New York University - Tandon School Of Engineering

Revolutionary changes are taking place in how we interpret health and treat disease. With extraordinary advances in both gene sequencing and machine learning, the bioinformatics field is expanding exponentially and creating a myriad of opportunities for professionals with in-depth knowledge of techniques for mastering complex data. In NYU Tandon’s Bioinformatics Master of Science program, you will build strong skills in molecular biology and big data analysis. Develop solutions to critical challenges throughout medicine and the life sciences by learning to utilize genomic information and next generation sequence analysis tools. By creating and advancing algorithms, utilizing computational and statistical techniques, and…

Biomedical engineering, a multi-disciplinary field, is behind some of the most important medical breakthroughs today. Working closely together, engineers, scientists, mathematicians, and physicians have developed artificial organs, internal and external prosthetics, multiple imaging modalities, and diagnostic and therapeutic devices. Biomedical engineering has significantly contributed to improved health care and quality of life. The MS program in Biomedical Engineering merges coursework from Tandon’s engineering departments along with research opportunities with biomedical engineering faculty from across NYU to create a degree path that matches a student’s BME career objectives.

Analysts predict biotechnology will be one of the most important applied sciences in the 21st century. Every day seems to welcome yet another important advancement in the field and, with each development, a chance to grow a business. Individuals who want take advantage of those advancements are invited to apply to the School of Engineering's master's in Biotechnology and Entrepreneurship program. We arm them with the skills to develop innovative products; they take those tools and launch high-tech businesses. To enhance relevant skills students who are interested in doing an internship in industry, e.g. a pharmaceutical company or a biotech…

Biotechnology is a swiftly growing industry. From the food grown at our farms to the medicine we buy and the ways we clean up the environment, biotechnology affects many facets of our daily lives. Major developments in the field occur every day, with many introduced by academic and professional communities before the greater public is even aware of industry advancements. At the School of Engineering, you’ll join in these exciting discoveries. Course topics range from industrial application of enzymes and bio-polymer synthesis to modern drug design and the role of biotechnology in health care. The availability of various and varied…

The MS in Chemical Engineering prepares students for the many unique roles played by chemical engineers in translating molecular insights and discoveries into products, processes, and ideas to address the world’s most pressing challenges. Our curriculum integrates a combination of advanced fundamentals, modern topics, and practical skills to refine students’ analytical, research, business, and leadership skills, combining the technical and the practical to add value and breadth to their expertise. All MS students work closely with our leading faculty on research projects. Examples of research themes within the department include nanomaterials, polymers, and biomaterials, computational & theoretical materials design, catalysis…

Today’s populations are growing at exponential rates. The pace strains the built environment, with our shared civic infrastructure — our bridges, dams, airports, and highways, among other resources — nearing capacity levels. Civil engineers respond to the issue by improving existing systems and designing projects that answer the new challenges raised by modern society. Our MS program in Civil Engineering trains you to join their ranks. You can specialize in any of the following concentrations: construction management and engineering structural engineering geotechnical engineering environmental and water resource engineering urban infrastructure systems highway and traffic engineering Our program is flexible, and…

Computer engineering makes it possible for us to telecommute from home, check our e-mail on the go, and videoconference with clients from around the world. But laptops and information networks aren’t the only products computer engineers develop; they reconstruct genomes, design robots, and conceive software to make businesses more efficient. At the School of Engineering, we want to place our students at the forefront of the telecommunications, networks, and microelectronics industries. The master's program in Computer Engineering gets you there. By teaching you the principles underlying the design and integration of computer components and systems, we make sure you have…

Today’s construction professionals face a highly competitive global engineering and construction environment that requires a fundamental understanding of management, technology, and finance, as well as business and legal principles. Talented managers know how to avoid costly delays, how to maximize existing budgets, and how to control a project’s scope, among other valuable skills. Our program helps you acquire that expertise and prepares you to be a leader in the construction industry. In alignment with the M.S. in Construction Management Program Educational Objectives (PEO), graduates will be prepared to: Demonstrate effective management and leadership practices Apply innovative organizational, technological, planning, and…

Offered jointly by NYU School of Law and NYU Tandon School of Engineering, the MS in Cybersecurity Risk and Strategy is a one-year program intended for experienced professionals from a range of backgrounds who seek to deepen their understanding of cybersecurity risk and strategy. The MS in Cybersecurity Risk and Strategy program is a 30-credit executive MS management degree incorporating both online courses and blended-learning modules. Please contact mscrs@nyu.edu or +1 212 992 6093 for any questions or more information.

With the vast amount of sensitive data now stored in the digital universe — everything from social security numbers to financial records and matters of national security — it’s critical that we secure and protect it from malicious interests. For vital computer networks and electronic infrastructures, cybersecurity experts stand as the last and most effective line of defense against such attacks. At the NYU Tandon School of Engineering, our master's in Cybersecurity program curriculum is rooted in the belief that theory and research must translate into real-world solutions. To this end, we have created the NYU Center for Cybersecurity, and the Offensive…

Enter the Evolving Field of Cybersecurity Cybersecurity theory and research are critical today; your ability to get to new levels in your career and become a cybersecurity professional adept at tackling evolving threats has never been more important. Why Choose NYU Tandon? The NYU Tandon School of Engineering is recognized by the National Security Agency as a Center of Academic Excellence in Cyber Operations and Cyber Defense Research. With a long-standing legacy in cybersecurity education and innovation, our programs are led by internationally renowned experts who work closely with students in the National Science Foundation-funded Offensive Security, Incident Response, and…

The headphones around your neck, the turn signal in your car, the webcam above your screen — each of these was made possible by an electrical engineer. In fact, all electronics devices receive the attention, the design, and the creative input of electrical engineers. As a student in the master's in Electrical Engineering program, you’ll use what you’ve already learned about physics, chemistry, and mathematics create the products of tomorrow. We support this kind of initiative by providing top-flight laboratories — home to developments in microwaves, VLSI design, and robotics — as well as a faculty dedicated to advanced research.…

In today's rapidly evolving world, artificial intelligence is no longer just a specialized field; it's a fundamental skill transforming every industry. To meet this growing demand, the pioneering M.S. in Emerging Technologies program, now available both on-campus and fully online, empowers you to design a personalized curriculum that aligns with your unique career aspirations while gaining the essential AI fluency the modern job market demands. Our program emphasizes flexibility, allowing you to build your degree across cutting-edge fields. While a strong emphasis is placed on artificial intelligence, including a dedicated Machine Learning and AI concentration, you can choose from eight…

The M.S. in Environmental Engineering program at the NYU Tandon School of Engineering prepares students to design solutions for the sustainable use and preservation of natural resources that respond to increasing anthropogenic impacts and urbanization. With a unique focus on urban environmental systems, our program immerses students in the real-world challenges facing New York City and cities around the globe. You’ll work alongside leading faculty on research and scholarly activities across the following areas: Environmental systems management, monitoring, sensing, and visualization Water security, flood risk management, and conflict resolution River water quality modeling and groundwater modeling Solid and hazardous waste…

The M.S. in Environmental Science at the NYU Tandon School of Engineering prepares students to design sustainable solutions for preserving, protecting and restoring environments. The program provides a strong foundation in the fundamental sciences as well as regulatory environment issues that govern human-natural environmental interactions. You’ll work alongside leading NYC faculty on research and scholarly activities including: Natural and urban environmental systems management Food resilient cities and vulnerability mapping Urban water cycle/watershed studies Contamination remediation Climate change impacts on natural resources and anthropogenic interactions Water and energy supply and demand chains You’ll be immersed in a learning environment that combines…

Sophisticated modeling and information technology now dominate the financial world. The theories and the practice of Finance are challenged today by complex financial and global systems and by dynamically changing regulatory environments and politics. A global world in transition creates both opportunities and challenges for financial engineers to adapt theoretical and financial constructs into profitable and innovative opportunities by creating innovative, custom-designed instruments in the marketplace.  At the NYU School of Engineering, we train our students to do exactly that: to engineer the future of finance and transform financial theory into practice. The MS in Financial Engineering program furnishes students…

The M.S. in Industrial Engineering (IE) program is a top ranked program focused on preparing students to assume organizational leadership roles after they graduate.  We provide a strong academic foundation and combine it with an emphasis on real-world application. Our courses are taught by professors with significant industry experience. Courses are project based and highly practical, focused on helping students apply principles learned in class to professional situations faced when helping organizations grow and improve.  Program highlights include: top ranked program that continues to climb strong foundational academic core taught by highly experienced professors emphasis on experiential learning which culminates…

The Integrated Design and Media (IDM) program (formerly known as Integrated Digital Media) fosters creative practice, design research and multidisciplinary experimentation with emerging media technologies. As a research-active program within NYU Tandon School of Engineering, IDM faculty collaborate in research that integrates digital media and society. Our projects range from using motion capture technology to reimagine theatrical performance, to developing novel uses of virtual/augmented reality for health and wellness, to the integration of STEAM learning into special needs education, to the development of citizen science tools to empower NYC residents to monitor and report on noise pollution in their communities,…

The Master’s in Management of Technology (MOT) is a STEM program designed to operate at the intersection of business strategy and technological innovation.  It is the ideal degree for those who want to move from building technology to leading with technology, making it a powerful credential in today's digital economy. You will learn to lead, strategize, and manage technology's role within an organization. Get a Curriculum that Bridges the Business and Tech Worlds The Master's in MOT coursework blends subjects from MBA programs and technology-focused degrees: Business Topics: Strategic Management, Finance, Accounting, Marketing, Organizational Leadership, Project Management, and Economics. Technology Topics: IT…

In the Management of Technology Master of Science program at NYU Tandon, you will develop expertise in integrating critical business decision making with technology, ensuring that your company benefits from the latest innovations. As industries become increasingly tech-driven, there is a rapidly growing demand for professionals with these skills who are prepared to take on a leadership role. Expand your management opportunities in a flexible program that immerses you in the technology side of business. You’ll gain a competitive edge over those in traditional business programs, which only offer a course or two on tech-related subjects. Apply the knowledge and…

Whether you plan to enter the workforce or continue on towards a doctorate degree, the School of Engineering's MS program in Mathematical Sciences prepares you to succeed. Our focus is on the student: we offer you extensive individual attention and a curriculum tailored to your specific needs. Our students have the freedom to pursue varied and exciting careers. Graduates can become software designers, biostatisticians, and industrial engineers. They can also excel as imaging scientists, aerospace mathematicians, and economists. Today, mathematicians find employment in a wide range of companies, including investment banks and government organizations, such as the National Security Agency.

Mechanical engineers create the physical systems and devices that define modern society — everything from automobiles to air conditioning, robots to power plants, people movers to artificial limbs, and rocket engines to satellites. At the School of Engineering, we groom our students to become the inventors and innovators of tomorrow, to jumpstart the next generation of entrepreneurial ventures. In short, we help them transform our philosophy of invention, innovation, and entrepreneurship — or i2e — into action. The MS in Mechanical Engineering program is flexible enough for our students to pursue it as a terminal degree or as a stepping…

The M.S. degree in Mechatronics and Robotics will provide an interdisciplinary education to students through coursework, experiential learning, and project (or thesis) work. Students will learn fundamental theory, modeling methods, hardware components, interfacing requirements, simulation and programming tools, and practical applications of mechatronics and robotics. Specifically, real-world mechatronics and robotics systems will provide an avenue for physics-based system modeling. In addition to mechanical aspects, students will learn about building-blocks of mechatronics and robotics, i.e., sensing, actuation, computing technologies, and algorithms, thus being introduced to real-world tools used by practicing professionals. Having learned the fundamental theory, modeling, hardware, and programming tools…

Quantum science looks at how the smallest particles of nature behave, often in ways that seem very different from our everyday world. Quantum technology takes those unusual properties and turns them into tools — like quantum computers that may one day solve problems classical computers can’t, or sensors that measure with extraordinary precision. These technologies are especially promising for challenges that involve enormous complexity: simulating new materials or medicines, optimizing supply chains, or developing secure methods of communication. They also hold potential for advancing artificial intelligence and machine learning, where quantum computers could eventually help train models or analyze data…

Technological advances in sensing, mobile communication, computation, imaging, artificial intelligence and many other fields have ushered in a new era for urban mobility. Transportation systems are becoming connected, automated, and electrified; on-demand mobility and delivery services are now ubiquitous in our cities; abundant, real-time traffic data makes possible adaptive congestion management strategies; combined with the near universality of smartphone ownership, these data make multi-modal transit systems possible. However, along with their promises for a better world, these systems pose a number of  technological, operational, economic, and social challenges. The gap between technological advancement and its integration to our transportation system…

Want to change the world? Start with your city. The M.S. in Urban Data Science program at the Center for Urban Science + Progress (CUSP) at NYU Tandon offers graduate students the opportunity to contribute to our mission of making cities more equitable, resilient, accessible, and responsive—ultimately improving the quality of urban life. It provides a solid foundation in data science, policy, and emerging technologies, coupled with the opportunity to apply these skills through collaborations with our extensive network of partners across industry, academia, government and nonprofit sectors. Using New York City as a living laboratory, students dive into the…