ISTB 12 is a collaborative hub for manufacturing engineering and robotics, bringing together students, faculty and industry.
ISTB 12 is a collaborative hub for manufacturing engineering and robotics, bringing together students, faculty and industry.
Fulton Schools researchers are advancing AI and robotics to improve traffic safety, detect manipulated images and enable less invasive, life-saving medical procedures.
The Fulton Schools accounted for 132 of ASU’s 185 patents, pioneering innovations in assistive robotics, AI, healthcare, and semiconductors.
Chris Muhich earned a Humboldt Fellowship to partner with researchers at TU Berlin on tools that accelerate zeolite structure discovery for cleaner energy.
Mike Ranjram, receives the 2025 IEEE Region 6 Outstanding Educator Award for significant contributions to STEM education.
Fulton Schools researchers combine cultural immersion and student learning opportunities to create new global career paths.
Daniel Frank and Laura Hosman are recognized for work aligning with the high aspirations of the ASU Charter.
Fulton Schools student Manan Shah combined persistence and a passion for artificial intelligence to earn competitive opportunities.
Fulton Schools researchers join ASU colleagues at the AAAS Annual Meeting to share solutions-driven work spanning energy, water, health, technology and public-good science.
Fulton Schools experts will deliver energy efficiency services to Fort Huachuca, helping modernize Army facilities while training the next generation of energy professionals.
Fulton Schools assistant professor Lacy Greening’s agentic AI middle-mile plan earns ARPA-I nod.
Fulton Schools students are turning a classroom EPICS project into a startup by designing affordable, customizable myoelectric prosthetics to support children’s mobility and independence.
Inspired by his son’s classroom experience, Fulton Schools alum Sarvesh Bhardwaj is rethinking how students get feedback.
New NSF rankings show ASU’s expanding impact in industrial engineering and computer science.
Support from a prestigious professorship will help Mikhail Chester advance work to help communities better fortify their critical infrastructural foundations.
Xiangfan Chen and Bruno Azeredo discovered a new way to 3D print porous copper structures, unlocking faster manufacturing for applications in security and energy.
Chao Wang and his ASU colleagues demonstrate how engineered DNA nanostructures could store and secure vast amounts of data.
Rosa Krajmalnik-Brown says the professorship funds will support innovative projects, partnerships and continued leadership in microbiome research and mentorship.
As an emerging biomedical informatics researcher, Fulton Schools computer science grad brings curiosity, compassion and innovation to her work at ASU.
Deep underground, Fulton Schools students are using computer science to predict heat and water in a copper mine, helping make dangerous work safer.