Columbia University's Mechanical Engineering Dept

Columbia University's Mechanical Engineering Dept The Department offers advanced instruction and research opportunities in a variety of areas of curre degrees.

We offer a full range of degree programs, from an undergraduate program leading to the Bachelor of Science (B.S.) degree, to graduate programs leading to the Master of Science (M.S.), the professional Mechanical Engineer (M.E.), Doctor of Engineering Science (Eng.Sc.D.), and Doctor of Philosophy (Ph.D.) The department is home to such diverse research activities as biomechanics, mechanics of materi

als, fluid mechanics, heat transfer, control and robotics, manufacturing, energy systems, MEMS, and nanotechnology. Current cutting-edge research programs include:

Contact mechanics, lubrication of diarthrodial joints, and cartilage tissue engineering
Material constitutive behavior at the micro- and mesolength scales
Iterative learning control and repetitive control
Nonlinear/hybrid/distributed/embedded systems and control of autonomous vehicles, mobile robots, and air and ocean robots
Laser materials processing
Medical robotics and robotic surgery
Extraction of carbon dioxide from air, distributed sensors for energy and environmental systems, and micropower generation
Nanostructures for photonics; nanomaterials such as nanotubes and nanowires and their applications, especially in nanoelectromechanical systems (NEMS)
Interfacial phenomena in the presence of drops, bubbles and microspheres; and microfluidics for biological applications

Through partnerships with other departments, both at the School of Engineering and Applied Science, as well as the Lamont-Doherty Geological Laboratory and the Columbia University Medical Center, the Mechanical Engineering Department actively participates in a number of leading-edge centers for interdisciplinary research. The undergraduate program has ABET accreditation and also gives students the flexibility to take electives within the engineering school and at Columbia College. There are numerous opportunities for students at all levels to participate in cutting-edge research projects. Students also participate in local chapters of clubs such as the ASME, Solar-Splash, SAE, Engineers without Borders and AIAA.

From first‑year labs to senior design, qualifying exams, defenses, and everything in between - our undergraduate, master...
05/21/2026

From first‑year labs to senior design, qualifying exams, defenses, and everything in between - our undergraduate, master’s, and PhD students made it to the finish line. Congratulations to the Class of 2026! We’re so proud of you. 🎓🔥
🎉🎉

From our Senior Dinner on May 8th to yesterday’s commencement, we couldn’t be prouder of our graduating seniors. Thank y...
05/21/2026

From our Senior Dinner on May 8th to yesterday’s commencement, we couldn’t be prouder of our graduating seniors. Thank you for the energy, dedication, and spirit you brought to MechE. Here’s to your next chapter! 🎓🎊
🎓 🎓

Built it. Presented it. Owned it. 💡
05/11/2026

Built it. Presented it. Owned it. 💡

Welcome to the ME faculty, Professor Cody Paige! Her research spans Antarctica’s glaciers to the Lunar surface, all in p...
02/24/2026

Welcome to the ME faculty, Professor Cody Paige!
Her research spans Antarctica’s glaciers to the Lunar surface, all in pursuit of technologies that will power the next era of human space exploration. 🚀 🔗 in bio

Can AI learn to draw a heart? ❤️ 🤖 Our robots are putting their “art skills” to the test and the results might surprise ...
02/18/2026

Can AI learn to draw a heart? ❤️ 🤖
Our robots are putting their “art skills” to the test and the results might surprise you. See how creativity and engineering collide. 🔗 in bio

Three Columbia Engineering alums just landed one of the biggest honors in the field — election to the National Academy o...
02/17/2026

Three Columbia Engineering alums just landed one of the biggest honors in the field — election to the National Academy of Engineering 🎊

Shout‑out to ME alum James Scapa BS’78 and fellow innovators Thomas Scarangello and Moti Yung for shaping everything from rocket‑grade structures to cybersecurity and software. Catch the full story at the 🔗 in bio.

From his hometown in Idaho all the way to the cosmos 🚀✨ Jay Chae BS’24 turned a childhood fascination with space into re...
02/17/2026

From his hometown in Idaho all the way to the cosmos 🚀✨ Jay Chae BS’24 turned a childhood fascination with space into real propulsion research, and now he’s a Fulbright Scholar working on next‑gen rocket engines in Poland. Curiosity really can take you out of this world. 🔗 in bio.

Our Mechanical Engineering team just built a robot that learns to lip sync by watching humans, no rules, just learning. ...
01/14/2026

Our Mechanical Engineering team just built a robot that learns to lip sync by watching humans, no rules, just learning. Welcome to the next era of human-robot connection.🤖 🔗 in bio

🧠✨ Crystals are coming for quantum computers!Columbia Engineering researchers, including postdoc Jesse Balgley and Profe...
11/06/2025

🧠✨ Crystals are coming for quantum computers!
Columbia Engineering researchers, including postdoc Jesse Balgley and Professor James Hone, have developed a prototype quantum bit (qubit) using atomically thin crystalline materials. Their work, published in Physical Review Applied, introduces a modular, ultra-compact qubit design that could revolutionize how quantum computer chips are built.
💡🔬 🔗 in bio

📍 Mechanical Engineering | Columbia University

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500 W 120th Street
New York, NY
10027

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