Technology impacts all aspects of our world—from how scientists analyze data to how teachers engage classrooms. Discover how the latest technological advances enrich the physical and behavioral sciences, mathematics, education, and the counseling profession.
Apply your course of study directly in the field—at New York-area schools and businesses or in our campus labs. Our interdisciplinary approach helps our students develop into adaptive, critical thinkers who translate their ideas and discoveries into careers in research, education, entrepreneurship, and the health professions.
Student researchers access the latest equipment in all of New York Tech’s science labs.
Rankings & Stats
Top 20%
highest-paid biology graduates in the U.S.
College Factual
Top 10%
of U.S. colleges for return on investment over 20, 30, and 40 years.
Georgetown Center on Education and the Workforce
Top 20%
Best Universities for a Bachelor’s Degree.
Payscale.com
Degrees and Programs
Grow into an engaged, global citizen with a cross-cultural perspective and skill set spanning technical competencies to communication and creativity.
Connect math to physics, biology to medicine, or psychology to counseling. Or, design your own interdisciplinary program based on your career aspirations.
Fast-track your career by completing your bachelor’s and your master’s or doctoral degree in less time through our accelerated and combined degree programs.
Departments
Whether exploring cancer treatments from their roots in biology and chemistry or the industry applications of math, physics, psychology, and creative writing, all our programs are designed to nurture student curiosity.
Study the foundation of life, from anatomy and animal behavior to genetics and neuroscience, through an intensive program built on research and preparation for careers in the health professions.
Become a versatile storyteller, discerning analyzer, and unconventional thinker. Our humanities department encompasses programs in communications and the social sciences, as well as our flexible interdisciplinary studies major.
Understand the important role math plays in innovation in engineering, finance, data science, and other industries. All programs pair traditional analysis with computational methods and mathematical modeling.
Get an authentic look at how our world—and the universe—functions. Uncover physics as an investigative tool while learning more about quantum technologies and participating in research.
Through field assignments and research, see how psychology principles uplift individuals and communities in schools and clinical settings.
Experiential Learning and Support
Drive discoveries involving Zika detection, pathogenic bacteria, and nervous system responses. Prepare to present at SOURCE, our annual symposium, or devise mathematical-based models to analyze a real-world problem. And, any time you need assistance, you can work through new concepts or organize your ideas at our learning and resource centers.
Professors-to-student interaction was a lot easier at New York Tech. A smaller school setting helped me focus, and I always had access to my professors, allowing all of my immediate questions or concerns to be addressed in a timely manner.
In addition to shaping the undergraduate experience through the Undergraduate General Education Curriculum, we collaborate with the Colleges of Engineering and Computing Sciences and Osteopathic Medicine to forge a multidisciplinary culture of innovation.
We graduate students equipped to tackle complex 21st-century challenges, solve problems through technology, and establish themselves in a multicultural, digital society.
Focusing on health science, medicine, physics, and environmental preservation, our faculty-scholars expand what the scientific community knows about neurological disorders, cancer, genetics, anatomy, and the materials composing our universe.
Our faculty members lead conferences, moderate panel discussions, and steer industry and academic conversations about multicultural counseling, quantum dynamics, literature, modernism, the mind-body connection, and the relationship between the humanities and technology.
What You’ll Do
Pull from theories to produce actionable results in labs, classrooms, and spaces equipped with technical instrumentation, VR technology, and quantitative analytics software.
Faculty experts are mentors to students throughout the duration of their degrees.
VR Technology in the Classroom
Follow the plot and examine literary themes through a VR-powered, video game-based look at Shakespeare.
Technology is central to all programs in the College of Arts and Sciences.
Students get experience from hands-on learning in the classroom.
Biomedical Sciences and Bioengineering Laboratory
At the Biomedical Sciences and Bioengineering Laboratory, students and faculty from across the university focus on improving disease detection, analyze superbugs and neurological disorders, and strive to reduce the effects of environmental contaminants.
Students get a head start on their career goals through real-world projects in the BSB Lab.
In the psychology labs on our New York City and Long Island campuses, students examine the why and how of human behavior alongside faculty specializing in social/health, clinical, cognitive, and developmental disciplines.
New York Tech recently hosted the Responsible Tech Careers event, where students mingled with industry professionals and learned how to advocate for responsible and ethical technology usage.
Starting in the spring semester of 2025, New York Tech will begin offering a minor in artificial intelligence (AI), open to all undergraduate students preparing to transition into any number of careers.
Several members of the New York Tech community were honored recently at an awards ceremony hosted by the Long Island Software & Technology Network (LISTnet).
Marie-Thérèse Wellington struggled with math in her early schooling, but after learning how to solve those complex problems she can’t imagine her life without the subject.
On September 1, New York Tech welcomed Charles Moore, Ph.D., as dean of the College of Arts and Sciences, where he will contribute to the university’s goal of achieving high research activity.
