NexGenPPE seeks to advance the development of next-generation PPE systems for human safety and health by applying a convergent approach incorporating emerging technologies through interdisciplinary team building, including novel material, technologies, modeling, instrumentation, laboratory simulation, and specially designed human trials. Recent efforts have also been placed on establishing AI and machine learning-powered models and simulations for developing intelligent interfaces and enhancing human-centered PPE design.
Our team comprises a variety of scientific disciplines and specialties that covers human ergonomics, textile engineering, product design, wearable electronic devices, and environmental hazards (fire, chemical, biological, etc.); NexGenPPE looks to the future of how both equipment and technology will be used for human safety.
Our team is invested in all aspects of personal protective technology and PPE development, supplementing our research and development with top-of-the-line equipment and incorporating AI and machine learning to strengthen the scientific process as we invest in the education of future scientists. Our priority is protecting from hazards and ensuring the future has everything it needs to flourish.
We are Hiring!!!
NexGenPPE is looking to hire a Postdoctoral Research Associate with AI experience.
Featured Article

Our team was featured in the most recent issue of Forward Magazine. The NexGenPPE team discussed the importance of healthcare worker PPE and how this area needs to be improved for the safety and comfort of emergency personnel. Read more
Featured Videos
Grant for improving PPE for health care workers
November 3, 2021
The team, led by Guowen Song, a professor, and the Noma Scott Lloyd Chair in Textiles and Clothing at Iowa State University, received a $1.8 million grant from the Centers for Disease Control and Prevention to support the work. Song says the COVID-19 pandemic has exposed weaknesses in current PPE systems, which is why the team will focus on developing biological self-decontaminating fabrics to protect against live pathogens.