NSF Science 360, the innovative video platform from the National Science Foundation for promoting breaking science from around the world, featured an educational video series created by the BioMEMS (Microelectromechanical Systems) Lab team, led by Dr. Onur Tigli, Associate Professor of Electrical and Computer Engineering, and Pathology at UM.
The video series, which centers on novel microchip technology, was developed by Tigli and his lab team from start to finish, including script writing, interviewing, recording, voiceovers, animations
Tigli developed this series as part of his NSF CAREER Award, which is the National Science Foundation’s most prestigious award in support of junior faculty who exemplify the role of
The series includes three videos as of now with a fourth on the way. The first two are dedicated to microchip technologies for cancer diagnosis. The topic for the third video was dedicated to
Click the links below to view the videos:
Acoustic Lab on a Chip: Towards Personalized Cancer Diagnosis and Therapeutics: https://science360.gov/obj/tkn-video/4d4310a5-738b-4965-8b08-43d24b49e0d2/acoustics-lab-chip-towards-personalized-cancer-diagnosis-therapeutics
Rare-Single Cell Immobilization Using Micro-Electromagnets: Https://Science360.Gov/Obj/Tkn-Video/02111609-6be2-4838-8ce3-37e9615ec98a/Rare-Single-Cell-Immobilization-Using-Micro-Electromagnets
CMOS Compatible Piezoelectric Energy Harvesting at MEMS Scale: https://news.science360.gov/obj/tkn-video/2147edc1-6b0b-466b-9224-b7f3197dc165/cmos-compatible-piezoelectric-energy-harvesting-mems-scale
For more information on Tigli and his research, please visit http://coe.miami.edu/tigli.
