| Name |
AFRL Branch |
Advisor Name |
Research Opportunity |
Institution Name |
Number of Weeks |
Faculty/Student |
| Eric Doran | AFIT-Air Force Institute of Technology | Adedeji Badiru | Data Analytics for Additive Manufacturing | University of Dayton | 10 | Student |
| Sharon Bommer | AFIT-Air Force Institute of Technology | Adedeji Badiru | Data Analytics for Additive Manufacturing | University of Dayton | 8 | Faculty |
| Arda Vanli | AFIT-Air Force Institute of Technology | Clark Taylor | Self-tuning, Robust Estimators with Accurate Uncertainty Outputs | FAMU- FSU College of Engineering | 10 | Faculty |
| Daniel Baczkowski | AFIT-Air Force Institute of Technology | Dursun Bulutoglu | Applications of Algebraic Number Theory to Combinatorial Designs | University of Findlay | 8 | Faculty |
| Ashley Holland | AFIT-Air Force Institute of Technology | James Bevins | Development of Optimized Methodologies for Ra | Cedarville University | 8 | Faculty |
| Cory Goates | AFIT-Air Force Institute of Technology | John Raquet | Precision Navigation | Utah State University | 6 | Student |
| Randall Christensen | AFIT-Air Force Institute of Technology | John Raquet | Precision Navigation | Utah State University | 8 | Faculty |
| Grant Brady | AFIT-Air Force Institute of Technology | Marc Polanka | Combustion Dynamics for Novel Combustor Systems | California State Polytechnic University Pomona, CA. 91768 | 9 | Student |
| Pejman Akbari | AFIT-Air Force Institute of Technology | Marc Polanka | Combustion Dynamics for Novel Combustor Systems | California State Polytechnic University Pomona, CA. 91768 | 9 | Faculty |
| Joseph Iverson | AFIT-Air Force Institute of Technology | Matthew Fickus | Optimal Packings of Subspaces | Iowa State University | 8 | Faculty |
| Yinjie Tang | AFIT-Air Force Institute of Technology | W Harper | Biological Process Research for Environmental Applications | Washington University | 8 | Faculty |
| Jorge Munoz | AFRL/RD-AFRL-Directed Energy | J.S Gudimetla | Analysis of Strong Turbulence Effects on Laser and Speckle Propagation | The University of Texas at El Paso | 12 | Faculty |
| Jose Terrazas | AFRL/RD-AFRL-Directed Energy | J.S Gudimetla | Analysis of Strong Turbulence Effects on Laser and Speckle Propagation | The University of Texas at El Paso | 7 | Student |
| Gary DeBoer | AFRL/RD-AFRL-Directed Energy | Matthew Fetrow | AFRL New Mexico Tech Engagement Office | LeTourneau University | 12 | Faculty |
| Eric Greenlee | AFRL/RH 711TH HPW-AFRL-Airman Systems | Gregory Funke | Parameter optimization for adaptive aiding | Texas Tech University | 12 | Faculty |
| Hess Lucas | AFRL/RH 711TH HPW-AFRL-Airman Systems | Gregory Funke | Parameter optimization for adaptive aiding | Texas Tech University | 12 | Student |
| Joshua Smith | AFRL/RH 711TH HPW-AFRL-Airman Systems | Jorge Chavez Benavides | Molecular Tools for Biosignature Tracking | Alvernia University | 10 | Faculty |
| Joshua Lalonde | AFRL/RH 711TH HPW-AFRL-Airman Systems | Michael Denton | Laser-Tissue Interaction | Texas A&M University | 12 | Student |
| Vladislav Yakovlev | AFRL/RH 711TH HPW-AFRL-Airman Systems | Michael Denton | Laser-Tissue Interaction | Texas A&M University | 12 | Faculty |
| Christie Sayes | AFRL/RH 711TH HPW-AFRL-Airman Systems | Saber Hussain | Advancement of Biosensors using 3D-bioprinted Living Organ System | Baylor University | 12 | Faculty |
| Henry Lujan | AFRL/RH 711TH HPW-AFRL-Airman Systems | Saber Hussain | Advancement of Biosensors using 3D-bioprinted Living Organ System | Baylor University | 12 | Student |
| Sajid Liu | AFRL/RH 711TH HPW-AFRL-Airman Systems | Saber Hussain | Application of CRISPR/Cas9 Gene Editing in In Vitro Models to Elucidate Molecular Mechanisms of Operational Stress Factors | Texas A&M University-Kingsville | 12 | Faculty |
| Dong Kim | AFRL/RH 711TH HPW-AFRL-Airman Systems | Steve Kim | Real-Time Molecular Signature Sensor Development | University of Toledo | 10 | Faculty |
| Denny Yu | AFRL/RH 711TH HPW-AFRL-Airman Systems | Winston Bennett | Competency-Based Education and Training Design, Delivery and Performance Assessment Research in Blended Environments | Purdue University | 12 | Faculty |
| Michael Coovert | AFRL/RH 711TH HPW-AFRL-Airman Systems | Winston Bennett | Competency-Based Education and Training Design, Delivery and Performance Assessment Research in Blended Environments | University of South Florida | 12 | Faculty |
| Arslan Munir | AFRL/RI-AFRL-Information | Alex Aved | Advanced Event Detection and Specification in Streaming Video | Kansas State University | 8 | Faculty |
| Yu Chen | AFRL/RI-AFRL-Information | Alex Aved | Advanced Event Detection and Specification in Streaming Video | Binghamton University | 12 | Faculty |
| Jeffrey Duffany | AFRL/RI-AFRL-Information | Alfredo Vegairizarry | Event Detection and Predictive Assessment in Near-real Time Complex Systems | Universidad del Turabo | 10 | Faculty |
| Luis Enrique Pla | AFRL/RI-AFRL-Information | Alfredo Vegairizarry | Event Detection and Predictive Assessment in Near-real Time Complex Systems | Universidad del Turabo | 10 | Student |
| Erin Tripp | AFRL/RI-AFRL-Information | Bruce Suter | Optimization for Data Analysis | Syracuse University | 11 | Student |
| Lixin Shen | AFRL/RI-AFRL-Information | Bruce Suter | Optimization for Data Analysis | Syracuse University | 11 | Faculty |
| Joseph Friedman | AFRL/RI-AFRL-Information | Clare Thiem | Neuromorphic Computing | The University of Texas at Dallas | 8 | Faculty |
| Hong Zhao | AFRL/RI-AFRL-Information | E. Paul Ratazzi | Cyber Defense Research | Fairleigh Dickinson University | 12 | Faculty |
| James Stine | AFRL/RI-AFRL-Information | John Rooks | Secure Processing Systems | Oklahoma State University | 12 | Faculty |
| Chin-Tser Huang | AFRL/RI-AFRL-Information | Laurent Njilla | Cyber Security Research and Applications for Cyber Defense | University of South Carolina | 12 | Faculty |
| Ali Tajer | AFRL/RI-AFRL-Information | Lee Seversky | Complex Network and Information Modeling & Inference | Rensselaer Polytechnic Institute | 12 | Faculty |
| Daniel Limbrick | AFRL/RI-AFRL-Information | Lok Yan | Towards Precise Low Level Program Analysis | North Carolina Agricultural and Technical State University | 8 | Faculty |
| Ali Tekeoglu | AFRL/RI-AFRL-Information | Norman Ahmed | Blockchain-based Information Dissemination across Network Domains | The State University of New York Polytechnic Institute | 12 | Faculty |
| Carlo Cafaro | AFRL/RI-AFRL-Information | Paul Alsing | Quantum Computing Theory and Simulation | SUNY Polythechnic Institute | 11 | Faculty |
| Christopher Gerry | AFRL/RI-AFRL-Information | Paul Alsing | Quantum Computing Theory and Simulation | Lehman College, The City University of New York | 10 | Faculty |
| Edwin Hach | AFRL/RI-AFRL-Information | Paul Alsing | Quantum Computing Theory and Simulation | Rochester Institute of Technology | 12 | Faculty |
| K. Subramani | AFRL/RI-AFRL-Information | Steven Drager | Foundations of Resilient and Trusted Systems | West Virginia University | 12 | Faculty |
| Kaliappanadar Ravindran | AFRL/RI-AFRL-Information | Steven Drager | Foundations of Resilient and Trusted Systems | City University of New York (CUNY - City College) | 11 | Faculty |
| Michael Osborne | AFRL/RI-AFRL-Information | Steven Drager | Foundations of Resilient and Trusted Systems | West Virginia University | 12 | Student |
| Qasim Zafar | AFRL/RI-AFRL-Information | Steven Drager | Foundations of Resilient and Trusted Systems | City University of New York (CUNY - City College) | 11 | Student |
| Yujian Fu | AFRL/RI-AFRL-Information | Steven Drager | Foundations of Resilient and Trusted Systems | AAMU | 12 | Faculty |
| Steven Miller | AFRL/RQ-AFRL-Aerospace Systems | Brent Rankin | Basic Research in Energy and Combustion Science | University of Florida | 11 | Faculty |
| Patton Allison | AFRL/RQ-AFRL-Aerospace Systems | C Carter | Advanced Diagnostics for High-Speed Flows | Michigan State University | 8 | Faculty |
| Isaac Choutapalli | AFRL/RQ-AFRL-Aerospace Systems | C Tilmann | Active Flow Control Modeling and Development | The University of Texas - Rio Grande Valley | 9 | Faculty |
| Gecheng Zha | AFRL/RQ-AFRL-Aerospace Systems | Cale Zeune | Advanced Aeronautical Design Methodologies | The University of Miami | 8 | Faculty |
| Jeremy Boling | AFRL/RQ-AFRL-Aerospace Systems | Cale Zeune | Advanced Aeronautical Design Methodologies | The University of Miami | 8 | Student |
| Semih Olcmen | AFRL/RQ-AFRL-Aerospace Systems | Cale Zeune | Advanced Aeronautical Design Methodologies | The University of Alabama | 10 | Faculty |
| Justin Haught | AFRL/RQ-AFRL-Aerospace Systems | Caleb Barnes | Computational Aeroelasticity and Fluid/Structure Interaction | West Virginia University | 12 | Student |
| Liping Liu | AFRL/RQ-AFRL-Aerospace Systems | Caleb Barnes | Computational Aeroelasticity and Fluid/Structure Interaction | North Carolina Agricultural and Technical State University | 6 | Faculty |
| Nithi Sivaneri | AFRL/RQ-AFRL-Aerospace Systems | Caleb Barnes | Computational Aeroelasticity and Fluid/Structure Interaction | West Virginia University | 12 | Faculty |
| Cameron Nowzari | AFRL/RQ-AFRL-Aerospace Systems | D Casbeer | Cooperative Control of Autonomous Systems in Uncertain Information Environments | George Mason University | 8 | Faculty |
| Cammy Peterson | AFRL/RQ-AFRL-Aerospace Systems | D Casbeer | Cooperative Control of Autonomous Systems in Uncertain Information Environments | Brigham Young University | 9 | Faculty |
| Dengfeng Sun | AFRL/RQ-AFRL-Aerospace Systems | D Casbeer | Cooperative Control of Autonomous Systems in Uncertain Information Environments | Purdue University | 12 | Faculty |
| James Berneburg | AFRL/RQ-AFRL-Aerospace Systems | D Casbeer | Cooperative Control of Autonomous Systems in Uncertain Information Environments | George Mason University | 8 | Student |
| Mrinal Kumar | AFRL/RQ-AFRL-Aerospace Systems | D Grymin | Trajectory Planning for Unmanned Aerial Vehicle Systems | The Ohio State University | 12 | Faculty |
| Joseph Martin | AFRL/RQ-AFRL-Aerospace Systems | Eswar Josyula | Nonequilibrium Processes in Hypersonic Flows | Virginia Tech | 8 | Student |
| Michael von Spakovsky | AFRL/RQ-AFRL-Aerospace Systems | Eswar Josyula | Nonequilibrium Processes in Hypersonic Flows | Virginia Tech | 8 | Faculty |
| Bikau Shukla | AFRL/RQ-AFRL-Aerospace Systems | Ghanshyam Vaghjiani | Combustion and Ignition Chemistry of Energetic Propellants | Charles Drew University of Medicine and Science | 12 | Faculty |
| Hassan Masoud | AFRL/RQ-AFRL-Aerospace Systems | Gregory Reich | Adaptive Structures Applications to Aircraft | Michigan Technological University | 9 | Faculty |
| Alan Van Orden | AFRL/RQ-AFRL-Aerospace Systems | J Gord | Combustion and Spray Studies and Diagnostic Development | Colorado State University | 11 | Faculty |
| Adetayo Adedeji | AFRL/RQ-AFRL-Aerospace Systems | J Scofield | Wide Temperature Range Power Semiconductors | Elizabeth City State University | 8 | Faculty |
| Justin Demus | AFRL/RQ-AFRL-Aerospace Systems | J Scofield | Wide Temperature Range Power Semiconductors | Miami University | 8 | Student |
| Mark Scott | AFRL/RQ-AFRL-Aerospace Systems | J Scofield | Wide Temperature Range Power Semiconductors | Miami University | 8 | Faculty |
| Austin Mills | AFRL/RQ-AFRL-Aerospace Systems | James Joo | Morphing and Shape Adaptable Aircraft Structure | University of Dayton | 12 | Student |
| David Myszka | AFRL/RQ-AFRL-Aerospace Systems | James Joo | Morphing and Shape Adaptable Aircraft Structure | University of Dayton | 12 | Faculty |
| Alex Povitsky | AFRL/RQ-AFRL-Aerospace Systems | James Miller | Application of Similarity Laws in High Speed Viscous Flows | University of Akron | 10 | Faculty |
| Sampson Davis | AFRL/RQ-AFRL-Aerospace Systems | James Miller | Application of Similarity Laws in High Speed Viscous Flows | Iowa State University | 8 | Student |
| Thomas Ward | AFRL/RQ-AFRL-Aerospace Systems | James Miller | Application of Similarity Laws in High Speed Viscous Flows | Iowa State University | 8 | Faculty |
| Jianbo Liu | AFRL/RQ-AFRL-Aerospace Systems | Jerry Boatz | Computational Studies of Advanced Materials for Rocket Propulsion Applications | Queens College of the City University of New York | 8 | Faculty |
| Wenjing Zhou | AFRL/RQ-AFRL-Aerospace Systems | Jerry Boatz | Computational Studies of Advanced Materials for Rocket Propulsion Applications | Queens College of the City University of New York | 8 | Student |
| Luis Herrera | AFRL/RQ-AFRL-Aerospace Systems | Joseph Fellner | Intelligent Power Systems for Next Generation Aircraft | University at Buffalo | 10 | Faculty |
| Vu Le | AFRL/RQ-AFRL-Aerospace Systems | Joseph Fellner | Intelligent Power Systems for Next Generation Aircraft | University at Buffalo | 10 | Student |
| Xiu Yao | AFRL/RQ-AFRL-Aerospace Systems | Joseph Fellner | Intelligent Power Systems for Next Generation Aircraft | University at Buffalo | 10 | Faculty |
| Alexander Alekseenko | AFRL/RQ-AFRL-Aerospace Systems | Justin Koo | Computational Physics of Nonequilibrium Plasma for Space Propulsion | California State University Nortrhidge | 12 | Faculty |
| Chanwoo Park | AFRL/RQ-AFRL-Aerospace Systems | L Byrd | Two Phase Heat Transfer | University of Missouri | 8 | Faculty |
| Sarwan Sandhu | AFRL/RQ-AFRL-Aerospace Systems | L Scanlon | Lithium-Ion Conducting Channel | University of Dayton | 12 | Faculty |
| Anwar Ahmed | AFRL/RQ-AFRL-Aerospace Systems | M Stanek | Design, Measurement, Modeling, Analysis, and Control for Optimal Weapon Integration | Auburn University | 12 | Faculty |
| Anupam Sharma | AFRL/RQ-AFRL-Aerospace Systems | M Visbal | High-Fidelity Multidisciplinary Computational Fluid Dynamics | Iowa State University | 8 | Faculty |
| Herndon Mark | AFRL/RQ-AFRL-Aerospace Systems | M Visbal | High-Fidelity Multidisciplinary Computational Fluid Dynamics | Lehigh University | 8 | Student |
| Justin Jaworski | AFRL/RQ-AFRL-Aerospace Systems | M Visbal | High-Fidelity Multidisciplinary Computational Fluid Dynamics | Lehigh University | 8 | Faculty |
| Gustaaf Jacobs | AFRL/RQ-AFRL-Aerospace Systems | Nils Sedano | Numerical simulation of the flowfield associated with the truncated aerospike nozzle and base pressure characteristics | San Diego State University | 10 | Faculty |
| Joy Gockel | AFRL/RQ-AFRL-Aerospace Systems | O.E Scott-Emuakpor | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | WRIGHT STATE UNIVERSITY | 9 | Faculty |
| Luke Hoover | AFRL/RQ-AFRL-Aerospace Systems | O.E Scott-Emuakpor | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | University of Dayton | 8 | Student |
| Robert Lowe | AFRL/RQ-AFRL-Aerospace Systems | O.E Scott-Emuakpor | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | University of Dayton | 8 | Faculty |
| Wesley Eidt | AFRL/RQ-AFRL-Aerospace Systems | O.E Scott-Emuakpor | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | WRIGHT STATE UNIVERSITY | 9 | Student |
| Kumar Vemaganti | AFRL/RQ-AFRL-Aerospace Systems | P Beran | Adaptive Computational Methods for Capturing Multi-Physics Interactions | University of Cincinnati | 10 | Faculty |
| Robert Rioux | AFRL/RQ-AFRL-Aerospace Systems | Paul Wrzesinski | Novel Approaches for Endothermic Catalysis | Pennsylvania State University | 10 | Faculty |
| Atticus Beachy | AFRL/RQ-AFRL-Aerospace Systems | Philip Beran | Sensitivity Analysis and Uncertainty Quantification for Multidisciplinary Systems Analysis & Design Optimization | Wright State University | 12 | Student |
| Harok Bae | AFRL/RQ-AFRL-Aerospace Systems | Philip Beran | Sensitivity Analysis and Uncertainty Quantification for Multidisciplinary Systems Analysis & Design Optimization | Wright State University | 11 | Faculty |
| Markus Rumpfkeil | AFRL/RQ-AFRL-Aerospace Systems | Philip Beran | Sensitivity Analysis and Uncertainty Quantification for Multidisciplinary Systems Analysis & Design Optimization | University of Dayton | 8 | Faculty |
| Andreas Gross | AFRL/RQ-AFRL-Aerospace Systems | R Sondergaard | Aero and Thermodynamics of Rotating Machinery | New Mexico State University | 8 | Faculty |
| David Munday | AFRL/RQ-AFRL-Aerospace Systems | R Sondergaard | Aero and Thermodynamics of Rotating Machinery | Miami University | 8 | Faculty |
| Zachary Robison | AFRL/RQ-AFRL-Aerospace Systems | R Sondergaard | Aero and Thermodynamics of Rotating Machinery | New Mexico State University | 9 | Student |
| Bijan Niakan | AFRL/RQ-AFRL-Aerospace Systems | Raymond Kolonay | Mathematical Optimization in Multidisciplinary Design | University of Texas at Arlington | 8 | Student |
| Marcelo Kobayashi | AFRL/RQ-AFRL-Aerospace Systems | Raymond Kolonay | Mathematical Optimization in Multidisciplinary Design | University of Hawaii at Manoa | 11 | Faculty |
| Robert Taylor | AFRL/RQ-AFRL-Aerospace Systems | Raymond Kolonay | Mathematical Optimization in Multidisciplinary Design | University of Texas at Arlington | 8 | Faculty |
| Yousef Sardahi | AFRL/RQ-AFRL-Aerospace Systems | Raymond Kolonay | Mathematical Optimization in Multidisciplinary Design | Marshall University | 12 | Faculty |
| Ajani Ross | AFRL/RQ-AFRL-Aerospace Systems | S Adams | Physics of Electric Discharges | Wright State University | 12 | Faculty |
| Chase Murray | AFRL/RQ-AFRL-Aerospace Systems | S Adams | Physics of Electric Discharges | Wright State University | 12 | Student |
| Jacob Russell | AFRL/RQ-AFRL-Aerospace Systems | S Adams | Physics of Electric Discharges | Western Michigan University | 8 | Student |
| Kristina Lemmer | AFRL/RQ-AFRL-Aerospace Systems | S Adams | Physics of Electric Discharges | Western Michigan University | 8 | Faculty |
| Bing Lv | AFRL/RQ-AFRL-Aerospace Systems | T Haugan | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | The University of Texas at Dallas | 8 | Faculty |
| Christopher Cailide | AFRL/RQ-AFRL-Aerospace Systems | T Haugan | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | The University of Texas at Dallas | 8 | Student |
| Michael Sumption | AFRL/RQ-AFRL-Aerospace Systems | T Haugan | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | The Ohio State University | 12 | Faculty |
| Richard Klemm | AFRL/RQ-AFRL-Aerospace Systems | T Haugan | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | University of Central Florida | 8 | Faculty |
| Sheila Bonnough | AFRL/RQ-AFRL-Aerospace Systems | T Haugan | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | University of Central Florida | 8 | Student |
| Daniel Rosato | AFRL/RQ-AFRL-Aerospace Systems | T. Ombrello | Combustion Enhancement in High-Speed Flows | University of Central Florida | 12 | Student |
| Hardeo Chin | AFRL/RQ-AFRL-Aerospace Systems | T. Ombrello | Combustion Enhancement in High-Speed Flows | University of Central Florida | 12 | Student |
| Ian Dunn | AFRL/RQ-AFRL-Aerospace Systems | T. Ombrello | Combustion Enhancement in High-Speed Flows | University of Central Florida | 12 | Student |
| Kareem Ahmed | AFRL/RQ-AFRL-Aerospace Systems | T. Ombrello | Combustion Enhancement in High-Speed Flows | University of Central Florida | 12 | Faculty |
| Alexander Knowles | AFRL/RQ-AFRL-Aerospace Systems | Thomas Howell | High Capacity, Advanced Battery Development | Rochester Institute of Technology | 10 | Student |
| Scott Williams | AFRL/RQ-AFRL-Aerospace Systems | Thomas Howell | High Capacity, Advanced Battery Development | Rochester Institute of Technology | 10 | Faculty |
| Adem Ibrahim | AFRL/RQ-AFRL-Aerospace Systems | V Sankaran | Computational Algorithm Development for Rocket Propulsion Flowfield Simulations | Norfolk State University | 12 | Faculty |
| Joseph Snyder | AFRL/RQ-AFRL-Aerospace Systems | W. M. Roquemore | Extreme Light Matter Interactions | Miami University | 12 | Faculty |
| Jeremy Gulley | AFRL/RV-AFRL-Space Vehicles | D Huang | Theoretical Studies of Optical Excitation, Quantum Transport, and Ultrafast Carrier-Scattering Dynamics | Kennesaw State University | 10 | Faculty |
| Micah Vallin | AFRL/RV-AFRL-Space Vehicles | D Huang | Theoretical Studies of Optical Excitation, Quantum Transport, and Ultrafast Carrier-Scattering Dynamics | University of North Texas | 8 | Student |
| Zihao Zhang | AFRL/RV-AFRL-Space Vehicles | D Huang | Theoretical Studies of Optical Excitation, Quantum Transport, and Ultrafast Carrier-Scattering Dynamics | University of North Texas | 8 | Faculty |
| Brian Beecken | AFRL/RV-AFRL-Space Vehicles | D.L Cooke | Plasma Spacecraft Interactions | Bethel University | 10 | Faculty |
| chunpei cai | AFRL/RV-AFRL-Space Vehicles | D.L Cooke | Plasma Spacecraft Interactions | Michigan Technological Univ. | 12 | Faculty |
| Sayavur Bakhtiyarov | AFRL/RV-AFRL-Space Vehicles | Dale Ferguson | Spacecraft Materials Properties for Spacecraft Charging | New Mexico Institute of Mining and Technology | 12 | Faculty |
| Anatoly Streltsov | AFRL/RV-AFRL-Space Vehicles | E.V. Mishin | Nonlinear Plasma Processes in the Subauroral Geospace Weather | Embry-Riddle Aeronautical University | 8 | Faculty |
| surendra singh | AFRL/RV-AFRL-Space Vehicles | J.R Roadcap | Electromagnetic (EM) Wave Radiative Transfer through Cloudy Atmospheres and Hyper-Temporal Detection of Forward/Multiply-Scattered Light | The University of Tulsa | 12 | Faculty |
| Bijan Mobasseri | AFRL/RV-AFRL-Space Vehicles | K Pham | Communication Signaling and Signal Transmission in Low Probability of Interception Communications | Villanova University | 8 | Faculty |
| Hyuck Kwon | AFRL/RV-AFRL-Space Vehicles | K Pham | Baseband Diversity Product Approaches for Protected Wideband Satellite Communications | Wichita Stae University | 10 | Faculty |
| Yimin Zhang | AFRL/RV-AFRL-Space Vehicles | K Pham | Cooperative Spectrum Sensing with Multi-Dimension Directions for Protected Tactical Satellite Communications | Temple University | 8 | Faculty |
| Jing Wang | AFRL/RV-AFRL-Space Vehicles | Khanh Pham | Topology Formation and Network Coding for Multi-source Multicast Satellite Communications Networks | Bradley University | 8 | Faculty |
| Juyeon Jo | AFRL/RV-AFRL-Space Vehicles | Khanh Pham | Integrating Performance Enhanced Proxies with Bundle Protocols over High Assurance Internet Protocol Encryptions | University of Nevada, Las Vegas | 8 | Faculty |
| Yanwu Ding | AFRL/RV-AFRL-Space Vehicles | Khanh Pham | Resilient System Controllers for Wideband Global SATCOM | Wichita State Univerisity | 12 | Faculty |
| Yoohwan Kim | AFRL/RV-AFRL-Space Vehicles | Khanh Pham | Integrating Performance Enhanced Proxies with Bundle Protocols over High Assurance Internet Protocol Encryptions | University of Nevada, Las Vegas | 8 | Faculty |
| Jennifer Poutsma | AFRL/RV-AFRL-Space Vehicles | Nicholas Shuman | Fundamental Investigation of Plasma Chemistry Kinetics and Dynamics towards Improved Communications Abilities | Old Dominion University | 9 | Faculty |
| John Poutsma | AFRL/RV-AFRL-Space Vehicles | Nicholas Shuman | Fundamental Investigation of Plasma Chemistry Kinetics and Dynamics towards Improved Communications Abilities | The College of William and Mary | 11 | Faculty |
| Wenjie Dong | AFRL/RV-AFRL-Space Vehicles | R.S Erwin | Advanced Spacecraft Guidance, Navigation, & Control | University of Texas Rio Grande Valley | 10 | Faculty |
| Harjit Ahluwalia | AFRL/RV-AFRL-Space Vehicles | S Kahler | Solar-Terrestrial Physics | The University of New Mexico | 12 | Faculty |
| Joseph Moody | AFRL/RV-AFRL-Space Vehicles | S.P. Milster | SSA Characterization | Brigham Young University | 8 | Faculty |
| David Zuehlke | AFRL/RV-AFRL-Space Vehicles | T.A Lovell | Satellite Guidance, Navigation, and Control Applied to Close-Proximity Missions | Embry-Riddle Aeronautical University | 11 | Student |
| Troy Henderson | AFRL/RV-AFRL-Space Vehicles | T.A Lovell | Satellite Guidance, Navigation, and Control Applied to Close-Proximity Missions | Embry-Riddle Aeronautical University | 12 | Faculty |
| Jakob Consoliver-Zack | AFRL/RW-AFRL-Munitions | B.T Dickinson | Bioinspired Principles for Autonomous Munitions Systems | Florida State University | 10 | Student |
| John Lien | AFRL/RW-AFRL-Munitions | B.T Dickinson | Bioinspired Principles for Autonomous Munitions Systems | Louisiana State University | 11 | Student |
| William Oates | AFRL/RW-AFRL-Munitions | B.T Dickinson | Bioinspired Principles for Autonomous Munitions Systems | Florida State University | 10 | Faculty |
| Yuri Antipov | AFRL/RW-AFRL-Munitions | B.T Dickinson | Bioinspired Principles for Autonomous Munitions Systems | Louisiana State University | 12 | Faculty |
| Michael McCourt | AFRL/RW-AFRL-Munitions | Emily Doucette | Heterogeneous Teaming for Target Search and Tracking | University of Washington Tacoma | 8 | Faculty |
| Austin Downey | AFRL/RW-AFRL-Munitions | Jacob Dodson | High-Rate Dynamics & Experimental Methods | University of South Carolina | 12 | Faculty |
| Lander Peter | AFRL/RW-AFRL-Munitions | Jacob Dodson | High-Rate Dynamics & Experimental Methods | Georgia Institute of Technology | 10 | Student |
| Yang Wang | AFRL/RW-AFRL-Munitions | Jacob Dodson | High-Rate Dynamics & Experimental Methods | Georgia Institute of Technology | 10 | Faculty |
| J Edmon Perkins | AFRL/RW-AFRL-Munitions | Jimmy Touma | Improving SVPCs Using Bio-Inspired Randomness | Auburn University | 8 | Faculty |
| Pavlo Krokhmal | AFRL/RW-AFRL-Munitions | R.A Murphey | Trusted and Flexible Autonomous Systems | University of Arizona | 9 | Faculty |
| Charles Monroe | AFRL/RW-AFRL-Munitions | Sean Gibbons | The Science and Technology of High Velocity Impact | University of Alabama at Birmingham | 12 | Faculty |
| John Williams | AFRL/RW-AFRL-Munitions | Sean Gibbons | The Science and Technology of High Velocity Impact | University of Alabama at Birmingham | 12 | Student |
| Blair Brettmann | AFRL/RW-AFRL-Munitions | Stacy Manni | Meso-structure – Property – Performance Relationships in Energetic Materials | Georgia Institute of Technology | 12 | Faculty |
| Young Kim | AFRL/RX-AFRL-Materials and Manufacturing | A.M Urbas | Characterization of nano-optical plasmonic systems | Purdue University | 8 | Faculty |
| Christopher Robledo | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | Missouri State University | 12 | Student |
| Iman Javaheri | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | University of Michigan Ann Arbor | 12 | Student |
| Kartik Ghosh | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | Missouri State University | 12 | Faculty |
| Nurxat Nuraje | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | Texas Tech University | 12 | Faculty |
| Robin Dupre | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | Texas Tech University | 12 | Student |
| Veera Sundararaghavan | AFRL/RX-AFRL-Materials and Manufacturing | Ajit Roy | Physics of Nano and Hetero-structured Materials Response | University of Michigan Ann Arbor | 12 | Faculty |
| Charles El Helou | AFRL/RX-AFRL-Materials and Manufacturing | Christopher Tabor | Surface and Interface Control of Gallium Alloys for Integrated Stretchable Electronics | The Ohio State University | 10 | Student |
| Ryan Harne | AFRL/RX-AFRL-Materials and Manufacturing | Christopher Tabor | Surface and Interface Control of Gallium Alloys for Integrated Stretchable Electronics | The Ohio State University | 10 | Faculty |
| Zachary Nick | AFRL/RX-AFRL-Materials and Manufacturing | Christopher Tabor | Surface and Interface Control of Gallium Alloys for Integrated Stretchable Electronics | The Ohio State University | 10 | Student |
| Liangfeng Sun | AFRL/RX-AFRL-Materials and Manufacturing | D.L Dorsey | Materials Behavior in Operating Electronic Devices | Department Of Physics, Bowling Green State University | 12 | Faculty |
| Austin Scott | AFRL/RX-AFRL-Materials and Manufacturing | Dean Evans | Development and Characterization of Photorefractive Materials | University of Dayton | 9 | Student |
| Partha Banerjee | AFRL/RX-AFRL-Materials and Manufacturing | Dean Evans | Development and Characterization of Photorefractive Materials | University of Dayton | 10 | Faculty |
| Alireza Sarvestani | AFRL/RX-AFRL-Materials and Manufacturing | Dhriti Nepal | Damage Tolerant Multifunctional Polymer Composites | Mercer University | 9 | Faculty |
| Markell Jackson | AFRL/RX-AFRL-Materials and Manufacturing | Dhriti Nepal | Damage Tolerant Multifunctional Polymer Composites | Mercer University | 9 | Student |
| Marwan Al-Haik | AFRL/RX-AFRL-Materials and Manufacturing | Dhriti Nepal | Damage Tolerant Multifunctional Polymer Composites | Embry-Riddle Aeronautical University | 9 | Faculty |
| Calvin Stewart | AFRL/RX-AFRL-Materials and Manufacturing | Edwin Schwalbach | Metals Additive Manufacturing Science | The University of Texas at El Paso | 12 | Faculty |
| Laurentiu Nastac | AFRL/RX-AFRL-Materials and Manufacturing | Edwin Schwalbach | Metals Additive Manufacturing Science | The University of Alabama at Tuscaloosa | 12 | Faculty |
| Ricardo Vega | AFRL/RX-AFRL-Materials and Manufacturing | Edwin Schwalbach | Metals Additive Manufacturing Science | The University of Texas at El Paso | 10 | Student |
| Robert Mach | AFRL/RX-AFRL-Materials and Manufacturing | Edwin Schwalbach | Metals Additive Manufacturing Science | The University of Texas at El Paso | 10 | Student |
| Andrew George | AFRL/RX-AFRL-Materials and Manufacturing | Hilmar Koerner | Fundamental science of advanced polymer matrix composite processing | Brigham Young University | 11 | Faculty |
| Harry Pierson | AFRL/RX-AFRL-Materials and Manufacturing | Hilmar Koerner | Fundamental science of advanced polymer matrix composite processing | University of Arkansas | 8 | Faculty |
| Roneisha (Blakeney) Haney | AFRL/RX-AFRL-Materials and Manufacturing | Hilmar Koerner | Fundamental science of advanced polymer matrix composite processing | Florida Agricultural and Mechanical University | 10 | Student |
| Subramanian Ramakrishnan | AFRL/RX-AFRL-Materials and Manufacturing | Hilmar Koerner | Fundamental science of advanced polymer matrix composite processing | Florida Agricultural and Mechanical University | 10 | Faculty |
| Emrah Celik | AFRL/RX-AFRL-Materials and Manufacturing | J Baur | Additive Manufacturing of Polymer Composites | University of Miami | 9 | Faculty |
| Parisa Pour Shahid Saeed Abadi | AFRL/RX-AFRL-Materials and Manufacturing | J Baur | Additive Manufacturing of Polymer Composites | Michigan Technological Unviersity | 9 | Faculty |
| Wright William | AFRL/RX-AFRL-Materials and Manufacturing | J Baur | Additive Manufacturing of Polymer Composites | University of Miami | 9 | Student |
| Carter Jake | AFRL/RX-AFRL-Materials and Manufacturing | John Jones | Nonlinear Optical Materials Engineering | university of central florida | 11 | Student |
| Shawn Putnam | AFRL/RX-AFRL-Materials and Manufacturing | John Jones | Nonlinear Optical Materials Engineering | university of central florida | 12 | Faculty |
| Elias Garratt | AFRL/RX-AFRL-Materials and Manufacturing | Luke Bissell | Modeling, Synthesis, and Characterization of Point Defects for Quantum Technology | Michigan State University | 12 | Faculty |
| Nick Gothard | AFRL/RX-AFRL-Materials and Manufacturing | Luke Bissell | Modeling, Synthesis, and Characterization of Point Defects for Quantum Technology | Bob Jones University | 12 | Faculty |
| Elias Toubia | AFRL/RX-AFRL-Materials and Manufacturing | Mark Flores | Durability and Damage Tolerance of Polymer Matrix Composites | University of Dayton | 12 | Faculty |
| Jie Shen | AFRL/RX-AFRL-Materials and Manufacturing | Mark Flores | Durability and Damage Tolerance of Polymer Matrix Composites | University of Michigan | 8 | Faculty |
| Parks Stetson | AFRL/RX-AFRL-Materials and Manufacturing | Mark Flores | Durability and Damage Tolerance of Polymer Matrix Composites | University of Dayton | 12 | Student |
| Brett Reeder | AFRL/RX-AFRL-Materials and Manufacturing | Matthew Dickerson | Novel Ceramic Nanostructures, Hybrid Materials, and Additive Manufacturing | The University of Utah | 11 | Student |
| Pania Newell | AFRL/RX-AFRL-Materials and Manufacturing | Matthew Dickerson | Novel Ceramic Nanostructures, Hybrid Materials, and Additive Manufacturing | The University of Utah | 11 | Faculty |
| Gopalan Srinivasan | AFRL/RX-AFRL-Materials and Manufacturing | Michael McConney | Magnetoelectric Materials for Frequency Tunable Microwave Electronics | Oakland University | 12 | Faculty |
| Christopher Muratore | AFRL/RX-AFRL-Materials and Manufacturing | Nicholas Glavin | Laser Processing of Soft Materials and Devices | University of Dayton | 12 | Faculty |
| Lewis Shabshelowitz | AFRL/RX-AFRL-Materials and Manufacturing | R Naik | Biomimetics: Bionanotechnology, Biosensors and Biomaterials | University of Massachusetts Dartmouth | 8 | Student |
| Meredith Silberstein | AFRL/RX-AFRL-Materials and Manufacturing | R Naik | Biomimetics: Bionanotechnology, Biosensors and Biomaterials | Cornell University | 6 | Faculty |
| Milana Vasudev | AFRL/RX-AFRL-Materials and Manufacturing | R Naik | Biomimetics: Bionanotechnology, Biosensors and Biomaterials | University of Massachusetts Dartmouth | 10 | Faculty |
| Steven Yang | AFRL/RX-AFRL-Materials and Manufacturing | R Naik | Biomimetics: Bionanotechnology, Biosensors and Biomaterials | Cornell University | 8 | Student |
| Kevin Kohlstedt | AFRL/RX-AFRL-Materials and Manufacturing | Ruth Pachter | Theory and Computation for the Design of Functional Materials | Northwestern University | 8 | Faculty |
| Afrin Zaman | AFRL/RX-AFRL-Materials and Manufacturing | Sabyasachi Ganguli | Advanced Materials for Switching Memory Devices | The University of Texas at San Antonio | 12 | Student |
| Ayesha Zaman | AFRL/RX-AFRL-Materials and Manufacturing | Sabyasachi Ganguli | Advanced Materials for Switching Memory Devices | University of Dayton | 11 | Student |
| Ethan Ahn | AFRL/RX-AFRL-Materials and Manufacturing | Sabyasachi Ganguli | Advanced Materials for Switching Memory Devices | The University of Texas at San Antonio | 12 | Faculty |
| Guru Subramanyam | AFRL/RX-AFRL-Materials and Manufacturing | Sabyasachi Ganguli | Advanced Materials for Switching Memory Devices | University of Dayton | 12 | Faculty |
| Qiang Huang | AFRL/RX-AFRL-Materials and Manufacturing | Sabyasachi Ganguli | Advanced Materials for Switching Memory Devices | The University of Alabama | 12 | Faculty |
| Cheol Lee | AFRL/RX-AFRL-Materials and Manufacturing | Steven Turek | Research on Manufacturing Variability | University of Michigan-Dearborn | 10 | Faculty |
| Justin Zhan | AFRL/RY-AFRL-Sensors | Asif Mehmood | Multimodal machine learning for Aided target recognition (AiTR) | University of Nevada Las Vegas | 12 | Faculty |
| Matthew Swan | AFRL/RY-AFRL-Sensors | Asif Mehmood | Multimodal machine learning for Aided target recognition (AiTR) | University of Nevada Las Vegas | 10 | Student |
| Vasanth Iyer | AFRL/RY-AFRL-Sensors | Asif Mehmood | Multimodal machine learning for Aided target recognition (AiTR) | Troy University | 12 | Faculty |
| Anthony Bessios | AFRL/RY-AFRL-Sensors | B Himed | Radar Systems Theory | University of South Alabama | 12 | Faculty |
| Bridget Rogers | AFRL/RY-AFRL-Sensors | Bruce Claflin | Synthesis and Surface Characterization of Si1-x-yGexSny Alloys | Vanderbilt University | 10 | Faculty |
| Adam Archacki | AFRL/RY-AFRL-Sensors | E.M Heckman | Printed Electronics and Photonics | Wright State University | 12 | Student |
| AKM Mian | AFRL/RY-AFRL-Sensors | E.M Heckman | Printed Electronics and Photonics | Wright State University | 12 | Faculty |
| Alex Yi | AFRL/RY-AFRL-Sensors | Igor Anisimov | Electro-Optical Devices and Technologies for Infrared Sensing Applications | University of Michigan | 10 | Faculty |
| Andrew Sarangan | AFRL/RY-AFRL-Sensors | Igor Anisimov | Electro-Optical Devices and Technologies for Infrared Sensing Applications | University of Dayton | 12 | Faculty |
| Andrey Chabanov | AFRL/RY-AFRL-Sensors | Igor Anisimov | Electro-Optical Devices and Technologies for Infrared Sensing Applications | University of Texas at San Antonio | 12 | Faculty |
| Eichenberger Jack | AFRL/RY-AFRL-Sensors | Igor Anisimov | Electro-Optical Devices and Technologies for Infrared Sensing Applications | Ohio State University | 8 | Student |
| Nima Ghalichechian | AFRL/RY-AFRL-Sensors | Igor Anisimov | Electro-Optical Devices and Technologies for Infrared Sensing Applications | Ohio State University | 8 | Faculty |
| THEOFANIS STROUBOULIS | AFRL/RY-AFRL-Sensors | J D Angelo | Computational Methods for Antenna Designs | TEXAS A&M UNIVERSITY | 12 | Faculty |
| Nelson Sepulveda | AFRL/RY-AFRL-Sensors | J Ebel | Radio Frequency Micro-electromechanical System Design, Fabrication, Packaging, and Characterization | Michigan State University | 12 | Faculty |
| Ivan Avrutsky | AFRL/RY-AFRL-Sensors | J.R. Hendrickson | Optical Properties of 2D Materials | Wayne State University | 12 | Faculty |
| Jong Ryu | AFRL/RY-AFRL-Sensors | J.S Derov | Plasmonic and Metamaterial Enhancements for Multispectral Sensing | North Carolina State University | 12 | Faculty |
| Grant Bidney | AFRL/RY-AFRL-Sensors | N Limberopoulos | Metamaterials, Plasmonics and Photonics for Novel and Enhanced Sensing | University of North Carolina at Charlotte | 12 | Student |
| Vasily Astratov | AFRL/RY-AFRL-Sensors | N Limberopoulos | Metamaterials, Plasmonics and Photonics for Novel and Enhanced Sensing | University of North Carolina at Charlotte | 12 | Faculty |
| xiaoping shen | AFRL/RY-AFRL-Sensors | R.L Ewing | Bio-Inspired Systems for Intelligent Information Processing (IIP) | Ohio University | 12 | Faculty |
| Charles Clum | AFRL/RY-AFRL-Sensors | Theresa Scarnati | Two- and Three-Dimensional Data Alignment of Measured and Synthetic SAR Data | The Ohio State University | 8 | Student |
| Dustin Mixon | AFRL/RY-AFRL-Sensors | Theresa Scarnati | Two- and Three-Dimensional Data Alignment of Measured and Synthetic SAR Data | The Ohio State University | 8 | Faculty |
| Kurt Colvin | AFTC-412th Test Wing-Air Force Test Center | Chris Cotting | Flight Test Education and Test Techniques | Cal Poly, San Luis Obispo | 12 | Faculty |
| Riccardo Bevilacqua | AFTC-Air Force Test Center | Elisabetta Jerome | Fundamental Research in Test Science, Test Engineering, and the Analysis of Test Results | University of Florida | 11 | Faculty |
| Kenneth Van Treuren | USAFA-U.S. Air Force Academy | C.F Wisniewski | Advanced Air Breathing Propulsion | Baylor University | 8 | Faculty |
| Ricardo Daniel Sanchez | USAFA-U.S. Air Force Academy | C.F Wisniewski | Advanced Air Breathing Propulsion | Baylor University | 8 | Student |
| Julianne Schmidt | USAFA-U.S. Air Force Academy | Christopher D’Lauro | Measuring and predicting the effects of sub-concussive head strikes on future memory and cognition | University of Georgia | 8 | Faculty |
| Michelle Weber | USAFA-U.S. Air Force Academy | Christopher D’Lauro | Qualitative Analysis of factors affecting self-report of concussion | University of Georgia | 8 | Student |
| Janusz Zalewski | USAFA-U.S. Air Force Academy | de La Harpe Kimberly | Developing research-based approaches to improve student learning in STEM | Florida Gulf Coast University | 10 | Faculty |
| Tuwaner Lamar | USAFA-U.S. Air Force Academy | de La Harpe Kimberly | Developing research-based approaches to improve student learning in STEM | Morehouse College | 10 | Faculty |
| Wilson Gonzalez-Espada | USAFA-U.S. Air Force Academy | de La Harpe Kimberly | Developing research-based approaches to improve student learning in STEM | Morehead State University | 9 | Faculty |
| Stanley Baek | USAFA-U.S. Air Force Academy | G.W York | Robust Flight Control of UAVs | University of Michigan-Dearborn | 8 | Faculty |
| Steve Watkins | USAFA-U.S. Air Force Academy | George York | Pedagogy Research for Education in Electrical and Computer Engineering | Missouri University of Science and Technology | 8 | Faculty |
| Jeffrey Hemmes | USAFA-U.S. Air Force Academy | Judson Dressler | Cybersecurity | Regis University | 12 | Faculty |
| Mohamed Aly | USAFA-U.S. Air Force Academy | Judson Dressler | Cybersecurity | California Polytechnic State University Pomona | 8 | Faculty |
| Anatoliy Pinchuk | USAFA-U.S. Air Force Academy | R.J Knize | Laser Cooling and Nonlinear Optics | University of Colorado Colorado Springs | 12 | Faculty |
| Pavlo Pinchuk | USAFA-U.S. Air Force Academy | R.J Knize | Laser Cooling and Nonlinear Optics | University of Colorado Colorado Springs | 12 | Student |
| Brennan Watts | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | University of Colorado at Colorado Springs | 11 | Student |
| Jared Strutton | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | University of Colorado Colorado Springs | 12 | Student |
| Jena McCollum | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | University of Colorado Colorado Springs | 12 | Faculty |
| Kevin Tvrdy | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | University of Colorado at Colorado Springs | 11 | Faculty |
| Luigi Corti | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | Miami University | 8 | Faculty |
| Marshal Dolan | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | University of Colorado at Colorado Springs | 11 | Student |
| Timothy Fuhrer | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | Radford University | 12 | Faculty |
| Yalan (Christie) Ning | USAFA-U.S. Air Force Academy | S. Iacono | Advanced Functional Polymers & Materials | Huston-Tillotson University | 10 | Faculty |
| Bret Windom | USAFA-U.S. Air Force Academy | Thomas McLaughlin | Advanced Combustion Diagnostics | Colorado State University | 12 | Faculty |
| Stephen Lucas | USAFA-U.S. Air Force Academy | Thomas McLaughlin | Advanced Combustion Diagnostics | Colorado State University | 12 | Student |
