Mechanical engineering seniors trained in Mississippi State University’s IDEELab earned the university’s first SEC Project MFG Championship, demonstrating the impact of hands-on manufacturing education under real production conditions.

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.

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.

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’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’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’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.

In the heart of Mississippi State University’s engineering innovation lies IDEELab, a cutting-edge facility designed to push the...

At the Innovation, Design, and Engineering Education Laboratory (IDEELab) , we pride ourselves on having a wide array of cutting-edge...

The Innovation, Design, and Engineering Education Laboratory (IDEELab)  at Mississippi State University is shaping the future of...