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FY2025 ODRD Project Summaries

The ORAU-Directed Research and Development (ODRD) program is comprised of cross-cutting initiatives focused on developing or advancing research projects that will enhance ORAU and member university research capabilities. 

Learn more about our 2025 awardees and the future impact of their research projects.

2025 Awardees

Peer navigation intervention to support the behavioral health needs of men with cancer: A pilot study

University of Pittsburgh logoORAU Principal Investigator: Katherine Chyka

University Co-Investigator: Teresa Thomas, University of Pittsburgh 

Contributors: ORAU - Michael Holtz, Kristin Mattson, Kelley Walli; University - Linda Christopher

Focus Areas: Improving Our Behavioral Health, The Post-Pandemic World

Award: $159,951

Summary: The goal of this randomized clinical trial (RCT) is to use a community-engaged approach to evaluate the feasibility, acceptability, and initial efficacy of a peer navigation intervention (PNI) aiming to improve the behavioral health and quality of life of men with cancer. Researchers from ORAU and University of Pittsburgh (Pitt) will partner with Man Up to Cancer (MUTC) to conduct this pilot study, which will be one of the first supportive care peer navigation programs focused on the unmet needs of men.


AI-driven automation for cytogenetic biodosimetry: Developing advanced algorithms for mFISH/mBAND segmentation and inversion analysis

University of Tennessee logoORAU Principal Investigator: Dray Gentry

University Co-Investigator: Chester Ramsey, University of Tennessee

Contributors: ORAU - Ashley Golden, Terri Ryan

Focus Areas: Implementing Innovative Technologies

Award: $159,947

Summary: The overall goal of the proposed study is to develop, apply, and disseminate a neural network for accurately classifying chromosomal aberrations, and to create a user-friendly website or application where researchers and clinicians can upload images for automated analysis.


From insect digestion to industry disruption: Research to support Black Soldier Fly Larvae (BSFL) husbandry and sustainably expand business models

University of Tennessee logoORAU Principal Investigator: Holly Holt

University Co-Investigator: Charity Owings, University of Tennessee

Texas A&M University logoContributors: ORAU - Davyda Hammond, Natalia Travis; University - Jeff Tomberlin, Texas A&M

Focus Areas: Our Changing Planet

Award: $159,978

Summary: The sustainable nature of BSFL business models holds promise for addressing climate change through circular bioeconomies. This project seeks to advance BSFL research through the dual lenses of basic biology and socioeconomics. Results will advance safe insect husbandry practices and point to new BSFL business opportunities.


Evaluating the use of small Uncrewed Aircraft Systems (sUAS) to advance understanding of micro- and meso-scale weather phenomena at the urban-rural interface

University of Colorado Boulder logoORAU Principal Investigator: Tim Wilson

University Co-Investigator: Gijs de BoerUniversity of Colorado – Boulder

Focus Areas: Our Changing Planet

Award: $149,987

Summary: The primary objective of this project is to combine the unique capabilities of ORAU, the University of Colorado Boulder, and NOAA (Air Resources Laboratory and Physical Sciences Laboratory) to advance the utilization of small uncrewed aircraft systems (sUAS) to improve our understanding of, and ability to predict, weather phenomena within complex urban environments.

Impact Areas

Superheroes of the insect world?: An ORAU-Directed Research and Development Grant conversation

Are black soldier flies the superheroes of the insect world? This episode of Further Together takes a dive into an ORAU-Directed Research and Development Grant-funded project. Black soldier flies are said to be voracious decomposers that convert organic waste into insect biomass that can be used as feed for various livestock, such as poultry, swine, and even pets. The team’s research includes laboratory research to understand what happens to black soldier flies under stress; and social sciences research to analyze new and emerging opportunities with black soldier fly products and services and the potential to disrupt existing markets, including Western acceptance of using black solider flies for feed, fertilizer and other products.

Listen to this episode   Transcript for Episode 196

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