<p>After studying electrical and computer engineering and computer science at University of Wisconsin - Madison, MS in Sustainability and Global Energy Practice Clinical Assistant Professor <a href="https://www.sps.nyu.edu/faculty-directory/21300-suhail-y-tayeb.html">Suhail Y Tayeb</a> began his career focused on systems, networks, and infrastructure. Those early pursuits continue to influence the ways he evaluates the built environment today.</p> <p>After more than two decades as a real estate developer and investor, Tayeb earned a Sloan Master’s in Leadership and Strategy at London Business School. There, he deepened his expertise in private capital, corporate finance, and M&amp;A. Following the program, his work expanded across residential and commercial development, sustainable retrofits, voucher-based housing, and advising family offices on capital strategy and long-term value creation.</p> <p>As director of the <a href="https://www.sps.nyu.edu/about/academic-divisions-and-departments/schack-institute-of-real-estate/center-for-sustainable-built-environment.html">Center for the Sustainable Built Environment</a> at the NYU SPS <a href="https://www.sps.nyu.edu/about/academic-divisions-and-departments/schack-institute-of-real-estate.html">Schack Institute of Real Estate</a>, Tayeb focuses on the convergence of AI infrastructure, data center development, and sustainable real estate strategy. His work examines how power, fiber, land use, and policy constraints shape capital allocation and development feasibility.</p> <p>His passion for teaching was fueled by a gap he saw in the industry. “I joined Schack because it is one of the few institutions where professional practice and academic rigor intersect meaningfully,” Tayeb shares.</p>

<p>Too often, sustainability and capital markets are treated as separate conversations; Tayeb’s goal is to bridge them. “What I value most is helping students develop systems literacy,” he says. “When they recognize that grid constraints shape land values, that permitting timelines affect underwriting, and that infrastructure determines feasibility, their thinking becomes more strategic and more grounded.”</p> <p>“I emphasize experiential and decision-based learning. Students review structured materials in advance so that class time focuses on applied strategy rather than passive absorption. Sessions are devoted to problem solving, underwriting exercises, case analysis, site visits, and live engagement with industry practitioners. Students learn to defend their assumptions, communicate clearly, and connect sustainability principles to capital allocation, infrastructure constraints, and real-world execution.”</p>

<p>“[The MS in Sustainability and Global Energy Practice] is designed for students who want to connect ideas to execution,” he adds. “If you are willing to think rigorously, engage deeply, and operate across systems, you will be well positioned to lead in a rapidly changing environment.”</p> <p>Tayeb emphasizes four core competencies for graduates: systems thinking, financial fluency, infrastructure awareness, and confidence in execution. “Sustainability is not a checklist,” he explains. “It sits at the intersection of energy, water, materials, mobility, governance, and capital. If you can operate across those systems, you can lead.”</p> <p>&nbsp;</p>