Architect Juan Moreno, founder and president of JGMA (Juan Gabriel Moreno Architects), is renowned for his visionary approach to environmentally friendly and sustainable architecture. One of his most notable projects is the El Centro satellite campus of Northeastern Illinois University, which opened in 2014. This striking 69,000-square-foot building exemplifies Moreno’s commitment to sustainable design, having been constructed using an impressive 92% recycled or repurposed materials.

In his design of the El Centro building, Moreno prioritized both environmental sustainability and cost-effectiveness. According to him, reusing materials during construction not only helps reduce the environmental impact but also leads to immediate cost savings—a crucial consideration for large-scale public and educational projects. This philosophy of blending sustainability with economic efficiency can be seen throughout his work, where he consistently strives to create innovative, eco-conscious buildings without compromising on aesthetic or functional quality.

The El Centro building, with its vibrant blue and yellow exterior, has become an iconic part of the Chicago skyline. It’s not just a symbol of architectural innovation but also of community engagement, as it serves a diverse population of students and staff. The design of the building incorporates environmentally sustainable features, such as advanced energy-efficient systems and eco-friendly materials, contributing to both the environmental goals and the financial sustainability of the project.

Moreno’s work extends far beyond the El Centro campus, as he has led sustainable design projects across the globe, all of which share his deep commitment to reducing waste, reusing materials, and incorporating eco-friendly technologies. His belief that architecture can drive social change and environmental progress makes him a leading figure in the world of sustainable design.

In our exclusive interview with Moreno (top of article), you can learn more about his approach to sustainable architecture.