enhancing space mission safety and quality: strategies for risk management and reliability
- Paper number
IAC-25,D5,IP,5,x97340
- Author
Mr. Fagan Valiyev, Azerbaijan State Oil and Industry University (SABAH Groups), Azerbaijan
- Year
2025
- Abstract
Establishing and operating a successful space program requires a sharp eye for safety and quality. Space operations face challenging issues such as harsh radiation environments and security threats. Reducing failure in space operations is of utmost importance in ensuring mission success and sustainability. Space programs can be made more efficient and reliable by adopting advanced risk management strategies, adequate knowledge management, and strict safety policies. The goal is to seek new ideas that improve the overall quality and safety of space systems. This involves acquiring, protecting, and sharing knowledge and utilizing effective validation and test methods. Lessons learned from past missions play a significant role in building design solutions, software security, and operational concepts. Understanding these considerations allows space agencies and organizations to develop reliable and secure systems. It must have a structured way of achieving these goals. This may include risk factor analysis, evaluation of the processes involved in software development, and management systems that execute with the standard quality level. Pragmatic testing methods and validation procedures enable the easiest stages of likely weaknesses at the development stage. Additionally, through international regulations and standards, there is enhanced cooperation and efficiency in space operations. It needs collaborated effort-the integration of technological advancement with effective management techniques-to gain success. Ensuring hardware and software components are reliable helps in strengthened mission performance. Adding a human factor to increase cybersecurity safeguards further enhances the ability of space agencies to minimize risks and enhance operational efficiencies. International cooperation between nations and organizations is also very important for the sustenance of space operations. Standards of quality and safety maintenance are integral to future space missions. More dependable systems can be developed through experience, knowledge transfer, and advanced validation techniques. As the number of space missions continues to rise, methodologies will be needed to ensure success and long-term sustainability.
- Abstract document
- Manuscript document
(absent)