The winter 2022 issue of Cornell Engineering Magazine is now available. Inside you'll find research news, awards and honors, and the following feature stories:
 | A message from Lynden Archer, the Joseph Silbert Dean of Engineering, about the Cornell Engineering 2030 Strategic Plan. |
 | Short updates and news blurbs featuring Cornell Engineering faculty and students. |
 | Primetime: First cancer therapeutic clinical trial of C'Dots underway Cornell dots, originally developed 16 years ago in the lab of Professor Uli Wiesner, have just begun human clinical trials as a cancer therapeutic. Included in this feature is a video and animation illustrating how Cornell dots work. |
 | Push print: Pioneering the 3D-printing techniques of tomorrow From 'cold spray' printing to additive manufacturing for living tissue to concrete, Cornell engineers are advancing the field of 3D printing in incredible ways. |
 | Meet the human teaching machines about trust IBM researcher Kush Varshney ’04 is helping to power the global “data-for-good” movement. He is the founding co-director of IBM Science for Social Good, an initiative focused on artificial intelligence for social impact. |
 | Q&A: Mohamed Ali, Ph.D. '97, GE Aviation Two-thirds of all commercial aviation flights are powered by engines for which Mohamed Ali, Ph.D. ’97, is responsible. Ali discusses his journey from mechanical engineering student, to research scientist, to VP at GE Aviation. |
Print copies of Cornell Engineering Magazine are not being mailed at this time, but the magazine is available in PDF format.
Back issues are archived on the Cornell Engineering website.
Ph.D. student Lainie Eisner was drawn to Cornell specifically for its relationship with Hospital for Special Surgery in New York City. Read more about Investigating degenerative tendon disease and repair
The winter 2023 issue highlights interesting aspects of our vibrant on-campus student experience. Read more about Cornell Engineering Magazine
Ph.D. student Serafina Lopez describes her meniscus tissue engineering research in the Bonassar Lab and what she's gained during her time at Cornell. Read more about Improving tissue-engineered menisci for replacing torn or damaged tissue
