Name |
AFRL Branch |
Advisor Name |
Research Opportunity |
Institution Name |
Number of Weeks |
Faculty/Student |
Aaron Craig | AFRL Sensors | Hobbs, Kerianne | Design and Verification of Automatic, Autonomous, and Intelligent Aerospace Control Systems | University of Cincinnati | 12 | Student |
Aaron Rosengren | AFRL Directed Energy | Funke, Zachary | Astrodynamics for Space Surveillance | University of California San Diego | 11 | Faculty |
Adem Ibrahim | AFIT | Grandhi, Ramana | Multidisciplinary Optimization of Aerospace Vehicles | Norfolk State University | 12 | Faculty |
Adetayo Adedeji | AFRL Aerospace Systems | Merrett, Neil | Wide Temperature Range Power Semiconductors | Elizabeth City State University | 8 | Faculty |
Agamemnon Crassidis | AFRL Aerospace Systems | Grymin, David | Unmanned and Micro Air Vehicle Guidance, Control and Dynamics | Rochester Institute of Technology | 12 | Faculty |
AKM Mian | AFRL Sensors | Bartsch, Carrie | Printed, Flexible Microwave Circuits | Wright State University | 12 | Faculty |
Alejandra Castellanos | AFRL Materials and Manufacturing | Rueschhoff, Lisa | Advanced Processing of Ceramic and Ceramic Matrix Composite Structures | The University of Texas at El Paso | 12 | Faculty |
Alejandro Aceves Borbolla | AFRL Directed Energy | Garrett, Travis | Algorithm and Theory Development for the Simulation of Novel Directed Energy Devices | Southern Methodist University | 8 | Faculty |
Alex Povitsky | AFRL Aerospace Systems | Miller, James | Application of Similarity Laws in High Speed Viscous Flows | The University of Akron | 9.8 | Faculty |
Alexander Alekseenko | AFRL Aerospace Systems | Koo, Justin | Computational Physics of Nonequilibrium Plasma for Space Propulsion | California State University Northridge | 12 | Faculty |
Alexander Nikolaev | AFRL Munitions | Pasiliao, Eduardo | Network Optimization and Control | University at Buffalo (SUNY) | 12 | Faculty |
Alexander Ororbia II | AFRL Information | Thiem, Clare | Neuromorphic Computing | Rochester Institute of Technology | 11 | Faculty |
Alexander Watson | AFRL Materials and Manufacturing | Tabor, Christopher | Responsive Liquid Electronics | University of Dayton | 10 | Faculty |
Ali Raz | AFRL Information | Gamarra, Marco | Modeling Mission Impact in System-Of-Systems. A Dynamical Approach | George Mason University | 8 | Faculty |
Alok Sinha | AFRL Aerospace Systems | Barnes, Caleb | Computational Aeroelasticity and Fluid/Structure Interaction | The Pennsylvania State University | 10 | Faculty |
Aly Mousaad Aly | AFRL Aerospace Systems | Medina, Albert | Unsteady Aerodynamics | Louisiana State University | 12 | Faculty |
Amir Farajian | AFIT | Ruggles-Wrenn, M.B. | Creep Deformation and Durability of Ultra High Temperature Ceramics in Extreme Environments | Wright State University | 12 | Faculty |
Amir Riaz | AFRL Aerospace Systems | Roman, Abdeel | Two Phase Thermal Systems Control Techniques for UAS Aircraft Applications | University of Maryland College Park | 8 | Faculty |
Amit Sharma | AFRL Sensors | Sotnikov, Vladimir | Computational Modeling of Non-linear Processes in the Ionospheric Plasma | Wright State University | 12 | Faculty |
Anas Salah Eddin | USAFA | Wilson, Justin | Artificial Intelligence and Autonomous Vehicles | California State Polytechnic University, Pomona | 12 | Faculty |
Anatoliy Pinchuk | USAFA | Knize, R.J | Laser Cooling and Nonlinear Optics | University of Colorado at Colorado Springs | 12 | Faculty |
Andrew Chrysler | AFRL Directed Energy | Garrett, Travis | Algorithm and Theory Development for the Simulation of Novel Directed Energy Devices | Idaho State University | 8 | Faculty |
Andrew D'Angelo | AFRL Information | Ratazzi, Paul | Assurance in Mixed-Trust Cyber Environments | Stevens Institute of Technology | 8 | Student |
Andrew Horning | AFRL Aerospace Systems | Casbeer, David | Cooperative Control of Autonomous Systems in Uncertain Information Environments | Massachusetts Institute of Technology | 8 | Faculty |
Andrew Lee | AFRL Space Vehicles | Scalice, Niccoli | Integrated Structural Systems for Spacecraft | North Carolina State University | 11 | Faculty |
Andrey Chabanov | AFRL Sensors | Anisimov, Igor | Electro-Optical Devices and Technologies for Infrared Sensing Applications | University of Texas at San Antonio | 12 | Faculty |
Anjelyka Fasci | AFRL-Airman Systems | Bixler, Joel | Monitoring Tissue Optical Property Dynamics | The University of Texas at San Antonio | 12 | Student |
Armanj Hasanyan | AFRL Space Vehicles | Scalice, Niccoli | Integrated Structural Systems for Spacecraft | University of Texas at El Paso | 11.2 | Faculty |
Arslan Munir | AFRL Information | Ardiles Cruz, Erika | Modeling Battle Damage Assessment | Kansas State University | 12 | Faculty |
Artur Wolek | AFRL Aerospace Systems | Casbeer, David | Cooperative Control of Autonomous Systems in Uncertain Information Environments | UNC Charlotte | 11 | Faculty |
Arun Nair | AFRL Materials and Manufacturing | Juhl, Abigail | Materials for controlling the propagation of mechanical waves | University of Arkansas | 12 | Faculty |
ASHOK GHOSH | AFRL Space Vehicles | Scalice, Niccoli | Integrated Structural Systems for Spacecraft | New Mexico Tech | 12 | Faculty |
Asif Khawaja | AFRL Materials and Manufacturing | Przybyla, Craig | Composite Performance Research | University of Akron | 12 | Student |
Aurelien Meray | AFRL Information | Alsing, Paul | Quantum Computing Theory and Simulation | Florida International University | 12 | Student |
Benjamin Hanson | AFRL Directed Energy | Funke, Zachary | Astrodynamics for Space Surveillance | University of California San Diego | 10 | Student |
Bo Li | AFRL Materials and Manufacturing | Glavin, Nicholas | Flexible 2D materials for electronics and sensing | Villanova University | 9.6 | Faculty |
Brian Beecken | AFRL Space Vehicles | Cooke, D.L | Plasma Spacecraft Interactions | Bethel University | 9.8 | Faculty |
Brian Wisner | AFRL Aerospace Systems | Holycross, Casey | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | Ohio University | 12 | Faculty |
Calvin Stewart | AFRL Aerospace Systems | Holycross, Casey | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | The Ohio State University | 12 | Faculty |
Carlo Cafaro | AFRL Information | Diggans, Christopher (Tyler) | Powergrid Synchronization Backbones: Master Stability Functions for Real World Generator Models | SUNY Polytechnic Institute | 11 | Faculty |
Carlos Armenta | AFRL Sensors | Kiefer, Arnold | Investigating a-Sn (Grey Tin) for semiconductor Devices | New Mexico State University | 12 | Student |
Carson Running | AFRL Aerospace Systems | Borg, Matthew | Hypersonic Boundary Layer Transition and Control | University of Dayton | 12 | Faculty |
Cathleen Needham | AFRL Aerospace Systems | Roman, Abdeel | Two Phase Thermal Systems Control Techniques for UAS Aircraft Applications | University of Maryland | 8 | Student |
Cayla Walker | AFRL Munitions | Dickinson, B.T | Bioinspired Principles for Autonomous Munitions Systems | Florida State University | 12 | Student |
Chadron Friesen | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | Trinity Western University | 8.4 | Faculty |
Chin-Tser Huang | AFRL Information | Njilla, Laurent | Cyber Security Research and Applications for Cyber Defense | University of South Carolina | 12 | Faculty |
Chiwoo Park | AFRL Materials and Manufacturing | Maruyama, B | Nucleation and Growth of Carbon Nanotubes | Florida A&M University | 8 | Faculty |
Christie Sayes | AFRL Airman Systems | Hussain, Saber | Effects of Inhaled Chemical & Particle Mixtures on Lung Surfactant (LS) Function: Linkage to Adverse Health Effects | Baylor University | 9 | Faculty |
Christopher Muratore | AFRL Airman Systems | Kim, Steve | Sensor Platform Development for Rapid to Real-Time Detection in Biofluids | University of Dayton | 12 | Faculty |
Christopher Wanstall | AFRL Aerospace Systems | Roman, Abdeel | Direct-Expansion Cold Plate Thermal Systems Control Techniques for UAS Aircraft Applications | The University of Dayton | 10.2 | Faculty |
Chun-Hung Liu | AFRL Information | Gamarra, Marco | Resilient Distributed Optimization and Learning | Mississippi State University | 8 | Faculty |
Chunpei Cai | AFRL Space Vehicles | Cooke, D.L | Plasma Spacecraft Interactions | Michigan Technological University | 12 | Faculty |
Claus Danielson | AFRL Space Vehicles | Erwin, R. Scott | Advanced Algorithm Development for Guidance, Navigation, and Control for Spacecraft | University of New Mexico | 12 | Faculty |
Cliston Cole | AFRL Information | Gamarra, Marco | Resilient Distributed Optimization and Learning | Morgan State University | 10 | Faculty |
Corin Segal | USAFA | Munson, Matthew | Advanced Combustion Diagnostics | Unversity of Florida | 10 | Faculty |
Dakai Zhu | AFRL Information | Drager, Steve | Foundations of Resilient and Trusted Systems | The University of Texas at San Antonio | 8 | Faculty |
Daniel Baczkowski | AFIT | Bulutoglu, Dursun | Applications of Algebraic Number Theory to Combinatorial Designs | University of Findlay | 12 | Faculty |
David Myszka | AFRL Aerospace Systems | Joo, James | Advanced Structural Concepts for lighter and low-cost Aircraft | University of Dayton | 9 | Faculty |
David Stringer | USAFA | Wisniewski, C.F | Advanced Air Breathing Propulsion | Kent State University | 8 | Faculty |
David Veazie | AFRL Materials and Manufacturing | Gonzales, Manny | Structure/Property/Performance Linkages for advanced reactive materials in extreme dynamic environments | Kennesaw State University | 12 | Faculty |
David, Donghoon Han | Air Force Test Center | Brownlow, James | Application of ML / Bayesian techniques to Reliability analyses (system growth models, software interrupts). | University of Texas at San Antonio | 12 | Faculty |
Davood Babaei Pourkargar | AFRL Materials and Manufacturing | Baldwin, Luke | Enabling Tailorable Material Properties with Synthetic Methods | Kansas State University | 12 | Faculty |
Davy Belk | Air Force Test Center | Pasiliao, Crystal | Advanced Aircraft Compatibility Science and Technology | Mississippi State University | 10 | Faculty |
Deep Jariwala | AFRL Materials and Manufacturing | Glavin, Nicholas | Flexible 2D materials for electronics and sensing | University of Pennsylvania | 12 | Faculty |
Denny Yu | AFRL Airman Systems | Bennett, Winston | Competency-Based Education and Training Design, Delivery and Performance Assessment Research in Blended Environments | Purdue University | 9 | Faculty |
Dmitry Uskov | AFRL-Information | Alsing, Paul | Quantum Computing Theory and Simulation | Brescia University and Tulane University | 12 | Faculty |
Dong Cao | AFRL Aerospace Systems | Fellner, Joseph | Intelligent Power Systems for Next Generation Aircraft | University of Dayton | 12 | Faculty |
Donghoon Kim | AFRL Space Vehicles | Sinclair, Andrew | Nonlinear Dynamics in Spacecraft Guidance, Navigation, and Control | University of Cincinnati | 10.4 | Faculty |
Edwin Hach | AFRL Information | Alsing, Paul | Quantum Computing Theory and Simulation | Rochester Institute of Technology | 12 | Faculty |
Eric Payton | AFRL Materials and Manufacturing | Kennedy, William | Two-dimensional materials and their heterostructures for advanced electronics applications | University of Cincinnati | 12 | Faculty |
Eric Smith | USAFA | Tossell, Chad | Human-Machine Teaming | University of Texas at El Paso | 12 | Faculty |
Erick Vasquez | AFRL Airman Systems | Chavez Benavides, Jorge | Nanomaterials for Brain Function Activation | University of Dayton | 10 | Faculty |
Farhad Farzbod | AFRL Aerospace Systems | Holycross, Casey | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | University of Mississippi | 12 | Faculty |
Fatemeh Afghah | AFRL Information | Ashdown, Jonathan | Emerging 5G Technologies for Military Applications | Clemson University | 8 | Faculty |
Fathi Amsaad | AFIT | Hopkinson, Kenneth | Networks / Security / Critical Infrastructure Protection / Applied Machine Learning / Remote Sensing | Wright State University | 8.6 | Faculty |
Feng Yan | AFRL Materials and Manufacturing | Susner, Michael | Synthesis and advanced characterization of single crystal functional materials | The University of Alabama | 12 | Faculty |
Frank Clark | AFRL Space Vehicles | Pereira, Wellesley | Application of Low Cost Optical and Near-Infrared Telescopes, Commodity Sensors, with Innovative Analysis using High Speed Computing and State of the Art Algorithms to Remote Sensing of the Properties of Low Earth Orbit Objects | University of Louisville | 12 | Faculty |
Gabriel Maestas | AFRL Space Vehicles | Scalice, Niccoli | Integrated Structural Systems for Spacecraft | New Mexico Institute of Mining and Technology | 12 | Student |
Gary Germanton | AFRL Materials and Manufacturing | Dickerson, Matthew | Novel Ceramic Nanostructures, Preceramic Polymer Chemistry, Additive Manufacturing, and Composites for Extreme Environments | Florida State University | 10 | Student |
German Kolmakov | AFRL Information | LaHaye, Matthew | Superconducting and Hybrid Quantum Systems | New York City College of Technology, the City University of New York | 8 | Faculty |
Greg Furlich | AFRL Information | Dianetti, Andrew | Short-Arc Initial Orbit Determination for Low Earth Orbit Targets | University of Colorado Boulder | 12 | Faculty |
Hamed Attariani | AFRL Materials and Manufacturing | Varshney, Vikas | Developing Next-Generation Multi-Functional Composites for Aerospace Applications using Multi-scale Modeling and Machine Learning Approaches | Wright State University | 12 | Faculty |
Harok Bae | AFIT | Grandhi, Ramana | Multidisciplinary Optimization of Aerospace Vehicles | Wright State University | 12 | Faculty |
Heather Lum | AFRL Airman Systems | Brill, John | Transfer of Authority in Human-Machine Teams | Arizona State University | 12 | Faculty |
Helen Durand | AFRL Information | Alsing, Paul | Quantum Computing Theory and Simulation | Wayne State University | 9.4 | Faculty |
Henry Young | AFRL Sensors | Kreit, Eric | Heterogeneous Integration Technology | Wright State University | 12 | Faculty |
Hoo Kim | USAFA | York, George | Pedagogy Research for Education in Electrical and Computer Engineering | LeTourneau University | 12 | Faculty |
Hoyong Chung | AFRL Materials and Manufacturing | Nepal, Dhriti | Damage Tolerant Multifunctional Polymer Composites | FAMU-FSU College of Engineering, Florida State University | 8 | Faculty |
Hyuck Kwon | AFRL Space Vehicles | Pham, Khanh | 5G for Resilient and Agile Positioning, Navigation, and Timing Transport | Wichita State University | 9 | Faculty |
Imad Agha | AFRL Sensors | Vangala, Shivashankar | Switchable constituents integrated with exploitable nanophotonic cavity elements | University of Dayton | 9.2 | Faculty |
Insu Hahn | AFRL Materials and Manufacturing | Godman, Nicholas | Dynamic Optical Materials using Soft Matter Motifs | Hampton University | 12 | Faculty |
Ioannis Roudas | AFRL-Information | Malowicki, John | Wireless Optical Communications | Montana State University | 8 | Faculty |
Isaac Choutapalli | AFRL Aerospace Systems | Tilmann, C | Active Flow Control Modeling and Development | The University of Texas Rio Grande Valley | 8.2 | Faculty |
Ivan Avrutsky | AFRL Sensors | Hendrickson, J.R. | Optical Properties of 2D Materials | Wayne State University | 12 | Faculty |
Jack Studnicka | AFRL Aerospace Systems | Joo, James | Advanced Structural Concepts for lighter and low-cost Aircraft | University of Dayton | 9 | Student |
Jacob Boykin | AFRL Materials and Manufacturing | Nepal, Dhriti | Damage Tolerant Multifunctional Polymer Composites | Florida State University | 8 | Student |
Jacob Emerick | AFIT | Patnaik, Anil | Fundamental Laser-Matter Interactions, Sensors and Quantum Technologies | University of North Texas | 12 | Student |
Jacob Pellicotte | AFRL Aerospace Systems | Holycross, Casey | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | The Ohio State University | 12 | Student |
Jae-Hyun Ryou | AFRL Materials and Manufacturing | Neal, Adam | Wide and Ultra-Wide Bandgap Materials for Extreme Environment Applications | University of Houston | 8 | Faculty |
Jared Shortt | AFRL Sensors | Hendrickson, J.R. | Optical Properties of 2D Materials | Missouri State University | 11 | Student |
Jeffrey Doom | AFRL Aerospace Systems | Ombrello, Timothy | Combustion Enhancement in High-Speed Flows | South Dakota State University | 8 | Faculty |
Jeffrey Hemmes | USAFA | Wilson, Justin | Cybersecurity, Formal Methods and Malware Analysis | Regis University | 12 | Faculty |
Jeffrey Ma | AFRL Materials and Manufacturing | Roy, Ajit | Atomistic Scale Materials Hybridization for Multifunctionality | Saint Louis University | 12 | Faculty |
Jena McCollum | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | University of Colorado Colorado Springs | 8 | Faculty |
Jeremy Gulley | AFRL Space Vehicles | Huang, D | Theoretical Studies of Optical Excitation, Quantum Transport, and Ultrafast Carrier-Scattering Dynamics | Kennesaw State University | 12 | Faculty |
Jesse Yochens | AFRL Aerospace Systems | Holycross, Casey | Improving Structural Dynamic and Material Characteristic Understanding of Turbomachinery Components | Ohio University | 12 | Student |
Jia Liu | AFRL Information | Bentley, Elizabeth | Dynamic Resource Allocation in Airborne Networks | The Ohio State University | 8 | Faculty |
Jie Wei | AFRL Information | Ardiles Cruz, Erika | Modeling Battle Damage Assessment | City College of New York | 10 | Faculty |
Jihong Ma | AFRL Materials and Manufacturing | Dass, Chandriker | Phonon-Engineering of Solid-State Systems | University of Vermont | 12 | Faculty |
John Gallagher | AFRL Aerospace Systems | Humphrey, Laura | Design and Verification of Autonomous Systems | The University of Cincinnati | 12 | Faculty |
John Kielkopf | AFRL Space Vehicles | Pereira, Wellesley | Application of Low Cost Optical and Near-Infrared Telescopes, Commodity Sensors, with Innovative Analysis using High Speed Computing and State of the Art Algorithms to Remote Sensing of the Properties of Low Earth Orbit Objects | University of Louisville | 12 | Faculty |
John Licato | AFRL Information | Hollis, Brayden | Multi-Unit, Multi-Action Adversarial Planning | University of South Florida | 12 | Faculty |
Jonathan Cappola | AFRL Materials and Manufacturing | Butler, Todd | High Temperature Oxidation and Environmental Resistance in Refractory Complex Concentrated Alloys | The University of Alabama | 12 | Student |
Jordan Clingenpeel | AFRL Aerospace Systems | Borg, Matthew | Hypersonic Boundary Layer Transition and Control | University of Dayton | 12 | Student |
Jordan Taranto | Air Force Test Center | Cotting, Chris | Flight Test Education and Test Techniques | University of Missouri - Kansas City | 12 | Student |
Jose Palacios | Air Force Test Center | McManamen, Brianne | Development of Hypersonic Ground Testing Methodologies for Measurements in Jet Interaction Regions | The Pennsylvania State University | 12 | Faculty |
Joseph Corbett | AFRL Materials and Manufacturing | Eyink, Kurt | Surface Phenomena in the Formation of Epitaxial Plasmonic Quantum Structures | Miami University | 12 | Faculty |
Joseph Garbarino | AFRL Materials and Manufacturing | Jones, John | Nonlinear Optical Materials Engineering | San Diego State University | 11 | Student |
Joshua Green | AFRL Materials and Manufacturing | Flores, Mark | Investigating Additive Manufacturing Polymer Matrix Composite Performance | The University of Texas at El Paso | 12 | Faculty |
Joshua Peeples | AFRL Airman Systems | Hussain, Saber | Mitochondrial Health & Organ-Level Effects through Microscopic Imaging and Molecular Analysis | Texas A&M University | 8.2 | Faculty |
Juan Morales | USAFA | Francis, Christopher | Improving Performance and Retention in STEM | Ana G Mendez University - Gurabo Campus | 12 | Faculty |
Julia Boone | AFRL Information | Ashdown, Jonathan | Emerging 5G Technologies for Military Applications | Clemson University | 8 | Student |
Julia Taylor | USAFA | Wisniewski, C.F | Advanced Air Breathing Propulsion | Kent State University | 8 | Student |
Justin Greaves | AFIT | Harper, W | Biological Process Research for Environmental Applications | Indiana University, Bloomington | 11 | Faculty |
Justin Jaworski | AFRL Aerospace Systems | Garmann, Daniel | High-Fidelity Multidisciplinary Computational Fluid Dynamics | Lehigh University | 9 | Faculty |
Kameswara Rao Namuduri | AFRL Information | Soomro, Amjad | Agile Networking for the Aerial Layer | University of North Texas | 10 | Faculty |
Kartik Ghosh | AFRL Sensors | Hendrickson, J.R. | Optical Properties of 2D Materials | Missouri State University | 12 | Faculty |
Kasra Sardashti | AFRL Information | LaHaye, Matthew | Superconducting and Hybrid Quantum Systems | Clemson University | 8 | Faculty |
Keith Gonthier | AFRL Munitions | Rumchik, Chad | Probabilistic Modeling of Localized Dissipation in Energetic Materials | Louisiana State University | 9 | Faculty |
Kenneth Van Treuren | USAFA | Wisniewski, C.F | Advanced Air Breathing Propulsion | Baylor University | 10 | Faculty |
Kevin Hobbs | AFRL Aerospace Systems | Fellner, Joseph | Intelligent Power Systems for Next Generation Aircraft | University of Dayton | 12 | Student |
Kevin Leach | AFRL Information | Drager, Steve | Foundations of Resilient and Trusted Systems | Vanderbilt University | 9 | Faculty |
Kevin Tvrdy | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | University of Colorado at Colorado Springs | 8 | Faculty |
Khalid Zouhri | AFRL Materials and Manufacturing | Gonzales, Manny | Structure/Property/Performance Linkages for advanced reactive materials in extreme dynamic environments | University of Dayton | 12 | Faculty |
Lance Hyatt | AFRL Materials and Manufacturing | Buskohl, Philip | Design of Mechanically Adaptive Materials and Responsive Architectures | Pennsylvania State University | 10 | Student |
Lian Duan | AFRL Aerospace Systems | Bisek, Nicholas | Computation of Supersonic and Hypersonic Flow Phenomena and their Control | The Ohio State University | 12 | Faculty |
Lin Li | AFRL Materials and Manufacturing | Butler, Todd | High Temperature Oxidation and Environmental Resistance in Refractory Complex Concentrated Alloys | The University of Alabama | 12 | Faculty |
Lino Mercado-Esquivias | USAFA | Wilson, Justin | Artificial Intelligence and Autonomous Vehicles | California Polytechnic University | 12 | Student |
Lixin Shen | AFRL Information | Prater-Benntte, Ashley | Mathematical Theory for Advances in Machine Learning and Pattern Recognition | Syracuse University | 12 | Faculty |
Logan Fields | AFRL Information | Hollis, Brayden | Multi-Unit, Multi-Action Adversarial Planning | University of South Florida | 12 | Student |
Logan Szajnecki | AFRL Aerospace Systems | Bisek, Nicholas | Computation of Supersonic and Hypersonic Flow Phenomena and their Control | The Ohio State University | 12 | Student |
Luigi Corti | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | Miami University | 9 | Faculty |
Lyuba Kuznetsova | AFRL Materials and Manufacturing | Jones, John | Nonlinear Optical Materials Engineering | San Diego State University | 8 | Faculty |
Maia McDaniel | AFRL Airman Systems | Vidulich, Michael | Assessing Operator Cognitive State in Human-Machine Teams | Wright State University | 12 | Student |
Marc Cahay | AFRL Sensors | Hall, Harris | Nanoscale Vacuum Field Emission Devices | University of Cincinnati | 8 | Faculty |
Marcelo Kobayashi | AFRL Aerospace Systems | Kolonay, Raymond | Mathematical Optimization in Multidisciplinary Design | University of Hawaii at Manoa | 9 | Faculty |
Mesfin Tsige | AFRL Materials and Manufacturing | Berry, Rajiv | Computer Simulations for Design of Improved Aerospace Materials | The University of Akron | 12 | Faculty |
Michael McFarland | AFRL Sensors | Kapp, David | Applying Immune System Methodologies to Embedded System Malware Detection and Response | Utah State University | 11 | Faculty |
Michael Reale | AFRL Information | Cornacchia, Maria | Methods for Adapting Pre-Trained Machine Learning Models | SUNY Polytechnic Institute | 8.6 | Faculty |
Michael Sumption | AFRL Aerospace Systems | Haugan, Timothy | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | The Ohio State University | 12 | Faculty |
Michael von Spakovsky | AFIT | Grandhi, Ramana | Hypersonic Vehicle Technologies | Virginia Tech | 8 | Faculty |
Mikaela Leevy | AFRL Aerospace Systems | Kolonay, Raymond | Mathematical Optimization in Multidisciplinary Design | University of Texas at Arlington | 8 | Student |
Mohamed Aly | USAFA | Wilson, Justin | Artificial Intelligence and Autonomous Vehicles | California Polytechnic University | 12 | Faculty |
Mohammad Ashiqur Rahman | AFRL Information | Homsi, Soamar | Assurance and Resilience through Zero-Trust Security | Florida International University | 8 | Faculty |
Mona Ghassemi | AFRL Aerospace Systems | Fellner, Joseph | Intelligent Power Systems for Next Generation Aircraft | The University of Texas at Dallas | 12 | Faculty |
Mostafa Nouh | AFRL Materials and Manufacturing | Juhl, Abigail | Materials for controlling the propagation of mechanical waves | University at Buffalo (SUNY) | 8 | Faculty |
Mujahid Abdulrahim | Air Force Test Center | Cotting, Chris | Flight Test Education and Test Techniques | University of Missouri Kansas City | 12 | Faculty |
Murat Yuksel | AFRL Information | Bentley, Elizabeth | Dynamic Resource Allocation in Airborne Networks | University of Central Florida | 8 | Faculty |
Nagarajan Prabakar | AFRL Information | Alsing, Paul | Quantum Computing Theory and Simulation | Florida International University | 12 | Faculty |
Natasha Mastalka-Tatro | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | University of Colorado at Colorado Springs | 8 | Student |
Nathaniel Hernandez | AFRL Sensors | Hall, Harris | Nanoscale Vacuum Field Emission Devices | University of Cincinnati | 8 | Student |
Nicholas Napoli | AFRL Airman Systems | Myers, Chris | Physiological Impacts of Cognitive Performance | University of Florida | 12 | Faculty |
Oana Cazacu | AFRL Munitions | Flater, Philip | High-Rate Ordnance Materials and Structures Research | University of Florida | 8 | Faculty |
Olesya Zhupanska | AFRL Munitions | Kammerdiner, Alla | Machine Learning & Statistical Analysis for Modeling Materials | University of Arizona | 9 | Faculty |
Oshadha Ranasingha | AFRL Sensors | Heckman, E.M | Printed Electronics and Photonics | University of Massachusetts Lowell | 8.2 | Faculty |
Pamela Tsang | AFRL Airman Systems | Vidulich, Michael | Assessing Operator Cognitive State in Human-Machine Teams | Wright State University | 12 | Faculty |
Partha Banerjee | AFRL Materials and Manufacturing | Evans, Dean | Development and Characterization of Photorefractive Materials | University of Dayton | 12 | Faculty |
Patrick Musgrave | AFRL Aerospace Systems | Beblo, Richard | Design, Optimization, Characterization, Application, and Demonstration of Smart Materials and Morphing Structures in Aerospace Systems | University of Florida | 8 | Faculty |
Paul Lynch | Air Force Test Center | Jerome, Elisabetta | Fundamental Research in Test Science, Test Engineering, and the Analysis of Test Results | Penn State Erie, The Behrend College | 8 | Faculty |
Pavlo Krokhmal | AFRL Munitions | Kammerdiner, Alla | New Machine Learning Approaches for Computational Physics Modeling, Lethality, and Weapon Effects | University of Arizona | 9 | Faculty |
Peter Gioia | AFIT | Grandhi, Ramana | Hypersonic Vehicle Technologies | Virginia Polytech Institute | 8 | Student |
Philisity Neal | AFRL Materials and Manufacturing | Kennedy, William | Two-dimensional materials and their heterostructures for advanced electronics applications | The University of Cincinnati | 10 | Student |
Placidus Amama | AFRL Materials and Manufacturing | Maruyama, B | Nucleation and Growth of Carbon Nanotubes | Kansas State University | 12 | Faculty |
Qingtang Jiang | AFRL Information | Tripp, Erin | Discovering Structure in Nonconvex Optimization | University of Missouri -St. Louis | 10 | Faculty |
Qun Li | AFRL Sensors | Robinson, Ben | Riemannian geometry and locally most powerful invariant tests of covariance equality | Wright State University | 12 | Faculty |
Rajan Kumar | AFRL Munitions | Dickinson, B.T | Bioinspired Principles for Autonomous Munitions Systems | FAMU-FSU College of Engineering, Florida State University | 12 | Faculty |
Rajnikant Sharma | AFRL Sensors | Hobbs, Kerianne | Design and Verification of Automatic, Autonomous, and Intelligent Aerospace Control Systems | University of Cincinnati | 12 | Faculty |
Rebekah Shepherd | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | University of Colorado - Colorado Springs | 8 | Student |
Riccardo Bevilacqua | Air Force Test Center | Jerome, Elisabetta | Fundamental Research in Test Science, Test Engineering, and the Analysis of Test Results | Embry-Riddle Aeronautical University | 8 | Faculty |
Richard Klemm | AFRL Aerospace Systems | Haugan, Timothy | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | University of Central Florida | 10.2 | Faculty |
Richard Mattish | AFRL Information | LaHaye, Matthew | Superconducting and Hybrid Quantum Systems | Clemson University | 8 | Student |
Robert Hood | AFRL Airman Systems | Bixler, Joel | Monitoring Tissue Optical Property Dynamics | University of Texas at San Antonio | 11.4 | Faculty |
Robert Lowe | AFRL Materials and Manufacturing | Crouse, Christopher | Elastomers for Soft Robotic Applications | University of Dayton | 8 | Faculty |
Robert Taylor | AFRL Aerospace Systems | Kolonay, Raymond | Mathematical Optimization in Multidisciplinary Design | University of Texas at Arlington | 8 | Faculty |
Robert Whitley | USAFA | Munson, Matthew | Closed Loop Flow Control | University of Colorado Colorado Springs | 12 | Student |
Russell Pirlo | AFRL Airman Systems | Tilly, Trevor | Microneedle Platform Development for Enabling Wearable Sensing | University of Dayton | 10 | Faculty |
Ryan Harne | AFRL Materials and Manufacturing | Buskohl, Philip | Design of Mechanically Adaptive Materials and Responsive Architectures | The Pennsylvania State University | 10 | Faculty |
Rydge Mulford | AFRL Aerospace Systems | Haugan, Timothy | Superconductors, Thermoelectrics, Carbon Nanotubes, and Magnetic Materials for Advanced Power Applications | University of Dayton | 10 | Faculty |
Saleh Almestiri | AFRL Materials and Manufacturing | Schwalbach, Edwin | Metal Additive Manufacturing Processing Science | Central State University | 10 | Faculty |
Sam Schutz | USAFA | Knize, R.J | Laser Cooling and Nonlinear Optics | University of Colorado - Colorado Springs | 12 | Student |
Sampson Davis | AFRL Aerospace Systems | Miller, James | Application of Similarity Laws in High Speed Viscous Flows | Iowa State University | 8 | Student |
Sang Kim | AFRL Space Vehicles | Pham, Khanh | Nontraditional and Resilient Satellite Navigation and Timing | Iowa State University | 12 | Faculty |
Sarma Rani | AFRL Aerospace Systems | Harvazinski, Matthew | Modeling and Simulation of Rotating Detonation Rocket Engines | University of Alabama in Huntsville | 8 | Faculty |
Sayavur Bakhtiyarov | AFRL Space Vehicles | Hoffmann, Ryan | Spacecraft Materials Properties for Spacecraft Charging | New Mexico Institute of Mining and Technology | 12 | Faculty |
Seyed Soltani | AFIT | Ruggles-Wrenn, Marina | Fatigue and Fracture of Advanced Materials | Florida Polytechnic University | 12 | Faculty |
Shaina Raklyar | AFRL Information | LaHaye, Matthew | Superconducting and Hybrid Quantum Systems | CUNY Graduate Center | 8 | Student |
Shan He | AFRL Aerospace Systems | Beblo, Richard | Design, Optimization, Characterization, Application, and Demonstration of Smart Materials and Morphing Structures in Aerospace Systems | University of Florida | 8 | Student |
Shannon Biros | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | Grand Valley State University | 12 | Faculty |
Shanti Bhushan | Air Force Test Center | Pasiliao, Crystal | Advanced Aircraft Compatibility Science and Technology | Mississippi State University | 12 | Faculty |
Shokoufeh Mirzaei | Air Force Test Center | Brownlow, James | Application of Machine Learning/Artificial Intelligence to aircraft-related Communications | California State Polytechnic University, Pomona | 12 | Faculty |
Shucheng Yu | AFRL Information | Ahmed, Norman | Blockchain-based Information Dissemination Across Network Domains | Stevens Institute of Technology | 8 | Faculty |
Simon Mason | AFRL Materials and Manufacturing | Shah, Megna | Investigating the latent space of machine learning models of microstructure | Ohio State University | 10.2 | Student |
Soheil Soghrati | AFRL Materials and Manufacturing | Przybyla, Craig | Composite Performance Research | The Ohio State University | 12 | Faculty |
Stefan Zollner | AFRL Sensors | Kiefer, Arnold | Investigating a-Sn (Grey Tin) for semiconductor Devices | New Mexico State University | 12 | Faculty |
Stephanie Fussell | AFRL Airman Systems | Bennett, Winston | Competency-Based Education and Training Design, Delivery and Performance Assessment Research in Blended Environments | Kent State University | 12 | Faculty |
Stephen Niezgoda | AFRL Materials and Manufacturing | Shah, Megna | Investigating the latent space of machine learning models of microstructure | The Ohio State University | 10 | Faculty |
Subramanian Ramakrishnan | AFRL Materials and Manufacturing | Dickerson, Matthew | Novel Ceramic Nanostructures, Preceramic Polymer Chemistry, Additive Manufacturing, and Composites for Extreme Environments | FAMU-FSU College of Engineering | 10 | Faculty |
Sudarshan Kurwadkar | USAFA | Francis, Christopher | Improving Performance and Retention in STEM | California State University, Fullerton | 12 | Faculty |
Surendra Singh | AFRL Space Vehicles | Pedersen, T.R | Diagnostics and Modeling of Active Ionospheric Experiments | The University of Tulsa | 11.8 | Faculty |
Syed Rafay Hasan | AFRL Information | Homsi, Soamar | Assurance and Resilience through Zero-Trust Security | Tennessee Tech University | 12 | Faculty |
Symone Alexander | AFIT | Harper, W | Biological Process Research for Environmental Applications | Auburn University | 9.8 | Faculty |
Teo Brandt | AFRL Space Vehicles | Erwin, R. Scott | Advanced Algorithm Development for Guidance, Navigation, and Control for Spacecraft | University of New Mexico | 12 | Student |
Theofanis Strouboulis | AFRL Aerospace Systems | Sankaran, V | Computational Algorithm Development for Rocket Propulsion Flowfield Simulations | Texas A&M University | 12 | Faculty |
Thomas A. Ward | AFRL Aerospace Systems | Holley, Adam | Studies of Novel Combustion Concepts for Propulsion Systems | Cedarville University | 10 | Faculty |
Thomas Ward III | AFRL Aerospace Systems | Miller, James | Application of Similarity Laws in High Speed Viscous Flows | Iowa State University | 8 | Faculty |
Tie Wei | AFRL Aerospace Systems | Miller, James | Application of Similarity Laws in High Speed Viscous Flows | New Mexico Institute of Mining and Technology | 10 | Faculty |
Timothy Fuhrer | USAFA | Iacono, S. | Advanced Functional Polymers & Materials | Radford University | 12 | Faculty |
Timothy Takahashi | AFIT | Grandhi, Ramana | Hypersonic Vehicle Technologies | Arizona State University | 12 | Faculty |
Tuwaner Lamar | AFRL Airman Systems | Wharmby, Andrew | Mathematical Methods in Biophysics | Morehouse College | 12 | Faculty |
Tyler Tallman | AFRL Materials and Manufacturing | Wertz, John | Nondestructive Evaluation for Additive Composite Materials | Purdue University | 8 | Faculty |
Vasanth Iyer | AFRL Sensors | Ternovskiy, Igor | Integration of Knowledge and Sensor Data for Intelligent Actions | Grambling State University | 12 | Faculty |
Vasily Astratov | AFRL Sensors | Anisimov, Igor | Electro-Optical Devices and Technologies for Infrared Sensing Applications | University of North Carolina at Charlotte | 12 | Faculty |
Veera Sundararaghavan | AFRL Materials and Manufacturing | Shah, Megna | Investigating the latent space of machine learning models of microstructure | University of Michigan | 12 | Faculty |
Wieslaw Binienda | AFRL Materials and Manufacturing | Przybyla, Craig | Composite Performance Research | The University of Akron | 12 | Faculty |
William Gebhardt | AFRL Information | Thiem, Clare | Neuromorphic Computing | Rochester Institute of Technology | 11 | Student |
William Lorenzo | AFIT | Grandhi, Ramana | Hypersonic Vehicle Technologies | Arizona State University | 12 | Student |
William Oates | AFRL Munitions | Crochet, Michael | Fractal Structure/Modeling of Energetic Materials | Florida State University | 8 | Faculty |
Wilson Gonzalez-Espada | USAFA | Francis, Christopher | Improving Performance and Retention in STEM | Morehead State University | 12 | Faculty |
XIAOJIANG DU | AFRL Information | Ratazzi, Paul | Assurance in Mixed-Trust Cyber Environments | Stevens Institute of Technology | 10 | Faculty |
Xin Yee | USAFA | Munson, Matthew | Closed Loop Flow Control | University of Colorado Colorado Springs | 12 | Faculty |
Xudong He | AFRL Information | Drager, Steven | Foundations of Resilient and Trusted Systems | Florida International University | 8 | Faculty |
Yifan Sun | AFRL Information | Bennette, Walter | Trust in Machine Learning | Stony Brook University (SUNY) | 10 | Faculty |
Ying Wang | AFRL Information | Ashdown, Jonathan | Emerging 5G Technologies for Military Applications | Stevens Institute of Technology | 12 | Faculty |
Yu Chen | AFRL Information | Ardiles Cruz, Erika | Analyzing Collateral Damage in Power Grids | Binghamton University | 8 | Faculty |
Yu Zhu | AFRL Aerospace Systems | Fellner, Joseph | High Capacity, Advanced Battery Development | University of Akron | 12 | Faculty |
Yuri Antipov | AFRL Munitions | Dickinson, B.T | Bioinspired Principles for Autonomous Munitions Systems | Louisiana State University | 12 | Faculty |
Yuri Rostovtsev | AFIT | Patnaik, Anil | Fundamental Laser-Matter Interactions, Sensors and Quantum Technologies | University of North Texas | 12 | Faculty |
Zackery Nieto | AFRL Materials and Manufacturing | Rueschhoff, Lisa | Advanced Processing of Ceramic and Ceramic Matrix Composite Structures | The University of Texas at El Paso | 12 | Student |
Zhu Li | USAFA | York, G.W | Robust Flight Control of UAVs | University of Missouri-Kansas City | 12 | Faculty |