...it's about making the world a better place.
Are you inspired to use your talents to shape the future? Are you ready to make the technologies that will change the world? At Rutgers Engineering, we give you the space and support you need to build your future.
Here, you will build a solid mathematical, scientific, and technical knowledge foundation through our ten dynamic majors with access to state-of-the-art research labs and facilities for hands-on learning.
ID3EA is our first-year discovery program designed to open our students' minds to all the possibilities within the vast engineering field before declaring a major.
Students have access to more than 50 advanced research laboratories addressing infrastructure and transportation, healthcare, energy systems, wireless communication, aeronautics, materials innovation, advanced manufacturing, and much more.
We actively foster a culture of belonging, regardless of race, ethnicity, gender, religion, sexual orientation, or cultural heritage, so our students thrive in an inclusive living and learning environment and are prepared to succeed in today’s diverse and interconnected world.
Women’s enrollment and faculty presence is ever-increasing as we strive to achieve parity. In addition, we provide a range of offerings, including the first-year residential Reilly-Douglass Engineering Living Learning Community and the nationally recognized Rutgers chapter of the Society of Women Engineers, to level the playing field for women in engineering.
Students participate alongside faculty members conducting life-changing research.
As the wireless revolution continues to deliver higher networking speeds, more consistent connections, and increased capacity, the need for seamless integration of wireless technologies couldn’t be greater.
Rutgers Engineering researchers are developing NextG-enabled manufacturing aimed at improving advanced manufacturing efficiencies.
Rutgers is a world-class glass and ceramics research hub creating a well-trained and skilled workforce for the global glass and ceramic industry.
Aabir Rashid conducted research at the Center for Advanced Infrastructure and Transportation (CAIT) and the Bridge Resource program.
"I helped create iron rebar sensors for bridge analysis, which I was able to help install on sections of the New Jersey Turnpike. My experience with CAIT allowed me to contribute to a local project that worked hand-in-hand with the New Jersey Department of Transportation."
A Northrop Grumman internship and research opportunities throughout his SoE experience have convinced electrical and computer engineering major Mukund Ramakrishnan to pursue a doctoral degree and career as a researcher.
Julianne has a passion for environmental engineering. She is a research assistant in the Fahrenfeld Research group, was named a Goldwater Scholar and NOAA Hollings Scholar, and received the Udall Scholarship.
Student shares her experiences as an intern at Merck and the support she received from colleagues.
Dr. Joseph Freeman is developing new implantable scaffolds for the regeneration of musculoskeletal tissues, using molecular modeling to investigate collagen structure and function, and developing tumor engineering models.
“When a student first comes in, they’re asking you questions. By the time they leave, if you did your job right, you’re asking them questions.”
Sarah complemented her classroom experiences and developed her knowledge of extreme environment engineering with summer internships at Northrop Grumman and Boeing.
Rutgers Student Engineers Visit Kenya to Assess Well Water Quality
Research interests include dynamical systems and control theory with an emphasis on distributed network systems, collective animal behavior, swarm intelligence, and robot autonomy.