Master of Sustainability in the Urban Environment

1 Years On Campus Masters Program

City University of New York

Program Overview

The Master of Sustainability in the Urban Environment at The City College of New York is a 30-credit, interdisciplinary STEM-designated program that brings together architecture, engineering, science, and social sciences to address sustainability and resilience challenges in buildings, infrastructure, open spaces, and urban systems. It is well suited to students from architecture, engineering, science, and related social-science backgrounds who want to develop expertise in areas such as climate change, urban planning, energy, water, transportation, waste, environmental policy, and sustainable development.

Curriculum structure

Year 1: Students begin by developing a shared foundation in urban and natural systems, sustainability metrics, environmental economics, and industrial ecology through courses such as SUS 7100C: Cities and Sustainability, SUS 7200C: Sustainable Aquatic, Terrestrial, and Atmospheric Systems, and SUS 7300C: Industrial Ecology and Life Cycle Analysis. The curriculum also introduces students to whole-systems thinking and life-cycle analysis, helping them understand the interconnected environmental, economic, and urban dimensions of sustainability.

Final Semester: In the final stage of the program, students deepen their chosen area through interdisciplinary electives while completing the two-semester SUS 7501C & 7502C: Capstone Interdisciplinary Team Project. Elective options include SUS 8300B: Introduction to Geographic Information Systems (GIS), SUS 9250B: Remote Sensing, SUS 8300A: Applied Resilience by Design, SUS 8700B: Renewable Energy, and SUS 7600C: Environmental Policymaking, allowing students to connect technical sustainability knowledge with practical urban challenges.

Focus areas

Urban sustainability, climate change and resilience, sustainable buildings, environmental planning, industrial ecology and life-cycle analysis, sustainable transportation, renewable energy, water resources, waste management, GIS and remote sensing, environmental justice, sustainable materials, environmental policymaking, and urban infrastructure.

Learning outcomes

Students develop the ability to analyze and propose solutions to sustainability and resilience challenges, apply whole-systems and life-cycle approaches, collaborate across architecture, engineering, science, and social sciences, and develop leadership and teamwork skills for addressing complex urban sustainability problems.

Professional alignment (accreditation)

The program is STEM designated and is designed around professional sustainability challenges spanning green energy, water resources, air quality, land use, waste management, transportation, construction, and urban planning; the university's current program pages do not state a separate professional accreditation for the M.S. in Sustainability in the Urban Environment.

Reputation (employability rankings)

City College of New York's official program information documents graduate roles across government, private industry, consulting, construction, energy, architecture, environmental organizations, and education, including positions with organizations such as the U.S. Department of Energy, FEMA, NYC Mayor's Office of Sustainability, NYC Department of Transportation, Con Edison, AECOM, and the CUNY Building Performance Lab. The official program page does not publish a program-specific QS or Guardian employability ranking, so no ranking is stated here.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Master of Sustainability in the Urban Environment at City College of New York gain practical experience through an interdisciplinary curriculum spanning architecture, engineering, science, and social sciences. The program develops students’ ability to analyze and address real sustainability and resilience challenges involving buildings, infrastructure, water, energy, transportation, climate, and urban systems. Practical learning is strongly connected to interdisciplinary teamwork, with the program’s capstone research teams working with external organizations and opportunities to engage with CCNY’s sustainability research and facilities.

Students can build this hands-on experience through:

Capstone interdisciplinary team projects: The program includes a two-semester capstone sequence in which students work in diverse teams to address real-world sustainability problems. Current CCNY information notes that capstone research teams often partner with organizations including The City of New York, NOAA, and NASA.
Geospatial analysis and GIS: SUS 9000A: Geospatial Analysis introduces students to spatial-information analysis and Geographic Information Systems (GIS) technology, with applications across architecture, landscape architecture, planning, Earth and Atmospheric Sciences, economics, business, and engineering.
Remote sensing and geospatial data: Through the new Joint UNU-CCNY MS pathway, students can develop skills in remote sensing, GIS data science, and geospatial data analysis for sustainable development. Capstone teams of 2–4 students work on research themes co-designed with UNU scientists and have a co-supervisor from UNU or another UN agency.
Sustainable building studies: Coursework includes SUS 7300A: Low Energy Buildings / High Performance Architecture, giving students focused exposure to low-energy and high-performance building approaches.
Interdisciplinary research: Students learn alongside faculty from the Spitzer School of Architecture, Grove School of Engineering, Division of Science, and social sciences, allowing sustainability problems to be examined from technical, environmental, design, economic, and policy perspectives.
CUNY Building Performance Lab opportunities: The university specifically highlights internship and project opportunities with the CUNY Building Performance Lab, giving students a pathway to apply sustainability knowledge in building-performance work.
Sustainability-focused facilities: The Spitzer School of Architecture provides a 135,000-square-foot facility containing fabrication facilities, a robotics lab, architecture library, spacious studios, and a solar roofpod and urban farm—resources that complement the sustainability program’s interdisciplinary learning environment.
Solar RoofPod and urban sustainability: CCNY’s sustainability activities include the Solar RoofPod and urban farm, while the Spitzer School encourages students across its programs to research and incorporate sustainable design into studio work.
Research and professional engagement: The program connects students with faculty and researchers working across environmental science, engineering, architecture, geography, and related fields, while its external partnerships provide opportunities to work on sustainability issues beyond the classroom.

Progression & Future Opportunities

The Master of Sustainability in the Urban Environment at City College of New York (CUNY) prepares graduates for interdisciplinary careers addressing sustainability, climate resilience, and urban environmental challenges. Graduates are prepared for roles such as sustainability consultant, urban sustainability analyst, project manager, and environmental researcher, with employment opportunities across green energy, water resources, air quality, land use, waste management, transportation, construction, and urban planning.

Career progression is supported through:

University career and employment support: The program actively leverages its alumni network to circulate paid sustainability and resiliency job, internship, and fellowship opportunities in New York City. Graduate students can also access Federal Work-Study positions connected to Sustainability in the Urban Environment initiatives.
CUNY Building Performance Lab: Students have access to internship and project opportunities with the CUNY Building Performance Lab (BPL), whose director also co-instructs relevant program courses. Many students have interned or worked part-time or full-time in BPL offices.
Industry and professional connections: The program's employment pathways extend into city agencies, architecture firms, sustainability consulting practices, construction, utilities, regulatory agencies, NGOs, and research and development organizations.
Professional credentials: The curriculum provides pathways for students to become Certified Passive House Designers, adding a professional sustainability credential alongside the M.S. degree.
Research and professional exposure: Students can work on team-based capstone projects addressing sustainability challenges, with some projects progressing to conference presentations and publications.
Fellowships and funding opportunities: Students with science backgrounds or science-focused study can access scholarship and fellowship opportunities through NOAA-CESSRST at CCNY; three current students have received NOAA-CESSRST fellowships supporting their studies.
Employment outcomes: CCNY reports graduates working in city agencies, architecture firms, and sustainability consulting practices, while some graduates continue to Ph.D. study and some alumni have returned to teach in the program.
Salary information: Not stated on the official CCNY program pages reviewed, so no salary figure is provided.

Further Academic Progression: Graduates can continue into Ph.D.-level study, an established progression noted by CCNY for alumni of the program. Students can also pursue the program's Advanced Certificate in Urban Sustainability as a shorter professional credential, while CUNY students have access to an accelerated BA 4+1 pathway that combines undergraduate study with the M.S. degree.