Urban Science: Sensing, Complexity, & Informatics, Doctoral Track
ON THIS PAGE:
The doctoral track is specifically designed for students who want to focus on urban science through a cohesive array of in-class and experiential learning activities, while pursuing their PhD at NYU Tandon.
To participate in the track’s pilot program, students must be enrolled in one of the doctoral degree programs listed below:
- Biomedical Engineering
- Chemical Engineering
- Civil Engineering
- Electrical Engineering
- Human-Centered Technology, Innovation & Design
- Mechanical Engineering
- Urban Systems
A holistic approach to improving cities
NYU Center for Urban Science + Progress (CUSP) is introducing an interdisciplinary doctoral track in Urban Science: Complexity, Informatics, and Sensing. This pilot program offers a collaborative and inclusive environment to engage PhD students enrolled in a variety of doctoral programs at NYU Tandon with an interest in convergent research in urban science.
Doctoral track students will engage with CUSP’s urban science faculty, experts in methodological aspects pertaining to complexity (dynamical systems, multi-agent systems, network science, and risk engineering), informatics (AI, machine learning, and robotics), and sensing (Internet of Things, smart infrastructure, wireless).
A unique opportunity to expand beyond traditionally narrow academic pathways and develop a broad perspective at the intersections between disciplines.
Demonstrate Unique Skills
Track students show an understanding and ability to impact the health, wellness, and daily lives of urban populations by devoting a part of their dissertation towards research with an urban focus.
Engage with Industry Leaders
Through the Urban Science Colloquium, students will meet with guest speakers and industry professionals to gain practical knowledge about timely topics.
Students who have matriculated into participating Ph.D. programs at NYU may choose to join the track. To apply, fill out the application form with information about your current studies. CUSP will then reach out to your advisor to coordinate permissions and guidance. Once admitted to the track, students may begin enrolling in CUSP elective courses and the Urban Science Colloquium. To join the Fall 2024 cohort of the doctoral track, apply by September 16, 2024.
The doctoral track is piloting the following requirements for completion:
For the pilot program, electives are categorized into three speciality areas: Complexity, Informatics, and Sensing. Students must focus on at least two of the specialties, by taking at least three credits (one course) in each of the chosen areas. Upon consultation with the Departmental Research Advisor and the CUSP Director, students may be able to replace a CUSP elective with a relevant course in their home department.
The CUSP courses offered for each area of focus include the following examples. Other courses may also available as special topics based on semester offerings.
- Complex Urban Systems
- Disaster Risk Analysis and Urban Systems Resilience
- Urban Spatial Analytics
- Applied Data Science
- Machine Learning for Cities
- IoT Security & Privacy: A Data-Driven Perspective
- Monitoring Cities
- Urban Sensing
Urban Science Colloquium
The Urban Science Colloquium is a dynamic and interactive seminar course that intends to promote understanding of the problems that city stakeholders face and identification of innovative urban solutions. Students participating in the track are required to be enrolled in the Urban Science Colloquium for each semester of their PhD studies.
Throughout the course, our objective is for students to focus on topical themes, such as Violence Reduction Initiatives in Cities, Climate Change Resilience & Environmental Justice in Cities, Healthcare Equity & Access in Cities, and Applied Technological Infrastructure for Smart Cities.
Urban Science Dissertation Component
Students in the track are required to devote a part of their dissertation credits (at least six credits) to research on urban science and related methodological aspects in complexity, informatics, and/or sensing.
CUSP Faculty Inclusion on Dissertation Committees
Students will be encouraged to assemble interdisciplinary doctoral committees, compatible with their individual program requirements, to ensure the scope of their dissertation aligns with urban science. Specifically, each doctoral committee must include a member from the core or affiliate faculty at CUSP.