交通运输计划与工程硕士课程的毕业生加入了美国历史最悠久的交通工程校友网络之一。学生接受国际知名的屡获殊荣的教师的培训，其专业知识涵盖传统交通工程到智能互联城市中的最新技术。要在工程学院获得运输规划与工程理学硕士学位，您必须修完30个学分。<br>目前的学生将沉浸在教师所熟知的领域中的项目和学习机会中，其中包括联网车辆的部署，拥堵管理，城市物流，交通工程和最优控制，人道主义物流和灾难管理，多模式网络设计，基于活动的需求调度，智慧城市和城市信息学等。
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 infrastructure is still large; concerns about privacy and data ownership abound; the safety of self-driving vehicles is still in question; the decarbonization of transportation systems is lagging behind; and the economic and social impacts of these technologies are yet to be fully understood. <br> <br>The M.S. in Transportation Systems at NYU aims to equip students with the necessary knowledge to tackle the challenges inherent to this new era of urban mobility. The program, shaped by immersion in one of the largest metropolitan cities in the world, will provide students with a truly multidisciplinary education. They will gain solid technical foundations as transportation engineers, but also engage with other fields such as data science, operations research, economics, and public policy, to solve the pressing urban mobility challenges of the 21st century. Thus, our graduates will be able to bring their talents to engineering and technology companies; public agencies; and academia.