It was a great pleasure working with you Joseph DeSimone. Learned a lot from you as a scientist, leader, and just as a person. Hope to keep our great relationship moving forward. Thank you from the bottom of my heart.

Thanks, MIPS. I've been a part of MIPS since 2013 and it was a great program to be in. It was a great journey :)

Recently joined Sungkyunkwan University (#SKKU) Dept of Mech Engr as an assistant professor. Excited to start my lab and continue exciting research with new colleagues! Thanks to Stanford Engineering #CraigLevin Gambhir Lab @ Stanford DeSimone Research Group MIPS! sites.google.com/view/skkuleela…

Our research from DeSimone Research Group on the 30um-resolution CLIP 3D printer is now published! We focus on the characterization of the custom-built printer and the dynamic printability to optimize the print outcome. Check it out! sciencedirect.com/science/articl…

Congratulations to the teams at UNC-Chapel Hill, Stanford University and Carbon! Grateful for support from Wellcome Leap! This 3D-printed patch delivers potent—and painless—vaccines fastcompany.com/90741051/this-…

First SKKU Lee Lab outing! Excited to start the lab with these people and cannot wait to show our research to the world. Surviving through the Korean heat with K-bbq and soju!

First lab photo!

Researchers present iCLIP, a #3DPrinting method that utilizes high-viscosity resins to print at a rate up to 10 times faster than current approaches. Learn more in this week’s issue of Science Advances: scim.ag/17

Find out how we used digital microfluidic design to accelerate 3D printing ten-fold! Injection continuous liquid interface protection (iCLIP) can print with multiple materials at once too. Read more at Science Advances: science.org/doi/10.1126/sc…

Amazing work from Gabriel Lipkowitz and the DeSimone Research Group. Adding new features to the CLIP 3D printing!

Now, we can rapidly 3D print single-digit-micron features using this new technology. Had fun working with Kaiwen Hsiao as a co-first author on this exciting research. A lot of potential applications with this machine! science.org/doi/10.1126/sc…

A new #3Dprinting method called micro-CLIP is over 100X faster than high-res printing solutions like stereolithography. Micro-CLIP can make structures as tiny as 1.5 microns–one-fifth the diameter of a red blood cell DeSimone Research Group #ScienceAdvancesResearch science.org/doi/10.1126/sc…

Just wrapped up an incredible semester at SKKU! Loved designing my courses with these highlights: 🏀 Dynamic Systems Lab - "Hoops" Project: Undergrads nailed it with shooting robots! 💡Additive Manufacturing - Grad students' diverse backgrounds led to innovative research ideas!

Prof. Michael Dickey from NCSU DickeyGroup visited SKKU this week and gave an insightful talk on soft and stretchable electronics via liquid metal and ionogels! Impressive research! Eagerly anticipating your upcoming endeavors.

I remeber Jason initiating this project back at Stanford. Fabulous work and amazing performance! Congratulations!

Back at Stanford after 2.5 years - wonderful to be back! ☀️Everything feels familiar, yet distant; mixed emotions! Presenteded our ongoing research at DeSimone Research Group and shared my experiences as a new facilty in Korea. Also glad to see my high-res 3D printers running strong 💪

I’m fortunate to have Craig Levin as my PhD advisor. Even after finshing my degree, he’s always been a supportive friend and mentor. It’s also wonderful to see my colleagues thriving in their careers! 🙌

What a start to #SFF2024 at Texas 🌞 Prof. Denis Cormier’s FAME award speech was a highlight, sharing key takeaways: 1. Embrace diverse perspectives 2. Contribute your unique value 3. Listen actively 4. Recognize the value in failure 5. Stay humble

🚀John A Rogers visited @skku_1398 this week and inspired us with his research on skin-integrated health monitoring devices. He also shared invaluable advice for new faculty like me. Always a boost to hear from leading researchers in the field! 🙌 #ResearchMotivation

Excited to present our novel 3D printing approach that enables cost-efficient, rapid printing while maintaining high resolution. This could revolutionize mass production/customization and large-scale 3d printing in AM:) sciencedirect.com/science/articl… #AdditiveManufacturing #3DPrinting