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AFIT Digital Material Management Symposium
Air Force Institute of Technology students demonstrate their research to attendees for the first Digital Material Management Symposium Jan. 16, 2024, Wright-Patterson Air Force Base, Ohio. The DMM Symposium is vital to showcase student research conducted by AFIT to support various industry partners and program offices within Air Force Materiel Command. (U.S Air Force Photo by Jack Gardner.)
AFIT Celebrates Fall 2024 Commencement
Air Force Institute of Technology graduates are pictured during a commencement ceremony held Sept. 12, 2024 at the Dayton Masonic Center. (U.S. Air Force photos by Daniel Peterson)
AFIT Celebrates Fall 2024 Commencement
Dr. Walter Jones, Director and Chancellor, Air Force Institute of Technology, introduces commencement ceremony guest speaker Lt. Gen. Linda S. Hurry, Deputy Commander, Air Force Materiel Command, at AFIT’s commencement ceremony held Sept. 12 at the Dayton Masonic Center. (U.S. Air Force photos by Daniel Peterson)
AFIT Celebrates Fall 2024 Commencement
Lt. Gen. Linda S. Hurry, Deputy Commander, Air Force Materiel Command, speaks at AFIT’s commencement ceremony held Sept. 12, 2024, at the Dayton Masonic Center. (U.S. Air Force photos by Daniel Peterson)
AFIT Launches Updated Joint Intermediate Cyberspace Operations Course
Cyberspace 200 class FY24D Team 5 students complete an analysis of the operational environment during the fundamentals block of the Cyberspace 200 course. (U.S. Air Force photo by Capt. Dana Charles)
AFIT’s Immersive Cyber Education Program targets cadets
Reserve Officer Training Corps cadets spent a month learning about cyber security as part of the Air Force Institute of Technology’s Immersive Cyber Education program. The objective of the ICE program is to develop the next generation of cybersecurity leaders through an intense program that immerses students in the cybersecurity discipline while educating them on becoming future military leaders. (U.S. Air Force photo by Mark McDonald)
AFIT Alumnus Awarded Patent for Nanocrystal-Based Strain-Sensing Technology
Air Force Institute of Technology alumnus Dr. Michael Sherburne was awarded a U.S. patent on July 9 for his innovative work titled “Article Comprising Bonded Substrate Comprising Nanocrystals and Method of Making and Using Same” (Patent No. US 12,031,074 B1). Sherburne (second from the right) with fellow AFIT classmates in 2020. (Contributed photo)
AFIT Alumnus Awarded Patent for Nanocrystal-Based Strain-Sensing Technology
Graphic of a colloidal quantum dot where the inner core (pink), outer shell (yellow), and polymer ligands (black lines) can be seen. Sherburne, M. X-Ray Detection and Strain Sensing Applications of Colloidal Quantum Dots. M.S. Thesis, Air Force Institute of Technology, March 2020. (Contributed graphic)*
AFIT Alumnus Awarded Patent for Nanocrystal-Based Strain-Sensing Technology
(a) Illustration of the experimental setup. (b) Labeled photo of the experimental setup. Sherburne, M. X-Ray Detection and Strain Sensing Applications of Colloidal Quantum Dots. M.S. Thesis, Air Force Institute of Technology, March 2020. (Contributed graphic)* *Graphics from: https://pubs.acs.org/doi/full/10.1021/acsami.0c12110
AFIT Alumnus Awarded Patent for Nanocrystal-Based Strain-Sensing Technology
Air Force Institute of Technology alumnus Dr. Michael Sherburne was awarded a U.S. patent on July 9 for his innovative work titled “Article Comprising Bonded Substrate Comprising Nanocrystals and Method of Making and Using Same” (Patent No. US 12,031,074 B1). Sherburne pictured during his presentation at the IEEE SENSORS 2023Conference in Vienna, Austria. (Contributed photo)
AFIT Alumnus Awarded Patent for Nanocrystal-Based Strain-Sensing Technology
Future concept of a handheld camera scanning for surface deformation of an airframe using the nanomaterial-based strain-sensing paint. As the surface is scanned, a 2D strain-surface map is generated for the technician. (Contributed image) Image from: https://www.researchgate.net/profile/Hengky-Chandrahalim/publication/359426943_Novel_Quantum_Dot_Technology_Shows_Promise_in_Simplifying_Vehicle_and_Structural_Surface_Inspections/links/623b87cd3818892e0a6c626b/Novel-Quantum-Dot-Technology-Shows-Promise-in-Simplifying-Vehicle-and-Structural-Surface-Inspections.pdf
AFIT PhD Student Wins Women of Color in STEM Student Leadership Award
Kara Combs, a doctoral student at the Air Force Institute of Technology and an associate computer engineer at the Air Force Research Laboratory, has been selected to receive the Women of Color in STEM Conference’s Student Leadership Award - Graduate Level. (Contributed photo)
AFIT CE Instructor Awarded 2023 Air Force Association Lisa S. Disbrow Outstanding Civilian of the Year
The Air Force Institute of Technology's Civil Engineer Instructor, Craig DeBeni, is awarded the 2023 Air Force Association Lisa S. Disbrow Outstanding Civilian of the Year. (Contributed photo)
The Applied Research Center for Hypersonics Logo
The Air Force Institute of Technology’s newest research center, the Applied Research Center for Hypersonics, was inaugurated on Wright-Patterson Air Force Base, Ohio, May 9, 2024. (Courtesy Photo)
AFIT establishes hypersonics research center
The Air Force Institute of Technology’s newest research center, the Applied Research Center for Hypersonics, was inaugurated with a ribbon-cutting ceremony held at AFIT’s Kenney Hall Auditorium on Wright-Patterson Air Force Base, Ohio, May 9, 2024. (U.S. Air Force photo by Katie Scott)
Revamped Cybersecurity Course Prepares Civil Engineers for Real-World Threats
Airmen and Guardians attends he Air Force Institute of Technology’s Civil Engineer School's Advanced Control Systems Cybersecurity course on Wright-Patterson Air Force Base, Ohio, DATE. The school recently revamped the course, expanding the curriculum to include new exercises targeting wireless access points, fire alarms, traffic lights and other enhanced material supporting base critical infrastructure protection. (U.S. Air Force photo by Katie Scott)
Revamped Cybersecurity Course Prepares Civil Engineers for Real-World Threats
Staff Sgt. Ronald Gottus, a student at the Air Force Institute of Technology’s Civil Engineer School, uploads logic to a fully functional stoplight in the classroom to test real-time cybersecurity impacts as part of the Advanced Control Systems Cybersecurity course on Wright-Patterson Air Force Base, Ohio. (Contributed photo)
Revamped Cybersecurity Course Prepares Civil Engineers for Real-World Threats
Staff Sgt. Ronald Gottus, a student at the Air Force Institute of Technology’s Civil Engineer School, uploads logic to a fully functional stoplight in the classroom to test real-time cybersecurity impacts as part of the Advanced Control Systems Cybersecurity course on Wright-Patterson Air Force Base, Ohio. (Contributed photo)
Revamped Cybersecurity Course Prepares Civil Engineers for Real-World Threats
Staff Sgt. Jesse Burton, a student at the Air Force Institute of Technology’s Civil Engineer School, attends the Air Force Institute of Technology’s Civil Engineer School's Advanced Control Systems Cybersecurity course on Wright-Patterson Air Force Base, Ohio, DATE. Burton said he was apprehensive about taking the course but praised the instructors for their efforts to relate the information to his job. (U.S. Air Force photo by Katie Scott)
Revamped Cybersecurity Course Prepares Civil Engineers for Real-World Threats
Staff Sgt. Maung Thant, a student at the Air Force Institute of Technology’s Civil Engineer School, works through an in-class activity as part of the Advanced Control Systems Cybersecurity course on Wright-Patterson Air Force Base, Ohio. (Contributed photo)