Infrastructure is often judged by what people see. Power lines that work, streets that stay lit, systems that operate without interruption. What most people do not see is the coordination required behind the scenes to make those outcomes possible. In many cases, the biggest challenges are not technical, but managerial.
Mitchell Mouradjian’s work shines a light on one of those challenges.
As the recipient of the Applied Innovation in Infrastructure Management Award, Mouradjian is being recognized for his paper, “Utility Pole Replacement: An Engineering Management Approach.” His research focuses on a surprisingly common issue in the utility industry that highlights a deeper problem in coordination and accountability.
Across many regions, utility poles are replaced regularly to maintain safety and reliability. Yet in thousands of cases, the old pole remains standing next to the new one, sometimes long past regulatory deadlines. These “double poles” are more than an eyesore. They represent inefficiency, safety risks, and a breakdown in coordination between the organizations responsible for maintaining critical infrastructure.
At the heart of the issue is fragmentation. Electric companies, telecommunications providers, and other stakeholders each operate within their own systems, timelines, and processes. While each entity may complete its portion of the work, the lack of shared visibility and coordination leads to delays in fully completing the job.
Mouradjian’s research reframes this problem through the lens of engineering management. Rather than focusing solely on the physical task of replacing a pole, he examines the systems that govern how the work is planned, communicated, and executed.
His proposed solution centers on integration. By introducing joint scheduling systems, shared workflow tracking, and real-time communication tools, Mouradjian outlines a model that allows multiple organizations to operate from a common framework. This approach creates visibility across stakeholders, reduces duplication of effort, and enables more effective coordination of tasks that are inherently interdependent.
One of the most compelling aspects of his work is the use of measurable performance indicators. Through the application of key performance metrics, scheduling models, and tracking systems, the proposed framework does more than improve communication. It creates accountability. Organizations can see where delays occur, understand why they happen, and take action to improve outcomes.
The research also introduces a pilot program designed to test these concepts in a real-world setting. Over a ten-week period, the model evaluates how improved coordination impacts completion timelines, compliance with regulatory requirements, and overall system efficiency. This emphasis on testing and measurement reflects a practical approach that is grounded in implementation, not just theory.
What makes this work particularly relevant is its scalability. While the focus is on utility pole replacement, the underlying challenge exists across many infrastructure systems. Whenever multiple organizations are responsible for different parts of a shared process, coordination becomes a critical factor in performance.
Mouradjian’s work demonstrates that improving infrastructure is not always about new technology or materials. In many cases, it is about improving how work is organized and executed.
There is also an important leadership dimension to this research. Solving coordination challenges requires more than new tools. It requires a shift in how organizations think about collaboration, accountability, and shared responsibility. By designing systems that encourage transparency and alignment, leaders can create environments where performance improves naturally.
The Applied Innovation in Infrastructure Management Award recognizes work that bridges theory and practice. Mouradjian’s research embodies that goal. It takes a real-world problem, applies structured thinking, and delivers a solution that can be implemented and measured.
As infrastructure systems continue to age and demands on them increase, the need for effective management becomes even more critical. The ability to coordinate across organizations, track performance, and adapt processes will define the next generation of infrastructure leadership.
Mitchell Mouradjian’s work is a reminder that sometimes the most impactful innovations are not visible from the outside. They exist in the systems that make everything else work.