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Engineering Design and Innovation (EDI) Program (NSF) - FAQs

What is the Engineering Design and Innovation (EDI) program?

The Engineering Design and Innovation (EDI) program is a National Science Foundation (NSF) research grant opportunity focused on advancing both the foundations and the practical application of engineering design. It supports research that strengthens design theory and also produces tools, methods, and software that help designers apply that theory in practice.

What is the main goal of the EDI program?

The core purpose is to improve how engineering design is understood and executed across engineered products and systems. The program emphasizes research that advances design theory and creates broadly useful design capabilities (for example, methods and software) rather than work limited to a single component, a single phase, or a narrow product line.

What kinds of outcomes does EDI aim to support?

EDI supports outcomes such as advances in basic design theory, plus enabling tools, methods, and software that make design theory usable in real design settings. It is intended to generate broadly applicable design knowledge and capabilities.

Does EDI focus on a particular stage of engineering design?

No. A central theme is a holistic, life-cycle view of design. The program emphasizes design across the entire product or system life cycle, from early concept development through manufacturing, use, and end-of-life considerations.

What does a "life-cycle view" mean in this program context?

It means research should consider design decisions in the context of the full system and long-term impacts, not only early-stage concept selection or isolated design steps. The program highlights end-to-end considerations including downstream impacts such as manufacturing constraints, operational use, and end-of-life outcomes.

What research themes does EDI highlight for improving design decisions?

EDI highlights research into the processes and phenomena that drive good design decisions when the whole system and long-term impacts are considered. Examples include stronger ways to identify and define stakeholder preferences and requirements, better approaches for generating and comparing alternatives, and more rigorous treatment of uncertainty during decision-making.

How important are stakeholder preferences and requirements in EDI projects?

They are explicitly called out as a focus area. The opportunity describes interest in stronger ways to identify and define stakeholder preferences and requirements as part of improving life-cycle design decision-making.

Does EDI encourage research on uncertainty in design?

Yes. The program highlights the need for more rigorous treatment of uncertainty during decision-making as part of strengthening engineering design processes.

What role do data, knowledge, and digital tools play in EDI?

Digital support in design is an important emphasis area. The program specifically highlights the relationship between data and knowledge: how design data is created, represented, shared, and turned into usable engineering insight across a design process that increasingly relies on computational and information-based tools.

Are software and design tools within scope for EDI?

Yes. EDI supports the development of enabling tools and software that operationalize design theory, along with methods and approaches that help designers apply theory in practice.

Does EDI support cross-domain or cross-cutting design methods?

Yes. The opportunity encourages new design methods that cut across multiple domains and constraints, reflecting real-world tradeoffs designers face.

What are examples of cross-cutting areas mentioned in the opportunity?

The announcement mentions examples such as design for the environment and design for manufacturability, which typically involve balancing performance, cost, sustainability, production constraints, and downstream impacts.

Is EDI intended to fund narrowly tailored solutions for one product line?

No. The program is aimed at producing broadly applicable design knowledge and capabilities rather than narrowly tailored solutions for a single product line or application.

What federal program category is this opportunity associated with?

Administratively, it was issued as a discretionary NSF grant program under the Science and Technology and other Research and Development activity category.

What is the CFDA number listed for this opportunity?

The listing is associated with CFDA number 47.041 (Engineering Grants).

Who was eligible to apply according to the listing?

Eligibility was listed as unrestricted, meaning proposals could be submitted by any type of entity as allowed under NSF rules and any clarifications in the announcement.

Was cost sharing required?

No. The listing states that cost sharing was not required.

When was this opportunity posted?

The posting date in the record was March 23, 2009.

What proposal windows were listed for EDI?

The record indicates proposal windows historically set for September 1 to October 1 (annually thereafter) and January 15 to February 15 (annually thereafter).

Is this EDI announcement currently open?

No. The record indicates that the specific announcement (PD 08-1464) was later replaced by PD 11-1464 and archived on January 5, 2011, so it functions as a historical listing rather than a currently open competition.

What is the program document number referenced in the listing?

The listing references announcement PD 08-1464, which was later replaced by PD 11-1464.

Who should be contacted for access or technical issues related to the announcement?

For access or technical issues, the listed support contact was NSF Grants.gov support at grantsgovsupport@nsf.gov.