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Frequently Asked Questions (FAQs) - Military Medical Photonics Program (AFOSR)

What is the Military Medical Photonics Program?

The Military Medical Photonics Program is a U.S. Department of Defense funding opportunity administered by the Air Force Office of Scientific Research (AFOSR). It supports unclassified research and development that uses lasers and other light-based technologies (photonics) to solve military medical problems, with a strong emphasis on combat casualty care.

What kinds of technologies or approaches does this program focus on?

The program focuses on photonics-enabled advances, including lasers and other light-based technologies, especially where light-based interactions can improve diagnosis or treatment. Areas of interest include light/laser-tissue interactions, optical diagnostics, and light-activated therapies.

What problem areas does AFOSR want proposals to address?

Proposals are expected to directly support combat casualty care or other defined military medical priorities. The central goal is to improve outcomes for wounded service members through medically relevant photonics research and development.

Is the research required to be unclassified?

Yes. The opportunity is specifically described as supporting unclassified research and development.

Is this opportunity only for universities and medical schools?

No. While the announcement is geared largely toward university-based medical institutions, it is open to any qualified and responsible U.S.-based prime applicant that meets eligibility requirements described in the full notice.

Who is eligible to apply as a U.S.-based prime applicant?

Eligible prime applicants can include public or private universities, nonprofits (with or without 501(c)(3) status), tribal governments and tribal organizations, for-profit organizations (including small businesses), and other eligible entities as described in the full notice.

Does the program require a specific type of collaboration?

Yes. Meaningful collaboration with military medical centers is treated as a requirement. This is intended to ensure the proposed work aligns with real operational needs and improves the likelihood that results can transition into military-adoptable systems, protocols, or devices.

What does AFOSR mean by "military relevance" and "a clear path to use"?

AFOSR emphasizes practical military relevance, meaning the work should be connected to real battlefield or military health challenges. A clear path to use means the proposal should include a realistic transition strategy that shows how results could move beyond the lab into clinical practice or deployable capabilities the military can actually adopt.

Can proposals be basic research, or must they be applied research?

Proposed work can be either basic research or applied research, but it must directly support combat casualty care or other defined military medical priorities. Proposals that are purely exploratory without direct alignment to military medical needs are not aligned with the stated intent.

What experience does AFOSR expect from applicants?

AFOSR places strong emphasis on credibility in military medical translation. Applicants are expected to show substantial prior experience advancing military medical priorities, including evidence that they can move research beyond the lab into clinical practice or deployable products.

What project duration is preferred?

AFOSR gives the highest priority to proposals that run up to three years.

What type of team is most competitive for this program?

Multidisciplinary teams are prioritized. Competitive teams are expected to blend clinical expertise (such as physicians and medical researchers) with biomedical science, physical science, and engineering capabilities.

Why does the program emphasize multidisciplinary teams?

Photonics-based medical solutions often require integrated work across multiple areas, such as device design, optics and laser physics, tissue interaction science, safety and dosimetry, clinical workflow, and validation. The program structure reflects this need for cross-functional development.

What types of outcomes is the program trying to produce?

The program prioritizes results that can transition into real-world use, such as systems, protocols, or devices that improve military medical care, particularly for battlefield or combat-related injuries.

How are proposals reviewed and selected?

Submissions are encouraged as early as possible because proposals may be reviewed and selected on a rolling basis as they are received, rather than waiting for a single batch review at the end.

What award mechanisms are possible under this opportunity?

Awards can be made either as grants or as procurement contracts, depending on the government’s needs and the nature of the proposed effort.

What is the Funding Opportunity Number and CFDA number?

The Funding Opportunity Number is BAA AFRL AFOSR 2016 0002, and the CFDA number is 12.420.

How many awards were expected under this opportunity?

The notice listed an expected number of about six awards.

What is the maximum award amount (award ceiling)?

The award ceiling listed in the notice is $1,000,000.

What was the closing date for this opportunity?

The closing date listed in the notice is April 22, 2016.

What is the overall purpose of the program in plain terms?

In practical terms, this is a defense-focused medical photonics initiative intended to fund clinically relevant, team-based research with strong military partnerships, aimed at improving care for wounded service members and producing results that can realistically be adopted by the military.