This fall, Columbia's School of Professional Studies is launching a new M.S. in Project Management (PMGT). This degree is designed to prepare professionals to lead complex initiatives across industries. The program reflects how significantly the field has evolved in recent years. As Dr. Evangelia Ieronymaki, director of the PMGT program, explains, “While ‘project manager’ used to be a title primarily associated with construction, infrastructure, and large-scale engineering projects, today it extends across industries such as technology, sustainability, and sports.”
That shift helped shape the new degree itself. “The idea for this new program grew out of conversations with faculty, industry partners, and alumni about the growing need for professionals who can lead increasingly complex, multidisciplinary projects,” Ieronymaki says. Within this new program, students can choose from four specialized concentrations—Construction, Technology Management, Sustainability Management, and Sports Management—that allow them to develop deep expertise in specific domains while building core project management capabilities. Students may also pursue a general track, which is industry-agnostic and allows them to tailor their studies to their specific interests.
The Technology Management concentration is led by Shahryar Shaghaghi, director of the M.S. in Technology Management program. For prospective students exploring this new degree, the key question becomes clear: What does it mean to specialize in technology management, and how does that focus translate into real-world value?
What is Project Management?
At its core, project management is the discipline of planning, executing, and delivering initiatives on time, within budget, and according to scope. It’s how organizations turn strategy into execution—whether launching a product, implementing a system, or transforming operations.
“Project management provides a delivery backbone,” Shaghaghi explains, “and the Technology Management concentration provides the context and complexity layer.”
Today, every project runs on technology, with cloud infrastructure, artificial intelligence, cybersecurity, and data platforms embedded in the way work gets done.
“There is no such thing as a program, project, or strategy implementation without technology,” says Shaghaghi.
This reality creates a gap. Traditional project management skills remain essential, but they're no longer sufficient. Organizations need project managers who can navigate the complexity that technology adds to every initiative. That's where the Technology Management concentration comes in.
How Students Learn
The curriculum is designed around applied learning. Students engage with use cases, case studies, and both group and individual assignments. They develop transformation roadmaps using AI, build technology investment business cases, work through cybersecurity scenarios, and simulate executive decision-making environments. They complete capstone projects with local companies and learn frameworks that are used in the marketplace today.
“The program and curriculum are designed so students learn multiple disciplines in an applied way,” says Shaghaghi. The goal isn't just knowledge transfer—it's capability development that prepares students to manage complexity in real organizational contexts.
Graduates move into roles such as technical program manager, digital transformation leader, technology portfolio manager, and ultimately executive leadership tracks, including CIO or CTO. "In general, I would say transformation executive is the ultimate career path for these types of students," Shaghaghi notes.
The Return on Education
For prospective students, the central question is what capabilities a graduate degree unlocks that work experience alone cannot provide.
According to Shaghaghi, project management as a field is in high demand, but project managers with subject matter expertise are in even higher demand. The distinction matters for strategic visibility, cross-functional credibility, career progression opportunities, and compensation. "Tech-enabled project managers or program roles are going to provide higher career progression opportunities and ultimately more premium pay," he says. Because so many organizational decisions today are made around technology, professionals with this expertise gain access to executive conversations earlier in their careers.
But the return on education goes beyond career advancement. It's about breadth.
“What they learn, more than in their job, is the breadth of knowledge we deliver through applied methods,” Shaghaghi explains. “It's a strategic execution of these disciplines through simulations, scenarios, and use cases that ultimately equips them to be more demanding in the marketplace.”
Work experience typically provides depth in one area: the projects you’re assigned to, the systems your company uses, and the problems your team encounters. This concentration provides strategic breadth across multiple technology verticals: AI, cloud, cybersecurity, data strategy, FinOps, regulatory governance, and ecosystem orchestration.
And they experience complexity in a structured way—through simulations and scenarios—rather than only when crises emerge on the job. "The differentiation is structured capability development that goes beyond a generic horizontal approach and into specific technology verticals, equipping students to manage complex environments," says Shaghaghi.
This isn't a coding program. It's not a certification in Agile methodology. It's not a light technical overview. "It's designed for professionals who want to become enterprise-level influencers with heavy, deep technology knowledge," Shaghaghi explains. The goal is to develop what he calls "strategic technology leaders"—professionals who can see across domains, translate between business and technology, and execute digital transformation successfully.
AI Integration
One area where the concentration provides particularly relevant preparation is artificial intelligence. AI is changing what it means to manage technology projects. The concentration explores how AI tools support planning and decision-making while also addressing governance—AI ethics, regulatory shifts, and lifecycle management “with AI in the loop,” as Shaghaghi puts it.
"If you have a heavy technology project with AI embedded in it, you would be able to really understand the pluses and minuses and how to manage through that," he says. This isn't just about using AI as a tool—it's about leading initiatives where AI is core to the work and understanding how to do that responsibly.
The New York Advantage
Over the past two decades, significant investment has positioned New York as both a financial and technology hub. Today, the city offers something distinctive for students in this concentration.
"One differentiating factor is that usually the decision-makers across all industries are based in New York," says Shaghaghi. "That creates a much better environment for our students to land jobs in New York City and ultimately progress much faster than other parts of the world."
It's not just access to companies—it's proximity to where strategic decisions are made.
The program integrates this access directly into the curriculum. Students visit companies like Microsoft Garage and IBM Tech Center. They participate in innovation labs. They complete capstone projects with local organizations. They connect with alumni working in global firms. They're exposed to what Shaghaghi describes as "the largest and most complex enterprise transformations."
For students, this translates to internship opportunities, access to practitioners, and real-world application of what they're learning in a city where technology decisions are made at scale.
Why Now?
Technology often moves through what Shaghaghi describes as a “hype cycle”—a pattern in which innovation surges, expectations peak, reality sets in, and sustainable productivity follows. Right now, multiple technologies are at different points on that curve. AI is accelerating rapidly. Cybersecurity is top of mind across industries. Cloud has reached a mature stage but continues evolving.
For prospective students, the question isn't whether technology will continue to reshape how projects are managed—it's whether they'll have the capability to lead through that change. The Technology Management concentration is designed to provide that capability, not through theoretical study but through applied learning that mirrors the complexity students will encounter in their careers.
As Shaghaghi puts it: “There is no single project that I can imagine that one would manage without technology being the core DNA of that project.”
For professionals looking to move from executing projects to leading digital transformation, that reality defines both the challenge and the opportunity.
About the Program
The Columbia University Master of Science in Project Management program equips individuals with the strategic, analytical, and leadership skills essential for a successful career managing complex projects across industries and borders.
Available full-time or part-time, the M.S. in Project Management is designed for professionals who want to advance into leadership roles or formalize their project management experience with a strong academic and practical foundation. Students can opt for the general Project Management program or choose from one of the four specialized concentrations: Construction, Sports Management, Sustainability Management, and Technology Management.
Taught by scholar-practitioners and enhanced by Columbia’s location in New York City, the curriculum integrates emerging digital tools and AI-driven practices to help graduates make data-informed decisions and improve operational efficiency. Graduates will be prepared to lead high-stakes projects with confidence and clarity, and return to the job market with a competitive edge.
The application deadline for the M.S. in Project Management program is June 1. Learn more about the program here.
