The NanoEngineering Department would like to extend its congratulations to our Chair, Dr. Joseph Wang who was named recipient of the SEAC - Charles N. Reilley Award at the PITTCON 2019. Dr.
NanoEngineering professor, David Fenning, and his team of researchers have reported using x-rays to explain how adding salt improves the performance of perovskite solar cells. According to Fenning, perovskite solar cells can potentially reduce costs while maintaining their performance.
NanoEngineering professor, Shaochen Chen is a co-senior author of a new study that shows 3D printed implants promoting nerve cell growth to treat injured spinal cords. The implants, developed by engineers and neuroscientists at UC San Diego, are filled with neural stem cells, fitted, and serve a
Liangfang Zhang, NanoEngineering professor and Director of the Chemical Engineering program, was named one of four Fellows of the American Association for the Advancement of Science (AAAS), the largest general science organization in the U.S. Dr.
The Department of NanoEngineering congratulates Professor David Fenning on being selected as a recipient of the National Science Foundation (NSF) Career Award in the Division of Materials Research. Dr.
NanoEngineering professor, Dr. Shyue Ping Ong, and his team at the Materials Virtual Lab, are training artificial neural networks so they can predict new stable materials.
NanoEngineering professor, Dr. Sheng Xu, has led a team in developing an ultrasound patch that can continuously and non-invasively monitor blood pressure in patients as deep as four centimeters below the skin.
Dr. Liangfang Zhang, NanoEngineering professor at UC San Diego, and his lab team have developed neutrophil nanosponges that are safely soaking up and neutralizing proteins in the body that promote rheumatoid arthritis.
NanoEngineering professor, Sheng Xu, has lead a team in developing a stretchable electronic patch that can be used to perform a variety of wireless activity.
The Department of NanoEngineering congratulates Professor, Zheng Chen on being selected as one of the 11 university-led proposals to win a NASA Early Career Faculty for Space Technology Research Grant.
Congratulations to Dr. Jae-Wook Shin (LESC), who recently received his Ph.D in Chemical Engineering. His defense on "Relaxation Phenomena in Rechargeable Battery Electrode Materials Beyond Li Intercalation" was presented on November 1, 2016. Dr.
Congratulations to Dr. John Warner (Chen Laboratory), who recently received his Ph.D in NanoEngineering. His defense on "3D Printing of Static and Dynamic Biomaterial Scaffolds for Tissue Engineering" was presented on September 28, 2016. Dr.
Congratulations to Jinxing Li, PhD candidate from Dr. Joseph Wang's lab, who has been selected as a Siebel Scholar in recognition of his academic excellence and demonstrated leadership.
Congratulations to Dr. Qian Huang (Sirbuly Research Group), who recently received her Ph.D in NanoEngineering. Her defense on "Coupled Plasmonic Nanoparticle-Nanofiber Optic Force Transducers" was presented on September 12, 2016. Dr.
Congratulations to Dr. Wei Zhu (Chen Laboratory), who recently received his Ph.D in NanoEngineering. His defense on "3D Printing of Functional Biomaterials for Tissue Modeling" was presented on August 26, 2016. Dr.
Congratulations to Brandon Marin for being awarded a fellowship from the National Institutes of Health.
Congratulations to Ashley Kroll, Maziar Behtash, and Samuel Root, who were selected for the 2016-17 Achievement Reward for College Scientists (ARCS). These scholarships reward excellence in research.
Congratulations to Dr. Haodong Liu (Laboratory for Energy Storage and Conversion), who recently received his Ph.D in NanoEngineering.
Congratulations to Dr. Ziying Wang (Laboratory for Energy Storage and Conversion), who recently received his Ph.D in Chemical Engineering.
The team received this honor based on their capstone undergraduate research project, Solution Processable ZnO Coatings for Self-Cleaning Solar Modules. They summarize their findings: "Self-cleaning coatings have the potential to improve the long-term efficiency and reduce maintenance co