This just in: The Winter 2025 issue of Berkeley Engineer can be found at newsstands across UC Berkeley! 🗞️
Can't make it to campus? We also put the whole magazine online: engineering.berkeley.edu/mag…
ALT A stock image featuring four opened magazine spreads as well as the cover of Berkeley Engineer magazine. (Photo by Adam Lau / Berkeley Engineering)
Salon Talk on "Cellulosic Self-Shaping: From Body to Building" by Tiffany Cheng, Assistant Professor at Cornell University. This is also a guest lecture for MECENG 292C: Design with Morphing Materials and Mechanisms. Public live stream available!
morphingmatter.org/salon/gue…
Overjoyed and beyond proud of Tianyu @TianyuSkai
-his very first year as a PhD student at UC Berkeley, and already he has won a Best Paper Award at one of the world’s most prestigious HCI conferences, for work born of his own vision and dedication. Presenting at #UIST2025
Exited to share our work MorphingSkin at #uist2025 and so honored with the Best Paper Award🏆!
Using flexible electroosmotic pumps, we explores the applications of flexible, skin-like interactive devices featuring multimodal actuations.
Check our paper and demo at UIST2025!
After 3.5 years at @MorphingMatLab , Qiuyu (Luca) Lu @Dr_Qiuyu is moving on to an exciting next step in his career - professorship! What will be your lab name? See his instrumental work: morphingmatter.org/member/qi…
🚀My first work from Berkeley
Our paper BioTube will be presented at #CHI2025!
DIY methods to create alginate tubes for biodegradable sensors, soft actuators, and morphing food🧪🧑🍳
Huge thanks to @YuechengPeng for leading this project, Tyler Peng,@Dr_Qiuyu,@YueYang98,@lining_yao
In nature, one life ends when another begins. Material degradation becomes functional repurpose and upgrade, mediating natural ecology. A new project from @MorphingMatLabled by @Dr_Qiuyuand Semina Yi, @BerkeleyME@Cal_Engineer@UCBerkeleymorphingmatter.org/projects/…
Degrade to Function: This concept challenges the conventional view of degradation as merely an end-of-life process, aiming to create eco-friendly and self-contained morphing devices that operate through a sequence of environmentally-triggered degradations.
Thanks Qiuyu (Luca) Lu @Dr_Qiuyu for all the contributions to #UIST2024, as a paper&demo&poster presenter, an Ask Me Anything co-chair, a session chair, and a PC for paper review!
@Dr_Qiuyu, from @MorphingMatLab, is on faculty job market!
This has been my most engaging UIST ever! Served as the organizer & PC member, chaired 3 sessions, presented 1 paper, 1 demo, and 2 posters, and connected with many old and new friends. A big thanks to my collaborators, co-chair, our AMA guests, and everyone for making this an incredible experience! #UIST2024
after having multiple work/life/"worrying about the future" type crises this year,,, hearing from these wonderful mentors at the women's panel was really healing for me. Thank you @PrernaRavi1, Wendy, Mira, @amypavel@alexiiion@lining_yao and @parastooabtahi! #UIST2024
We challenge the conventional view of degradation as merely an end-of-life process. Instead, we leverage programmed sequential degradation for innovative morphing device design. Join my presentation at 11 AM on Wed and our demo on Mon to learn more. :) twtr.to/B66nQ