The U.S. National Science Foundation has presented a Convergence Accelerator Bio-Inspired Design Innovations to Dr. Vishesh Vikas, associate professor in the Department of Mechanical Engineering; Dr. Sriram Aaleti, associate professor and associate department head for graduate studies in the Department of Civil, Construction and Environmental Engineering; and a team of institutional partners. This recognition underscores their cutting-edge work on their “Tensegrity-Based Exosuits That Complement Human Biomechanics” research project.
The Convergence Accelerator program helps researchers translate discoveries into everyday impactful solutions. Teams are organized into cohorts to foster collaboration, enabling researchers to share insights and expedite progress.
“It’s exciting to bring technology from the lab into practical use,” Vikas said. “It’s a great example of how convergence research can turn scientific insight into solutions that make a difference.”
Phase 2 awards recognize teams that demonstrate technical innovation, real-world impact and strong cross-disciplinary integration. Of 16 teams selected nationwide for Phase 1, six advanced to Phase 2.
A panel of experts from multiple disciplines and sectors evaluates applicants based on novelty, feasibility and impact. To advance to Phase 2, applicants must demonstrate progress in Phase 1 and present a clear plan showing results and long-lasting impact beyond NSF investment.
As part of this achievement, Vikas’ team will receive additional funding and mentorship to expand personnel, equipment, infrastructure and research capabilities.
The project advances “second spine” technology, a bio-inspired, lightweight exosuit that supports the back while preserving mobility. The exosuit is designed to improve worker health and safety, boost productivity, and reduce injuries in physically demanding or repetitive tasks.
Vikas serves as the principal investigator and Aaleti is the co-principal investigator. Vikas’ institutional partners include faculty members, industry experts and clinical researchers with expertise in engineering, biomechanics, safety, intellectual property and commercialization. Their combined skills span the full spectrum from research to applied outcomes.
Vikas views this achievement as a catalyst for immediate and long-term impact within the Lee J. Styslinger Jr. College of Engineering.
“This recognition affirms the importance of turning research into real-world applications as a career-long pursuit and marks a milestone that opens new avenues of collaboration,” Vikas said. “The College gains visibility as a center of translational research where engineering serves society. It reinforces a culture of collaboration and signals to partners that the institution is prepared to lead.”
Further, Vikas said this exosuit could reshape how society handles workplace hazard protection.
“The Second Spine Exosuit represents a step toward positioning wearable robotics as a key technology for strengthening the health, longevity and efficiency of the American workforce,” he said.
Looking ahead, Vikas and his team will refine the technology to expand its reach and effectiveness through field testing and partnerships with industry representatives and researchers to evaluate and deploy the exosuit.
