Edwards AFB: ‘Space+Test+Course’ Integrates Satellite Operations into Curriculum Edwards Air Force Base has launched a groundbreaking educational initiative with the introduction of the ‘Space+Test+Course’ (STC). This program is the first of its kind to seamlessly integrate satellite operations into its curriculum, providing students with invaluable hands-on experience to prepare them for the growing field of space exploration. The STC is a collaborative effort between the Air Force Test Center’s 96th Test Group and the Space and Missile Systems Center’s Space Test Program. This partnership allows students to gain practical knowledge and skills from experienced professionals in both the test and satellite operations communities. “This course is a game-changer for our students,” said Col. Sarah Z. Busey, 96th Test Group commander. “By integrating satellite operations into our curriculum, we are equipping our graduates with the essential skills they need to succeed in the rapidly evolving space domain.” The STC curriculum covers a comprehensive range of topics, including satellite design, payload integration, orbital mechanics, and test planning. Students also participate in practical exercises where they operate real-world satellites and troubleshoot operational anomalies. “The hands-on experience is invaluable,” said Capt. Ethan Jones, a course participant. “We are learning how to actually operate and maintain satellites, which is something you can’t get from textbooks or simulations alone.” The STC has been met with overwhelming success, attracting a diverse group of students from the Air Force, Space Force, and civilian organizations. Its graduates are highly sought after by both government and industry employers due to their unique skillset. Col. Busey emphasized the strategic importance of the STC. “Space is critical to our national security, and we need a highly skilled workforce to support our space operations,” she said. “This course is a step in that direction, ensuring that we have the next generation of space professionals ready to take on the challenges of the future.” The ‘Space+Test+Course’ is a testament to the Air Force’s commitment to innovation and to developing the next generation of leaders in the space domain. By providing students with immersive, hands-on experience, the STC is empowering them to play a vital role in shaping the future of space exploration and ensuring the security of our nation.Edwards Air Force Base Successfully Operates Satellite from Remote Location
Edwards Air Force Base Successfully Operates Satellite from Remote Location In a groundbreaking achievement, students from the Space Test Course at the U.S. Air Force Test Pilot School have successfully commanded an orbiting satellite from Edwards Air Force Base in California, marking a significant milestone in space operations. Previously, classes relied on commercial providers for satellite imagery, but on May 20th, Class 24A students directly interacted with a satellite thanks to a partnership with the Air Force Research Laboratory’s Space Vehicle Directorate. The satellite, designated XVI, was operated through cloud-based ground systems, allowing for remote operations without extensive infrastructure. Major Stefanie Coward, Chief Space Test Operations at USAFTPS, emphasized that the partnership with AFRL enables Edwards to test its capabilities for remote satellite operations. During the week-long operation, students successfully completed 15 satellite contacts, demonstrating the full range of remote capabilities. The XVI satellite is nearing the end of its experimental mission, but it is expected to remain operational for several more years. This achievement represents a significant step forward in space operations and marks the beginning of an ongoing partnership between Edwards and AFRL. The aim is to formalize the partnership and continue operating XVI with future classes. Coward expressed optimism for the future, stating that this is not the final milestone. The plan is to establish a formal qualification process for TPS personnel and students to conduct satellite operations under supervision. This advancement paves the way for potential future operations where students may have more autonomous control of satellite operations.
Edwards Air Force Base Integrates Satellite Operations into Curriculum Edwards Air Force Base has taken a pioneering step in space education by integrating satellite operations into its curriculum for the first time. This innovative approach aims to equip students with the skills and knowledge necessary to excel in the rapidly growing field of space. The Space Test Course at Edwards is renowned for its comprehensive training in space operations, engineering, and flight test. This latest addition to the program will provide students with practical experience in satellite operations, allowing them to gain hands-on knowledge of the complexities involved in managing and controlling satellites. Students will have the opportunity to work on real-world satellite missions, participating in activities such as commanding and monitoring satellites, analyzing telemetry data, and troubleshooting system anomalies. This immersive experience will give them a deep understanding of the operational aspects of satellite systems. “Integrating satellite operations into our curriculum is a game-changer,” said Colonel Chris Bruen, Commander of the 412th Test Wing. “It prepares our students to meet the evolving needs of the space industry and ensures that they are ready to contribute to future satellite missions.” The Space Test Course is a highly selective program that attracts top graduates from engineering, science, and mathematics backgrounds. Students who complete the program will be well-equipped for careers in satellite operations, space systems engineering, and other related fields. This latest innovation underscores Edwards Air Force Base’s commitment to remaining at the forefront of space exploration and education. By providing students with cutting-edge training in satellite operations, the base is not only preparing them for future careers but also investing in the development of the next generation of space professionals.
