The AGH Lunar Resources Initiative is a dynamic and interdisciplinary group of students and specialists from Polish space industry. Our team consists of two student’s association groups from the AGH University of Krakow – SpaceTeam AGH and AGH Space Systems, as well as two companies – CleverHive Space and PIAP Space, and also institution – The Space Research Centre of the Polish Academy of Sciences and PIAP Space. We are united by a shared passion for space technologies, engineering, and problem solving, bringing together expertise in various fields including aerospace engineering, mechanics, robotics, programming, and data analysis. This diversity allows us to approach complex challenges from multiple perspectives, fostering innovation and efficiency.

Our mission is to contribute to the future of space exploration by developing groundbreaking solutions that can be applied in real-world scenarios. We thrive on challenges, and ESA presents a unique opportunity to test our skills, push our boundaries and create a truly impactful project.

When taking on 2nd Space Resources Challenge, our team prioritized a strategic and research-driven approach. We believe that solving complex problems requires a combination of creativity, technical expertise, and a deep understanding of the needs of modern space missions.

Our methodology is based on four fundamental pillars. The first is interdisciplinary collaboration, where we integrate knowledge from various scientific and engineering disciplines to develop innovative solutions, effectively address complex challenges and implement state-of-the-art technologies.
The second pillar is cutting-edge technology, as we continuously incorporate the latest advancements to enhance our designs. Our work involves advanced automation systems, intelligent algorithms, and innovative engineering solutions, all aimed at improving the efficiency and reliability of our project. By staying at the forefront of technological development, we ensure that our solutions remain relevant in the rapidly evolving landscape of space exploration.

The third, and perhaps most unique pillar of our approach, is the wealth of experience and best practices in traditional terrestrial mining that our members have gained through education and research at AGH University. As one of Europe’s leading institutions in mining and earth sciences, AGH equips us with a solid foundation in resource extraction, processing, and environmental considerations. This background allows us to adapt proven methodologies from terrestrial mining to the challenginglunar environment. In addition, our knowledge of effective, sustainable resource utilization and system design in extreme conditions directly informs our approach to lunar regolith collection and processing.

Finally, we prioritize sustainability and efficiency in every aspect of our design. This approach ensures that the solutions under development are both highly effective and resource-efficient, and maximising future adaptability. We aim to develop technologies that contribute to long-term space missions, supporting the broader goals of sustainable exploration and utilization of extraterrestrial resources.