Hazard Mitigation and Structural Engineering | Apply Online

Opportunity Summary:

The Hazard Mitigation and Structural Engineering (HMSE) opportunity is a National Science Foundation (NSF) research grant program focused on advancing fundamental knowledge and practical technology related to how structural systems are designed, analyzed, and perform under extreme events. Its core purpose is to improve the safety, reliability, and overall behavior of structures when they are exposed to both natural hazards, such as earthquakes, and technological or human-caused hazards, such as explosions. In practice, this means the program is geared toward research that can lead to better-performing buildings, bridges, and other civil infrastructure, along with improved engineering methods that help communities reduce risk and recover faster after damaging events.

A major emphasis of HMSE is on structural systems research that goes beyond incremental improvements and instead builds stronger scientific foundations for design. This includes studying how structural components and full systems respond to complex loading, how damage initiates and progresses, and what design strategies can prevent collapse or reduce major losses. The program also highlights the development and evaluation of new technologies aimed at hazard resistance, including innovations that make structures more robust, more predictable in their behavior, and less likely to experience catastrophic failure. Research may span traditional engineered materials and systems as well as emerging approaches, provided the work strengthens understanding of structural performance and leads to measurable improvements in hazard mitigation.

The opportunity also supports advances in analysis methods and model-based simulation, reflecting the increasing importance of computational tools in structural engineering. Projects can focus on creating improved analytical frameworks, more accurate numerical models, and simulation approaches that better capture real structural response, including nonlinear behavior, uncertainty, and damage mechanisms. This includes work that connects theory, computation, and experimental validation, with the goal of producing models that engineers can rely on for decision-making in design, assessment, and retrofit.

Another key theme is the development of design concepts that improve performance, reliability, resilience, and sustainability. In this context, resilience typically refers to the ability of structures and infrastructure systems to maintain functionality during a hazard event and to recover quickly afterward, while sustainability can involve reducing life-cycle impacts through longer service life, reduced repair needs, and smarter use of materials and resources. HMSE is therefore relevant not only to life-safety objectives, but also to broader goals such as reducing downtime, limiting economic disruption, and improving long-term infrastructure performance under repeated or changing hazard conditions.

The program explicitly includes structural health monitoring as an area of interest. This covers technologies and methods for observing and diagnosing the condition of structures over time, often using sensors, data acquisition systems, and signal processing or data-driven interpretation. The intent is to detect damage, track deterioration, and support maintenance or post-event evaluation so that decisions about occupancy, repair, or replacement can be made faster and with greater confidence. Research in this space often connects sensing hardware with analytical models to translate measurements into meaningful indicators of structural integrity.

HMSE also supports applications of new control techniques for structural systems. Structural control can include passive, active, or semi-active systems designed to reduce vibrations and limit damage during dynamic events like earthquakes or blasts. Work in this area can involve developing new devices, control algorithms, or system integration strategies that improve structural response, as well as assessing reliability and performance under uncertain hazard demands. The overall objective is to move toward structural systems that not only resist hazards through strength and ductility, but also manage demand through adaptive or engineered response mechanisms.

From an administrative standpoint, this opportunity was offered as a discretionary NSF grant under the Engineering Grants umbrella (CFDA 47.041) within the broader category of science and technology research and development. The solicitation listed unrestricted eligibility, meaning it was open to a wide range of applicant types as allowed by NSF policy, and it did not require cost sharing or matching funds. The original proposal windows were structured around recurring annual timeframes, including September 1 to October 1 and January 15 to February 15 cycles, reflecting a typical NSF pattern of defined submission periods. The specific notice referenced here is archived and was replaced by a later solicitation (10 1637), with the archive date noted as August 4, 2010; the posted date for the opportunity was March 23, 2009. For access or technical issues related to the announcement, the contact information pointed applicants to NSF Grants.gov support via grantsgovsupport@nsf.gov.

Overall, HMSE is best understood as a research-focused NSF program intended to strengthen the scientific and technological basis of structural engineering for hazard mitigation. It prioritizes work that can improve how structural systems are conceived, modeled, monitored, and controlled, with clear relevance to reducing risk from earthquakes and other extreme events, and with an emphasis on advancing reliability, resilience, and safety in the built environment.

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