Meet students researching implants, manufacturing and more
Students in the Ira A. Fulton Schools of Engineering at ASU conduct use-inspired research to address real-world challenges.
Read MoreStudents in the Ira A. Fulton Schools of Engineering at ASU conduct use-inspired research to address real-world challenges.
Read MoreIn a recent paper published in Cell, the researchers outlined a technique that can stabilize synthetic gene circuits.
Read MoreStudents learn to turn clinical challenges into solutions through hands-on training in ASU and Mayo Clinic’s new IMPACT master’s degree program.
Read MoreThe National Institutes of Health is awarding ASU a $2.1M grant to establish a doctoral regenerative medicine education program.
Read MoreDIYbio, a Fulton Schools student organization, opens the lab door for all students at ASU to explore synthetic biology.
Read MoreThe Fulton Schools is continually growing its teaching and research enterprise to increase the scope and impact of its educational programs and research initiatives.
Read MoreThe Mosaic Award honors Fulton Schools faculty members like Sarah Stabenfeldt and Steven Osburn for their efforts in building a foundation for all to be successful.
Read MoreFive Fulton Schools researchers received grants from the Arizona Biomedical Research Centre to tackle medical challenges.
Read MoreAt the close of the fall and spring semesters, the Ira A. Fulton Schools of Engineering recognizes select members of the graduating class for demonstrating academic excellence, extraordinary leadership and community service.
Read MoreRecommended reading for life-guiding lessons.
Books offering wisdom, wit, philosophical perspectives, problems-solving skills and lessons from history, heroes, nature and artificial intelligence are recommended to students by Fulton Schools faculty and staff members
Students in the Ira A. Fulton Schools of Engineering at ASU conduct use-inspired research to address real-world challenges.
Read MoreASU biomedical engineering researcher Madeline Andrews is researching neurological disorders through pathways within the brain.
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