From Port Harcourt to the corridors of U.S. transportation policy, Dr. Nneoma Maxine Ugwu is redefining how infrastructure connects people, across borders, modes, and generations. At the same time, she remains deeply connected to her Nigerian roots and invested in shaping the future of civil engineers in Nigeria and beyond. 

Growing up in Nigeria, Dr. Ugwu attended Montessori International School, Port Harcourt, and always held a passion for Civil Engineering and improving roadway systems. Following this passion, she took her skills to the United States as an international student, studying civil engineering at University of Massachusetts Dartmouth where she stood out for her academic excellence and was named valedictorian of her graduating class.

She subsequently earned both her Master’s degree and PhD in Civil Engineering from the University of Maryland, College Park where she was also a research fellow, teaching coding and programing to graduate students and mentoring undergraduate researchers. Since then, she has led impactful transportation projects both in the U.S. and at an international level, but Dr. Ugwu has never forgotten her roots and remains committed to inspiring and mentoring future generations.

Designing infrastructure with international reach
Dr. Ugwu not only conducts research for transportation systems and management, but her work is translated into real, actionable solutions that improve communities. She currently works at HNTB, a major infrastructure solutions firm in the United States, where she consults on the planning and development of transportation systems and infrastructure to improve mobility, safety, and accessibility for the public.

In this role, she is currently developing a tool that can be used to assess and prioritize transportation corridor improvements along the border of Texas and Mexico aimed to ensure equitable access to transportation across communities, promote economic growth, and foster social inclusion.

Her tool offers data-driven equity screening to help policymakers and planners support infrastructure development across the Texas-Mexico border region.

Another of Dr. Ugwu’s upcoming works focuses on staff augmentation and strategic planning to strengthen the Maryland Transit Administration (MTA)’s Bus Scheduling Division. The project is designed to enhance scheduler performance, develop standardized processes, and improve operational resilience across the bus network.

Dr. Ugwu’s work delivers data-driven, equity-centered transportation solutions that strengthen infrastructure and mobility not only in the United States but also in cross-border regions like the Texas-Mexico corridor, offering scalable models for international application and global impact.

A global voice in Nigeria’s engineering education

Beyond project work, Dr. Ugwu’s influence is also shaping the minds of future engineers through published research. She co-authored, “Impact of Teleworking on Traffic Volumes Post-COVID-19,” published in Transport in a Moving World: Emerging Trends and Policy Challenges by Edward Elgar Publishing in January 2025.

This book explores how the COVID-19 pandemic and broader societal shifts are transforming urban mobility systems, bringing input from experts around the world to offer in-depth analyses of contemporary issues in transportation, urban planning, and mobility policy. 

Dr. Ugwu’s chapter focuses on how telecommuting during the COVID-19 pandemic significantly reduced traffic congestion, particularly during peak hours, and shows how remote work can improve transportation system performance.

This research explores a unique option for addressing traffic congestion and its associated economic costs and the chapter is currently used as reading material at the University of Port Harcourt, equipping future civil engineers, particularly those focused on transportation planning and policy with a concrete example of how data-driven scenario modeling can inform sustainable infrastructure decisions.

As students engage with Dr. Ugwu’s research, they gain not only technical insight into traffic performance analysis and emissions modeling but also a broader understanding of how innovative, non-infrastructure solutions can play a critical role in shaping resilient and efficient transportation systems.

Bridging knowledge between continents
Although based in the United States, Dr. Ugwu continues to influence civil engineering education in Nigeria. Through her scholarly publications and practical work, she offers both inspiration and technical insight to emerging professionals. Her trajectory underscores how engineering expertise can be applied to address both local and international transportation challenges.

Her cross-continental contributions reflect a growing need for globally informed solutions to issues like congestion, accessibility, and sustainability, solutions that Dr. Ugwu helps design with precision and purpose.