Engineering (ENG): Civil, Mechanical and Manufacturing Innovation (CMMI)

This record was first published in this version, so there is no prior version to compare against. The following details are now on file:

• Funding amount: Estimated total program funding is $100,000,000 across 275 expected awards, which works out to roughly $363,000 per award on average.
• Funding instrument: Grant.
• Activity category: Science and Technology and other Research and Development.
• CFDA number: 47.041 (National Science Foundation engineering research).
• Applicant eligibility: Unrestricted, so any type of entity may apply, subject to any eligibility clarifications in the additional information text.
• Cost sharing: Not required.
• Contact: grantsgovsupport@nsf.gov.

For proposal sizing, the average award is a useful planning anchor: budgets near $350,000 to $400,000 align with the typical award, and the absence of cost sharing means the full requested amount is funded by the agency rather than matched by the applicant. Confirm the per-award floor and ceiling in the full solicitation text, since the average alone does not show the range.

This appears to be the first populated synopsis description, since no prior version was available, so the entire description is new relative to the blank prior state. Key content added:

• Four participating programs are named: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS), each with a defined technical focus (advanced manufacturing and supply chains; civil infrastructure systems; intelligent dynamic systems including human-interacting systems; deformation and failure in engineered and biological materials).
• Scope is foundational research under NSF ENG's Civil, Mechanical, and Manufacturing Innovation (CMMI) area.
• Award portfolio is unspecified: budgets, number of awards, and durations are stated as estimates subject to available funds, so applicants cannot rely on a fixed ceiling or award count from this text.
• Explicit non-requirement: proposals need not promise a near-term product, deployment, or commercial outcome, and need not address later-stage development to be competitive.
• Stated priority: intellectually ambitious and potentially transformative research.

Why it matters for business-development readers: the solicitation is research-oriented, so commercial partners should expect academic-led proposals that do not require a market path. Firms seeking to engage should target the program whose technical focus matches their domain and recognize that funding levels are not guaranteed.

This is the first recorded version, so there is no prior value to compare against. The listing now shows an estimated total program funding of $100,000,000 for an expected 275 awards, which works out to roughly $363,636 per award on average. Key terms as published:

• Estimated total program funding: $100,000,000
• Number of awards: 275
• Funding instrument: grant
• Funding activity category: science and technology and other research and development (CFDA 47.041, National Science Foundation)
• Applicant types: unrestricted, open to any type of entity, subject to any clarification in the additional eligibility text
• Cost sharing: not required
• Agency contact: grantsgovsupport@nsf.gov

Why it matters for applicants:

• No cost share is required, so the full requested amount is funded by the award and matching commitments won't reduce the budget you can ask for.
• Because the average award is about $364K, proposals sized well above that level are less competitive unless the scope clearly justifies it. Plan budgets around that range.
• Since eligibility is unrestricted, businesses, universities, nonprofits, and other entities can apply, so expect a broad applicant pool and a need for a strong differentiator.

The synopsis description was added (no prior version existed), so this is a new scope statement rather than a rewrite. Key content for applicants:

• Four participating programs are named under NSF ENG/CMMI: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS). Applicants should target the program whose topic fits their work.
• Technical focus: AMDO covers advanced manufacturing, materials and service processes, and system design/operations; EBE covers civil infrastructure systems from materials to network science; IIDS covers intelligent dynamic systems, including systems interacting with people; MAMS covers deformation and failure in engineered and biological materials.
• Portfolio expectations: NSF anticipates awards across a range of budgets and durations, with totals subject to available funds, so no firm award count or size is committed here.
• Evaluation emphasis: NSF is particularly interested in intellectually ambitious, potentially transformative foundational research.
• Commercial expectation: Proposals need not promise a near-term product, deployment, or commercial outcome to be competitive, which matters for business-development teams assessing fit and commercialization claims.

This is the first recorded version, so there is no prior value to compare against. The listing now shows the following, which applicants should treat as the baseline:

• Estimated total program funding: $100,000,000 across about 275 awards, which works out to roughly $364,000 per award on average.
• Funding instrument: grant.
• Activity category: science and technology and other research and development.
• Cost sharing: not required, so applicants do not need to budget matching funds.
• Eligibility: unrestricted, so any type of entity may apply, subject to any clarifications in the "Additional Information on Eligibility" text.
• CFDA (Assistance Listing) number: 47.041, which is the NSF engineering-related listing.
• Agency contact: grantsgovsupport@nsf.gov.

Why it matters for proposal size: with about 275 awards and an average near $364K, a typical proposal should be sized to that average rather than to any single large ceiling. Because no cost share is required and eligibility is open, expect a broad and competitive applicant pool, so budgets should be justified tightly against the average award size. The per-award ceiling and floor are not shown in this record, so confirm them in the full solicitation before finalizing the budget.

The synopsis description now lists four specific NSF ENG/CMMI programs that the funding opportunity covers, each with a defined research focus:

• Advanced Manufacturing, Design, and Operations (AMDO): foundational research on advanced manufacturing, materials and service processes, their integration into facilities and supply chains, and optimal operation and design of these systems.
• Engineering for the Built Environment (EBE): foundational research on civil infrastructure and infrastructure systems, from materials to network sciences, aimed at resilient and safe communities.
• Intelligent and Interactive Dynamic Systems (IIDS): foundational research on intelligent dynamic systems, including engineered systems that interact with people.
• Mechanics of Advanced Materials Systems (MAMS): foundational research on deformation and failure in engineered and biological materials.

It also states that NSF ENG expects a portfolio of awards with varied budgets and durations, with totals subject to available funds, and that it is especially interested in intellectually ambitious, potentially transformative research. Proposals do not need to promise a near-term product, deployment, or commercial outcome.

For applicants, this is a scope clarification: it confirms that academic-style foundational work is the target and that commercialization plans are not a competitive requirement. Business-development readers should not treat the opportunity as a near-term commercial pipeline.

This is the first recorded version, so there is no prior state to compare against. The listing now shows:

• Estimated total funding: $100,000,000 across 275 awards, which averages about $363,600 per award.
• Funding instrument: grant.
• Cost sharing: not required.
• Applicant eligibility: unrestricted, open to any type of entity, subject to any clarification in the eligibility text.
• Assistance listing (CFDA) number: 47.041 (National Science Foundation engineering research).
• Activity category: science and technology and other research and development.
• Contact: grantsgovsupport@nsf.gov.

For proposal sizing, the average award of roughly $364K is the most useful planning anchor. Individual awards may range above or below that, so check the solicitation text for any stated floor or ceiling. Because cost sharing is not required, the full requested amount comes from the agency, and applicants do not need to budget matching funds.

This is a new synopsis description rather than a revision of an earlier one, so there is no prior text to compare against. The synopsis now frames NSF ENG's CMMI-related funding around four programs:

• Advanced Manufacturing, Design, and Operations (AMDO): foundational research on advanced manufacturing, materials, service processes, and the design and operation of the systems they feed into.
• Engineering for the Built Environment (EBE): foundational research on civil infrastructure and infrastructure systems for resilient, safe communities.
• Intelligent and Interactive Dynamic Systems (IIDS): foundational research on intelligent dynamic systems, including engineered systems that interact with people.
• Mechanics of Advanced Materials Systems (MAMS): foundational research on deformation and failure in engineered and biological materials.

Key points for applicants:

• Funding size, award count, and duration are explicitly unfixed and depend on available funds.
• NSF prioritizes intellectually ambitious, potentially transformative research.
• Proposals do not need a near-term product, deployment plan, or commercial outcome, so business-development pursuit is less about product readiness and more about aligning with one of these four program areas.

This record was newly populated, so there is no prior version to compare against. The listing now shows estimated total program funding of $100,000,000 supporting about 275 awards, which implies an average award near $364,000. It is a grant instrument under CFDA 47.041 (National Science Foundation, engineering research), classified as science and technology and R&D activity, and cost sharing is not required.

For applicants, the key points are:

• Total program funding is $100 million, so the ceiling and floor cannot be read from the funding fields alone; check the solicitation text for per-award limits.
• Cost sharing is not required, so proposed budgets do not need matching funds, which keeps the budget simpler for small firms and nonprofits.
• Eligibility is open to any entity type, subject to any clarifications in the "Additional Information on Eligibility" text.
• With roughly 275 awards, the implied average of about $364,000 suggests proposals should be scaled near that level unless the solicitation sets a different ceiling.

Questions about the opportunity can go to grantsgovsupport@nsf.gov.

• The synopsis description now lists four specific NSF ENG/CMMI programs as the funding vehicles: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS), each with a defined research focus.
• Technical scope is now explicit: AMDO covers advanced manufacturing, materials and service processes and their integration into systems; EBE covers civil infrastructure from materials to network sciences; IIDS covers intelligent dynamic systems including systems that interact with people; MAMS covers deformation and failure in engineered and biological materials.
• A portfolio statement was added: NSF ENG expects awards of varying budgets and durations, with totals subject to fund availability.
• A review-emphasis statement was added: the agency is particularly interested in intellectually ambitious, potentially transformative foundational research, and proposals do not need to promise near-term products, deployment, or commercial outcomes.

Why it matters: business-development teams should not pitch near-term commercialization as a requirement, and should map their technology to one of the four program areas. Applicants with applied or commercial-stage work should frame it as foundational research with transformative potential.

This record was newly populated, so there is no prior version to compare against. Based on the current listing, this is a grant opportunity under CFDA 47.041 (Engineering), with the following key terms:

• Estimated total program funding is $100,000,000 across an expected 275 awards, implying an average of roughly $364,000 per award.
• No cost share is required.
• Applicant eligibility is unrestricted, so any type of entity may apply, subject to any limits in the separate eligibility text field.
• The funding activity is classified as Science and Technology and other Research and Development.
• The agency contact is grantsgovsupport@nsf.gov.

Why it matters for proposal size: with no prior version, there is no ceiling or floor change to report. The average award size of about $364,000 is a useful planning benchmark, and the lack of cost sharing means applicants do not need to budget matching funds. Because the listing is open to all entity types, competition may be broad, so businesses should check the eligibility text for any exceptions before planning.

• New synopsis description added framing NSF ENG's CMMI-area foundational research across four programs: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS).
• Scope of each program now specified: AMDO covers advanced manufacturing, materials and service processes and their integration into facilities and supply chains; EBE covers civil infrastructure and its systems from materials to network science; IIDS covers intelligent dynamic systems, including those that interact with people; MAMS covers deformation and failure in engineered and biological materials.
• Portfolio expectations stated: NSF anticipates awards across a range of budgets and durations, with totals subject to available funds.
• Evaluation emphasis clarified: NSF is especially interested in intellectually ambitious, potentially transformative research, and proposals do not need to promise a near-term product, deployment, or commercial outcome.

Why it matters: applicants should align proposals with one of the four named program areas and frame them as fundamental research. Commercialization plans are not required, so business-development pitches should emphasize scientific novelty rather than market readiness.

This record appears to be newly populated rather than edited, since no previous version is available. The current listing shows:

• Estimated total funding: $100,000,000 across 275 awards, implying an average award of roughly $363,000.
• Funding instrument: grant.
• Cost sharing: not required.
• Eligibility: unrestricted, so any type of entity may apply, subject to any limits in the separate eligibility text.
• Category: science and technology and other research and development.
• CFDA (Assistance Listing) number: 47.041 (National Science Foundation).
• Agency contact: grantsgovsupport@nsf.gov.

Because no prior figures exist, I cannot confirm whether the ceiling, floor, or total program funding moved. For business-development purposes, the key takeaway is the open eligibility and absence of cost share, which lowers the barrier to entry for firms that can meet the research scope. The average award size of about $363,000 is a useful planning anchor for proposal budgets, though individual awards may vary above or below it. Check the full notice for per-award ceilings and floors before sizing proposals.

The synopsis description now lists four specific NSF ENG/CMMI programs that applicants should target: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS). Each has a defined research scope.

• AMDO: foundational research on advanced manufacturing, materials and service processes, their integration into facilities and supply chains, and optimal system design and operation.
• EBE: foundational research on civil infrastructure and infrastructure systems, from materials to network science, aimed at resilient and safe communities.
• IIDS: foundational research on intelligent dynamic systems, including engineered systems that interact with people.
• MAMS: foundational research on deformation and failure in engineered and biological materials.

Also added: NSF ENG expects a portfolio of CMMI awards with varied budgets and durations, with program budget, award count, and average size subject to available funds. It also signals a preference for intellectually ambitious, potentially transformative work and states that proposals need not promise a near-term product, deployment, or commercial outcome.

Why it matters: applicants should map their work to one of the four program scopes and can avoid framing proposals around commercialization. Funding levels are not guaranteed.

This record appears as a newly populated listing rather than a true edit, since no previous version is available to compare against. Based on the current values:

• Estimated total funding: $100,000,000, spread across an expected 275 awards, which works out to roughly $363,600 per award on average.
• Cost sharing: not required, so applicants are not obligated to provide matching funds.
• Eligibility: unrestricted, so any type of entity may apply, subject to any limits in the separate eligibility text.
• Instrument and category: grant funding for science, technology, and other research and development (assistance listing 47.041).
• Contact: grantsgovsupport@nsf.gov.

For applicants, the key takeaways are that the per-award ceiling and floor are not shown in this record, so the average award size is the best proxy for proposal scope. Because cost sharing is waived and eligibility is open, the competitive pool may be large, and proposal budgets should be sized near the average award rather than assuming a larger ceiling. Confirm the exact award range in the full solicitation before finalizing budgets.

The synopsis description now lists four CMMI-related research programs under NSF ENG as the explicit focus of the opportunity:

• Advanced Manufacturing, Design, and Operations (AMDO): foundational research on advanced manufacturing, materials and service processes, their integration into systems, and optimal system design and operation.
• Engineering for the Built Environment (EBE): foundational research on civil infrastructure and infrastructure systems, from materials to network sciences, for resilient communities.
• Intelligent and Interactive Dynamic Systems (IIDS): foundational research on intelligent dynamic systems, including engineered systems that interact with people.
• Mechanics of Advanced Materials Systems (MAMS): foundational research on deformation and failure in engineered and biological materials.

It also states that NSF ENG expects a portfolio of awards with varying budgets and durations, with totals subject to available funds, and that it is particularly interested in intellectually ambitious, potentially transformative research.

Why it matters for applicants: proposals must be framed as foundational research aligned to one of these four programs, not as near-term products or commercial deployments. Business-development teams should not expect this to be a commercialization or prototype funding vehicle, and should avoid promising deployment outcomes in pitches or proposal narratives.

This is the initial population of the record, since no previous version exists, so there is no prior amount to compare against. Key facts now on the record:

• Estimated total funding: $100,000,000, to be distributed across 275 awards (roughly $363,600 average per award, before accounting for variation).
• Instrument: grant, under funding activity category Science and Technology and other Research and Development.
• CFDA number 47.041 (National Science Foundation engineering-related assistance listing).
• Applicant eligibility: unrestricted, open to any type of entity, subject to any clarifications in the "Additional Information on Eligibility" text field, which should be checked before applying.
• Cost sharing: not required.
• Agency contact: grantsgovsupport@nsf.gov.

Why it matters for proposal size: no per-award floor or ceiling appears in these fields, so the average award size is the best guide. Budgets near $350K to $400K per project align with the typical award implied by the total and count. Because cost sharing is not required, applicants do not need to budget matching funds, which keeps the full requested amount direct to the project. Confirm any award range in the full solicitation text, since individual floors and ceilings are not captured in this record.

• The synopsis description now lists four specific NSF ENG/CMMI programs as the funding vehicles: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS), each with a defined research scope (for example, EBE covers civil infrastructure from materials to network sciences, and IIDS covers dynamic systems that interact with people).
• It adds a note that the portfolio will include awards of varying budgets and durations, with totals and average award sizes contingent on available funds.
• It states NSF ENG's interest in intellectually ambitious, potentially transformative foundational research, and explicitly says proposals need not promise near-term products, deployment, or commercial outcomes.

Why it matters: applicants should match their project to one of the four program scopes, and business-development readers should not treat this as a commercialization-focused opportunity, since the stated emphasis is basic research rather than near-term deliverables.

This is the first recorded version, so there is no prior value to compare against. The record shows the following terms for this funding opportunity:

• Estimated total program funding: $100,000,000
• Number of awards expected: 275 (implying an average of roughly $364,000 per award if fully distributed)
• Funding instrument: Grant
• Funding activity category: Science and Technology and other Research and Development
• Cost sharing: Not required
• Applicant eligibility: Unrestricted, meaning any type of entity may apply, subject to any limits stated in the separate eligibility text
• Assistance listing (CFDA) number: 47.041 (National Science Foundation engineering-related programs)
• Agency contact: grantsgovsupport@nsf.gov

Why it matters for applicants: With no cost share and open eligibility, the pool is broad and competition is likely high across 275 awards. Proposals should be sized near the average award value (roughly $364K on a straight division), though actual award ranges, floors, and ceilings must be confirmed in the full solicitation text, which this record does not include. Teams should check the eligibility clarification field before assuming they qualify.

• The synopsis description now lists four specific NSF ENG/CMMI programs as the framing for this funding opportunity: Advanced Manufacturing, Design, and Operations (AMDO); Engineering for the Built Environment (EBE); Intelligent and Interactive Dynamic Systems (IIDS); and Mechanics of Advanced Materials Systems (MAMS). Each has a defined research focus (e.g., manufacturing and supply chains, civil infrastructure, intelligent systems interacting with people, deformation and failure of materials).
• It states NSF ENG expects a portfolio of awards with varying budgets and durations, and that budget, award count, and award size/duration are subject to available funds.
• It adds an explicit emphasis on intellectually ambitious, potentially transformative foundational research, and clarifies that proposals need not promise a near-term product, deployment, or commercial outcome.

Why it matters: Applicants should align proposals with one of the four named program areas and frame work as foundational research. Commercially oriented or near-term deployment pitches are not required and may be less competitive than transformative, fundamental science. Funding amounts remain uncertain, so plan for variable award sizes.