Opportunity Information: Apply for 12 549

  • The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "Computational and Data Enabled Science and Engineering (CDSE) in Engineering" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 47.041 Engineering Grants 47.080 Office of Cyberinfrastructure.
  • This funding opportunity was created on Apr 9, 2012 and posted on Apr 9, 2012.
  • Applicants must submit their applications by Jul 3, 2012 Submission Window Date(s) (due by 5 p.m. proposers local time) June 03, 2012 July 03, 2012. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • The funding agency has allocated a total of $5,000,000.00 to eligible and selected applicants.
  • The number of recipients for this funding is limited to 15 candidate(s).
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
Apply for 12 549

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Opportunity Summary:

The National Science Foundation (NSF) grant opportunity titled Computational and Data Enabled Science and Engineering (CDSE) in Engineering, also referenced as CDSE or CDS&E and described in the announcement as CDSampE (Computational and Data Enabled Science and Engineering), is a cross-disciplinary funding program designed to push engineering research forward by tightly integrating computation, data, and domain science. At its core, the program targets research at the intersection of mathematics and statistics, computer and computational science, and the foundational engineering disciplines. The emphasis is on enabling transformative discovery and innovation by developing and applying advanced computational methods, modern data-centric approaches (including information processing, data mining, and analysis), and the cyberinfrastructure needed to run and scale those approaches. Alongside research advances, the opportunity explicitly values education and training in computation and data-driven methods, including workforce development that prepares both specialists and non-specialists to work effectively with computational and data-enabled tools.

Within the broader NSF-wide CDSE activity, the CDSE in Engineering (CDSE ENG) focus highlights the two-way relationship between engineering and computational/data science. Engineering problems frequently involve natural or built systems that operate across multiple time and length scales and require high-fidelity simulation to understand, predict, design, and manage. The program description points to the growing need for simulations that can be interrogated and analyzed, used to build or refine models, and employed for optimization and control. It also underscores the increasing importance of connecting computation with experimental or observational data, including the integration of simulation workflows with experiments, sensors, testbeds, and even physical facilities. In practical terms, NSF is signaling interest in projects that do not treat modeling and data as separate tracks, but instead confront the combined challenges that appear when large-scale computation and real-world data are used together to answer engineering questions.

The research scope is intentionally broad but anchored in “fundamental research” that advances the next generation of theories, algorithms, methods, tools, and supporting cyberinfrastructure for science and engineering applications. That includes, for example, new computational algorithms, improved numerical methods, scalable data analytics for engineering datasets, robust methods for uncertainty quantification, hybrid modeling approaches that fuse physics-based simulation with data-driven models, and software or workflow tools that make advanced computation more usable and reliable. A central expectation is that proposals be clearly relevant to engineering while also being cross-cutting and integrative, meaning they should connect ideas or techniques across fields and show how those connections enable capabilities that would be hard to achieve within a single narrow discipline.

From a funding and administrative standpoint, this was a discretionary NSF grant opportunity (Funding Opportunity Number 12-549) categorized under Science and Technology and other Research and Development. NSF anticipated making about 15 awards with an estimated total program funding level of $5,000,000. The CFDA listings tied to the opportunity were 47.041 (Engineering Grants) and 47.080 (Office of Cyberinfrastructure), reflecting the program’s dual emphasis on engineering impact and the computing/data infrastructure that makes that impact possible. Cost sharing was not required. Eligibility was listed as unrestricted (open broadly to eligible entity types, subject to any clarifications in the official announcement text), which typically means the opportunity was accessible to a wide range of applicant organizations allowed under NSF rules.

The timeline in the posted information shows it was published on April 9, 2012, with a submission window running from June 3, 2012 through July 3, 2012, with proposals due by 5 p.m. local time for the proposer. The closing date was July 3, 2012, and the opportunity was archived on August 3, 2012. For applicant support, NSF directed technical access issues to the Grants.gov support channel (grantsgovsupport@nsf.gov), consistent with standard federal submission procedures.

In summary, CDSE in Engineering was structured to fund ambitious, foundational engineering research that advances computational and data-enabled approaches as first-class drivers of innovation. It sought proposals that develop new computational and data methodologies and demonstrate how they unlock better modeling, simulation, inference, optimization, and control of complex engineering systems, especially where modern engineering practice requires blending large-scale computation with experimental and observational data.

Frequently Asked Questions (FAQs): NSF Computational and Data Enabled Science and Engineering (CDSE) in Engineering

What is this NSF funding opportunity called?

The opportunity is titled Computational and Data Enabled Science and Engineering (CDSE) in Engineering. It is also referenced as CDSE or CDS&E, and the announcement text describes it as CDSampE (Computational and Data Enabled Science and Engineering).

What is the main purpose of CDSE in Engineering?

The program is designed to advance engineering research by tightly integrating computation, data, and domain science. Its goal is to enable transformative discovery and innovation by developing and applying advanced computational methods, modern data-centric approaches, and the cyberinfrastructure needed to run and scale those approaches.

Is CDSE in Engineering a cross-disciplinary program?

Yes. CDSE in Engineering is explicitly cross-disciplinary and targets research at the intersection of mathematics and statistics, computer and computational science, and the foundational engineering disciplines.

What kinds of approaches does the program emphasize?

The emphasis includes advanced computational methods and modern data-centric approaches such as information processing, data mining, and data analysis, along with the supporting cyberinfrastructure needed to execute and scale those approaches.

How does CDSE in Engineering connect engineering with computational and data science?

The opportunity highlights a two-way relationship: engineering challenges often require sophisticated computation and data methods, and advances in computation/data can in turn unlock new engineering capabilities. The program specifically calls attention to complex natural or built systems that operate across multiple time and length scales and may require high-fidelity simulation and data integration to understand, predict, design, and manage.

Does the program encourage combining simulation and real-world data?

Yes. The description underscores the importance of connecting computation with experimental or observational data and points to integration of simulation workflows with experiments, sensors, testbeds, and even physical facilities. The intent is to support projects that treat modeling and data as interconnected rather than separate tracks.

What is the research scope of the opportunity?

The scope is broad, but it is anchored in fundamental research that advances next-generation theories, algorithms, methods, tools, and supporting cyberinfrastructure for science and engineering applications.

What are examples of research topics mentioned in the opportunity?

Examples include:

  • New computational algorithms
  • Improved numerical methods
  • Scalable data analytics for engineering datasets
  • Robust methods for uncertainty quantification
  • Hybrid modeling that fuses physics-based simulation with data-driven models
  • Software or workflow tools that make advanced computation more usable and reliable

What does NSF mean here by “cross-cutting and integrative” proposals?

Based on the program description, proposals are expected to be clearly relevant to engineering while also integrating ideas or techniques across fields. The integrative aspect should show how connecting multiple disciplines enables capabilities that would be difficult to achieve inside a single narrow discipline.

Is education or workforce development part of what the program values?

Yes. The opportunity explicitly values education and training in computation and data-driven methods, including workforce development that prepares both specialists and non-specialists to work effectively with computational and data-enabled tools.

What is the Funding Opportunity Number for this program?

The Funding Opportunity Number listed is 12-549.

How many awards did NSF anticipate making, and what was the estimated total funding?

NSF anticipated making about 15 awards, with an estimated total program funding level of $5,000,000.

Which CFDA program listings were associated with this opportunity?

The CFDA listings tied to the opportunity were 47.041 (Engineering Grants) and 47.080 (Office of Cyberinfrastructure), reflecting both engineering impact and the cyberinfrastructure emphasis.

Was cost sharing required?

No. The opportunity stated that cost sharing was not required.

Who was eligible to apply?

Eligibility was listed as unrestricted, meaning it was open broadly to eligible entity types, subject to any clarifications in the official announcement text and NSF’s standard applicant rules.

When was the opportunity published?

The posted information indicates it was published on April 9, 2012.

What were the proposal submission dates and deadline time?

The submission window ran from June 3, 2012 through July 3, 2012. Proposals were due by 5 p.m. local time for the proposer on the deadline date.

When did the opportunity close, and when was it archived?

The closing date was July 3, 2012, and the opportunity was archived on August 3, 2012.

What was the general category of this funding opportunity?

It was categorized under Science and Technology and other Research and Development.

What kinds of engineering capabilities is the program trying to unlock?

Based on the description, the program aims to enable better modeling, simulation, inference, optimization, and control of complex engineering systems, particularly where modern engineering practice requires blending large-scale computation with experimental and observational data.

Where should applicants go for technical help related to Grants.gov submission access?

For technical access issues, NSF directed applicants to the Grants.gov support channel at grantsgovsupport@nsf.gov.

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