session 7
- Title
Lessons Learned in Space Systems
- type
oral
- Description
Lessons learned are essential to significantly improve space projects implementation practices and, in turn, increase their success-rate. Collecting and sharing information regarding analysis of past and recent successes/failures is deemed the key element to support that and, in addition, it is also highly valuable since it can foster setting up of a collaborative paradigm where people from different Systems Engineering & Management cultures, in different projects, and at different maturity stages, share knowledge among teams, organizations and people, to contribute to the above common practice. For the above practice to be effective, this retrospective viewpoint shall come from a variety of sources. In this regard, the scope of the D1.7 session covers the full spectrum of a space project life-cycle activities such as: project management and systems engineering; systems and missions design; systems MAIVT (manufacturing, assembly, integration, verification, and testing); mission execution, systems exploitation, and post-mission evaluation. Additional added-value can also come from discussion and examination on side-aspects (yet important) as: diversity of standards/practices including lessons learned yielded from their adoption interpretation and application; as well as project-data management approaches (design results, engineering models, documentation, mission results, etc.) to preserve and make them available to future missions.
- Date
2026-10-09
- Time
- Room
- IPC members
Co-Chair: Mr. Yoshihisa Arikawa, Japan Aerospace Exploration Agency (JAXA), Japan;
Co-Chair: Mr. Giuseppe Guidotti, Deimos Space SLU, Italy;
Co-Chair: Mr. Hamed Gamal, Mynaric, Germany;
Rapporteur: Dr. Alena Probst, EnduroSat AD, Germany;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
|---|---|---|---|---|---|---|---|
1 | 13:45 | Lessons Learned from Mission Lifecycle Implementation in the Vultur Student Rocketry Team in Mexico | 9 | confirmed | Mr. Joshua Anastacio | Mexico | |
2 | 13:54 | türksat 6a: building national capability in geostationary communication satellite development | 9 | confirmed | Dr. Cevher Levent Ertürk | TUBITAK Uzay, Space Technologies Research Institute | Türkiye |
3 | 14:03 | LESSON LEARNED FROM MUNAL AND S2S: SYSTEMATIC KNOWLEDGE TRANSFER IN NEPAL’S CUBESAT PROGRAM | 9 | confirmed | Ms. Anjali Dhami | Nepal Space Foundation | Nepal |
4 | 14:12 | 9 | confirmed | Mr. Wenceslao Bejarano | National Autonomous University of Honduras (UNAH) | Honduras | |
5 | 14:21 | Lessons Learned in Flight Software Development for the Da Vinci Satellite CubeSat Mission | 9 | confirmed | Mr. Bora Menekşe | Delft University of Technology (TU Delft) | Netherlands (Kingdom of the) |
6 | 14:30 | The Emirates Mission to the Asteroid Belt: Assembly, Integration, and Test Schedule Philosophy | 9 | confirmed | Ms. Aisha Alhammadi | Technology Innovation Institute (TII) | United Arab Emirates |
7 | 14:39 | 9 | confirmed | Mr. John Leur Labrador | Philippine Space Agency (PhilSA) | Philippines | |
8 | 14:48 | 9 | confirmed | Dr. Yana Brovar | Skolkovo Institute of Science and Technology | Russian Federation | |
9 | 14:57 | Beyond Delivery: the Kaleidoscopic Role of the Space Project Manager in the New Space Ecosystem | 9 | confirmed | Mrs. Maura Sordello | Thales Alenia Space Italia | Italy |
10 | 15:06 | 9 | confirmed | Mr. Mehmet Efe Hatır | Istanbul Technical University | Türkiye | |
11 | 15:15 | Design, Ground Validation, and In-Orbit Performance of the LEOPARD CubeSat ADCS | 9 | confirmed | Dr. Mehmet Esit | Kyushu Institute of Technology | Japan |
12 | 15:24 | 9 | confirmed | Mr. Eduardo Muñoz Arredondo | High Technology Unit (UAT) Faculty of Engineering - UNAM | Mexico |
