Materials and Surface Engineering | Apply Online

Opportunity Summary:

The Materials and Surface Engineering (MSE) program, offered by the National Science Foundation (NSF) under CFDA 47.041 (Engineering Grants), was a discretionary grant opportunity focused on fundamental research in engineering materials. Its central aim was to build a deeper scientific understanding of how microstructure, surfaces, and coatings influence the properties and real-world performance of materials, and how those properties can ultimately be controlled through intentional material design. The program emphasized research that connects underlying structure and surface behavior to measurable performance outcomes, with the long-term goal of enabling engineers and scientists to design materials that perform predictably and reliably in demanding applications.

A major theme of the opportunity was materials behavior in service environments that are known to drive degradation or failure. The solicitation highlighted conditions such as impact loading, temperature extremes, corrosion, oxidation, and friction, which commonly appear in aerospace, automotive, energy systems, manufacturing, and other high-performance engineering settings. In practice, this scope covered topics like how coatings resist wear or oxidation, how microstructural features affect crack initiation during impact, how surfaces evolve under sliding contact, and how environmental exposure changes material chemistry and mechanical response over time. The program encouraged work that could explain these mechanisms rather than only demonstrating performance, reflecting its emphasis on foundational, mechanism-driven science.

The MSE program also supported research that could lead to biomedical applications of materials, indicating interest in material surfaces and structures relevant to the human body and medical devices. This could include investigations into surface interactions with biological environments, coatings for implants, or material design principles that improve biocompatibility, durability, or function in biomedical contexts, provided the work remained grounded in fundamental engineering and materials science questions.

From a methods standpoint, the opportunity explicitly welcomed both experimental and theoretical approaches. That included laboratory experiments, characterization and microscopy, mechanical and tribological testing, corrosion and oxidation studies, and modeling or simulation efforts aimed at predicting behavior from microstructure or surface condition. Proposals could therefore be centered on physical testing and observation, computational or analytical modeling, or integrated experimental-theoretical studies that link observed behavior to predictive frameworks.

Administratively, this was an NSF grant opportunity categorized under Science and Technology and other Research and Development. Eligibility was listed as unrestricted (open to any type of entity, subject to any additional eligibility clarifications in the full announcement). There was no cost sharing or matching requirement stated in the posted data. Historically, proposals were accepted on recurring annual submission windows with due dates listed as September 1 and October 1, and January 15 and February 15 (all due by 5 p.m. local time for the proposer). The opportunity is archived and is no longer accepting new proposals: the original closing date was October 1, 2010, the current closing date shown was August 14, 2013, and the archive date was August 22, 2013. The listing also showed expected awards and estimated total funding as 0 in the provided record, which typically reflects the state of the archived listing rather than a program-level statement about NSF funding overall.

For access or technical issues tied to the electronic announcement, the provided contact route was NSF grants.gov support at grantsgovsupport@nsf.gov, along with guidance to use NSF resources if there were problems linking to the announcement.

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