- Email:
- daros@iu.edu
- Campus:
- IU Bloomington
Daniel Aros is an architect, urban designer, and educator with a practice-driven teaching approach. As an Adjunct Assistant Professor in the Comprehensive Design program at Indiana University’s Eskenazi School of Art, Architecture + Design, his teaching philosophy centers on human-centric design, emphasizing sustainability, resilience, and the intersection of architecture and social impact. He encourages students to explore the evolving role of architecture in addressing contemporary challenges such as climate change, urbanization, and community development.
In addition to his academic role, Aros has contributed to award-winning projects through his work at Indiana University Capital Projects, Modus Studio, and Paul Weiner Architect, gaining experience in design-build methodologies, urban infill projects, and large-scale institutional work. His projects span multi-family housing, mixed-use developments, and civic infrastructure, with a focus on integrating ecological and social factors into architectural solutions. His work has been recognized by the AIA, Dezeen, and ArchDaily, among others. Notably, he played a role in the realization of Indiana University’s Eskenazi School of Art, Architecture + Design building, originally designed by Mies van der Rohe, and the Ferguson International Center, both of which have received national recognition for their architectural significance.
With a background in both architecture and landscape architecture (B. Arch, M.L.A.—University of Arizona), Aros’ expertise spans multiple scales—from urban master planning to finely crafted architectural interventions. His past work includes research on next-generation infrastructure and sustainable urbanism, as well as interdisciplinary projects in Oman and the U.S. His continued engagement with both academia and practice reinforces his commitment to shaping the next generation of architects and designers who can navigate the complexities of the built environment with creativity and purpose.