Illustration of an eye that contains a robot, quantum computer, skeleton and wind turbines

A VISION FOR THE FUTURE

THE UNCONVENTIONAL ENGINEER | VOL. 6

Feature Stories

The Hidden Heroes of Modern Medicine

Why drug delivery systems are as critical as the drugs they carry

Illustration of drugs as vehicles traversing busy streets

The Birds and the Bees (and Bones)
of Engineering

How Tandon is partnering with nature
to develop new solutions

Composite image of bird, bees, and buildings

Chips for the Rest of Us

How Tandon researchers are putting the
power of chip design into more hands

Illustration of a subway map arranged like a microchip diagram

Fighting Fire with Automation

Innovating fire prevention with algorithms,
models, and robot swarms

A forest fire from above with binary code overlaid on top.

Table of Contents

Headshot of Aziza Almanakly

What’s Next for
Quantum Computing?

With Incoming Assistant Professor Aziza Almanakly

Headshot of Aziza Almanakly

6G’s Missing Piece: The Killer App That Could Drive Next-Gen Wireless

With Professor Sundeep Rangan
Director, NYU WIRELESS

Pulkita Jain giving a presentation on stage.

Student Spotlight

How doctoral student Pulkita Jain is shifting the sun

Skyline of New York City

LETTER FROM EXECUTIVE DEAN

JUAN DE PABLO


When I stepped into the role of NYU Tandon's Executive Dean last October, I was honored to be entrusted with such a storied institution. Now after hundreds of conversations with students, faculty, industry partners, and stakeholders, one thing has become crystal clear: the best way to honor such a powerful history is by making NYU Tandon the global leader in transforming engineering research and education.

Higher education cannot resist the rapid disruption coming for every industry; we must step forward to meet the moment head-on. Educators now need to operate the same way successful technology companies do: leveraging data-driven evaluation, iteration, strategic experimentation, and a commitment to relentless innovation. With that in mind, we are channeling fresh perspectives and collaborative energy into reshaping our school and embarking on a multi-year transformation of our research efforts, curriculum, and facilities.

The transformation is already well underway, as is the growth necessary to realize our vision. Last year we brought in 18 exceptional new faculty, with 17 more signed on to start for this academic year. We saw over 33,000 applications for Fall 2025, allowing us to admit one of the most promising and accomplished cohorts in school history.

We launched three new programs this Fall—an AI-focused master’s degree, a master’s in quantum science & technology, and a B.S. in Environmental Engineering. We're combining the exceptional strengths of Tandon and the Courant Institute on foundational math, computing principles, and hand-on engineering applications to create a unified Computer Science department and a newly-merged Ph.D. program. 

Just this past year, we announced several exciting new research initiatives, including new Institutes for Engineering Health, Quantum Science, and Urban Science. We have cross-disciplinary teams working on advancing digital twins, chip design and security, flood resilience, and fire safety. In December, we are opening a new Center for Robotics and Embodied Intelligence

And we're just getting started.

I look forward to reporting even more news next year. We're currently in the advanced planning stages to launch nearly a dozen accelerated 4+1 programs that get our students into the workforce faster. We’re planning to launch new interdisciplinary degrees in health engineering and systems engineering, among other disciplines. And by Fall 2026, I have asked every faculty member to evaluate how to integrate AI responsibly into their courses. Not because it's trendy, but because ignoring AI in engineering education is professional malpractice. We're not preparing students for an AI-driven world—we're preparing them to lead it.

And, to enable more collaboration and innovation, we're renovating and growing our science and technology spaces because world-class research demands world-class infrastructure. That includes expansion into three brand new buildings over the next 3-5 years: 770 Broadway in Manhattan, and 3 MetroTech and 315 Jay Street adjacent to our campus in the heart of Brooklyn.

The bottom line: We are living in the most disruptive and exciting time in modern history, and my highest priority is to prepare our students and faculty to be the ones solving for those disruptions and defining what comes next.

Juan de Pablo

Anne and Joel Ehrenkranz Executive Vice President
for Global Science and Technology, NYU
Executive Dean, NYU Tandon School of Engineering

Juan de Pablo speaking to a woman with brown hair.
Juan de Pablo speaking animatedly
Juan de Pablo in a graduation procession

NYU Tandon By The Numbers

$61.5m

in research expenditures

10

# of spots increased in the U.S. News & World Report Undergraduate Rankings in both Entrepreneurship and Computer Science

16

New degree programs and pathways planned for launch between Fall 2025 and Fall 2027

#5

NYU’s rank among private universities in the National Science Foundation’s annual Higher Education Research and Development survey. The University is #1 in New York State and #12 nationally

35

New faculty joined AY2024-2025 and AY 2025-2026

33,000+

applications for Fall 2025

4

New centers and institutes launched in engineering health, quantum science, urban science, and embodied intelligence

1.1M

Tandon campus portfolio gross square footage, spread across Brooklyn, Manhattan, and Queens, not including three new buildings at 770 Broadway, 3 MetroTech, and 315 Jay Street