I am Associate Professor of Civil Engineering in Structural Engineering. My research, further detailed at https://rodriguez-groups.weebly.com/, is divided into three broad areas. These are:
- Earthquake- and Blast-Resistant Structures
- Resilient and Sustainable Infrastructure and Communities
- Technology, Uncertainty, and the Good Life
The first falls strictly within structural engineering, the second expands into broader infrastructure issues, and the latter is philosophical in nature, asking how we live well in contemporary times given the pace and promises of technological development. My technical areas of expertise are earthquake engineering, structural testing, blast mitigation, fiber reinforced polymers, reliability and finite element analysis, and green building materials and systems. Broader areas of interest are systems thinking, complexity, uncertainty, and the umbrella concepts of sustainability and resilience. At present, I have the following major research initiatives.
- Our college is installing a shake table for seismic testing using funds won by the NSF. Installation of this equipment is complete and we are learning to operate the equipment. Following this commissioning period, the shake table will be available for use by researchers and industry.
- Together with Colorado School of Mines and Lehigh University, Cal State LA is part of a University Transportation Center for Underground Transportation Infrastructure (UTC-UTI). I am the Cal State LA coordinator for this center and PI/Co-PI on two projects: resilience and sustainability of UTI and fiber-reinforced, self-consolidated concrete for UTI applications. The other Cal State LA UTC-UTI projects are Big Data Analytics for UTI and Autonomous Crack Detection in Tunnels.
- I am on sabbatical working at the Institute of Engineering at the UNAM in Mexico City, working on development of an index to understand the potential of earthquakes to cause damage. I'm also using the time to work on a backlog of partially finished papers.
This web page provides a brief overview of my research and teaching interests. Please visit https://rodriguez-groups.weebly.com/ for all the details.
Schedule for Fall 2018 and Spring 2019
I am on sabbatical during the academic year. I am off campus and have no teaching, advising, or service duties.
I was born in Mexico and moved to the United States at age eleven, not long after experiencing the 1985 Mexico City earthquake. Perhaps that day sparked my interest in structural engineering. I studied Civil Engineering at U.C. Berkeley (B.S. and M.S.). I then worked at Wiss, Janney, Elstner in the San Francisco Area evaluating buildings and designing retrofits. I subsequently completed my Ph.D. and post-doctoral training at the University of California, San Diego, in the Department of Structural Engineering, where I focused on blast loading and advanced composites. After the Ph.D. I became interested in understanding and reducing the environmental impacts of construction. In 2008 I joined the faculty of Oregon State University. In 2011 I started at Cal State LA and in 2016 I was awarded early tenure and promotion to Associate Professor.
My technical focus is in laboratory-based experimental testing of structural components and systems under seismic loading with interest as well in blast loading. My focus is on the seismic resistance of green construction technologies, a topic that I have explored both experimentally and computationally. On the Cal State LA campus we have installed a shake table for seismic testing with funding from the National Science Foundation. We are currently learning to operate the equipment and will be able to offer it for use by external investigators soon. We have also received funding recently for a University Transportation Center in Underground Transportation Infrastructure (UTC-UTI) in conjunction with Colorado School of Mines and Lehigh University and are entering year 3 of the 5 year award.
My interdisciplinary interests revolve around sustainability and disaster resilience. What does it mean to be sustainable? What is the structural engineer's role in sustainability? How are sustainability and disaster resilience related? What is the role of uncertainty, models, systems, and complexity in sustainability and resilience? How do we make effective decisions in the face of the extreme uncertainty faced with long-term problems?
Teaching and Advising
I teach a range of classes in structural mechanics: statics, strength of materials, structural mechanics (I and II), and structural dynamics. Other classes taught at Cal State LA or elsewhere include programming, design of steel structures, and blast loading of structures. As with research, my teaching interests extend beyond technical topics. I teach a freshman-level seminar class for the Reading LA sequence in the Honor's College. This class, which covers disasters and resilience in Los Angeles, is taught from a social science perspective. I have also been closely involved in the creation of the new engineering ethics course, which was co-developed with the Philosophy department.
I advise the EERI student group, which competes annually in the Seismic Design competition.
From 2009-2015 I completed a six year term on the Sustainability Committee of the Structural Engineering Institute (SEI). Within that committee I founded and chaired the Disaster Resilience Working Group. I am also active with the SEI Engineering Philosophy committee and have contributed to the work of the Sustainability Committee of the American Concrete Institute. I am a regular reviewer for the Journal of Structural Engineering and a member of the International Editorial Board of Civil Engineering and Environmental Systems.
I am a registered Civil Engineer in California and have completed Safety Assessment Program (SAP) training for post-earthquake evaluation of buildings. I have also completed Community Emergency Response Team (CERT) training.