What's Happening?
Natalia Silva, an alumna of the University of Chile's engineering program, has shifted her professional focus from seismic engineering to an interdisciplinary approach to disaster risk management. After graduating in 2001, Silva initially concentrated
on seismic threat studies and structural seismic vulnerability, particularly in social housing. Her career took a significant turn in 2009 when she joined ONEMI (Chile's National Emergency Office), where she specialized in geological hazards and the intersection of public policy and disaster risk. During her nearly decade-long tenure in the public sector, she participated in a Chilean mission to Port-au-Prince after the 2010 Haiti earthquake, sharing Chile's expertise in seismic regulations. The 2010 earthquake and tsunami in Chile further underscored the importance of her work, leading her to understand disaster risk as a complex phenomenon influenced by social, political, economic, legal, historical, and ethical factors. She held high-responsibility positions, including national sub-director, and contributed to national disaster risk reduction policies and the regulatory framework for the transition to Senapred.
Why It's Important?
Silva's career trajectory highlights a growing recognition of the need for interdisciplinary approaches in addressing complex societal challenges, such as disaster risk. Her move from a purely engineering perspective to one that integrates social, political, and economic factors underscores the limitations of single-discipline solutions in real-world contexts. This shift is crucial for developing more comprehensive and effective public policies for disaster preparedness and response. By emphasizing the interconnectedness of various factors, her work contributes to a more holistic understanding of vulnerability and resilience. This approach can lead to better resource allocation, more equitable policy implementation, and ultimately, a reduction in the human and economic toll of natural disasters. Her experience also demonstrates the evolving role of engineers and technical experts, who are increasingly called upon to engage with broader societal implications of their work.
What's Next?
After concluding her public sector role in 2022, Natalia Silva embarked on a new chapter by pursuing a doctorate in Territory, Space, and Society at the University of Chile, an interdisciplinary program aligning with her evolved interests. She also serves as a visiting academic in postgraduate programs at the Faculty of Architecture and Urbanism, is part of the CITRID program, and continues to engage in teaching, dissemination, and consulting activities related to disaster risk management. Her future work is expected to further bridge the gap between scientific-technical knowledge and diverse understandings of reality, advocating for inter and transdisciplinary approaches to complex problems. She emphasizes the importance of engineering as a rigorous thought process that must connect closely with people, territories, and their multiple dimensions of development to positively impact society.
Beyond the Headlines
Natalia Silva's journey reflects a broader paradigm shift in how societies approach complex problems like disaster risk. The traditional siloed approach, where technical experts operate in isolation, is increasingly being challenged by the recognition that effective solutions require integrating diverse perspectives. Her emphasis on the ethical and cultural dimensions of disaster risk, alongside the technical aspects, points to a more human-centered approach to policy-making. This evolution in thinking is vital for fostering resilience in communities, particularly in the face of escalating climate change impacts and urbanization. Her advocacy for interdisciplinary collaboration suggests a future where problem-solving is a collective endeavor, drawing on a wide range of expertise to create more robust and sustainable outcomes. This also highlights the evolving role of academic institutions in fostering such interdisciplinary thought and practice.
