The Compact Impact Wave Guide
Mississippi State’s IDEELab developed the Compact Impact Wave Guide, a breakthrough tool using serpentine striker bar technology to create high-intensity stress waves in compact setups. Partnering with REL, Inc., the team brought this innovation to industry, enabling precise material testing in aerospace, defense, and manufacturing. It’s a major step forward in high-strain rate research and real-world applications.

Mississippi State University • IDEELab


Engineering Beyond the Classroom - Ross Smith’s Impact at IDEELab
In the heart of Mississippi State University’s engineering innovation lies IDEELab, a cutting-edge facility designed to push the...

Mississippi State University • IDEELab


A Tour of IDEELab’s Advanced Machinery: From CNC to 3D Printing
At the Innovation, Design, and Engineering Education Laboratory (IDEELab) , we pride ourselves on having a wide array of cutting-edge...

Mississippi State University • IDEELab


How IDEELab Prepares Students for Real-World Engineering Careers
The Innovation, Design, and Engineering Education Laboratory (IDEELab) at Mississippi State University is shaping the future of...

Mississippi State University • IDEELab
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