Caricamento in corso...
Technology Roadmaps to support the development of space exploration scenarios
01SNWUQ
A.A. 2024/25
Course Language
Inglese
Degree programme(s)
Doctorate Research in Ingegneria Gestionale E Della Produzione - Torino
Course structure
| Teaching | Hours |
|---|---|
| Lezioni | 12 |
| Esercitazioni in aula | 13 |
Lecturers
| Teacher | Status | SSD | h.Les | h.Ex | h.Lab | h.Tut | Years teaching |
|---|---|---|---|---|---|---|---|
| Viola Nicole | Professore Ordinario | IIND-01/E | 12 | 0 | 0 | 0 | 1 |
Co-lectures
Context
| SSD | CFU | Activities | Area context | *** N/A *** |
|---|
Definite come un programma dinamico in grado di supportare la pianificazione strategica con vari orizzonti temporali, allineando allo stesso tempo obiettivi a breve e lungo termine con soluzioni tecnologiche specifiche, le roadmap tecnologiche sono strumenti essenziali per gestire ed organizzare progetti complessi, in particolare in un settore in continua evoluzione come quello dell’esplorazione spaziale. In generale, gli approcci adottati si basano totalmente o parzialmente sul parere degli esperti. Gli interessi personali e politici potrebbero limitare significativamente l’efficacia del processo complessivo, introducendo preferenze soggettive, portando così a scelte non tecnicamente giustificate. Sulla base dell'esperienza maturata dai professori di questo corso in questo campo, grazie ad una collaborazione decennale con l'Agenzia Spaziale Europea, questo corso mira a fornire agli studenti di dottorato una metodologia e uno strumento logico ed oggettivo per generare e aggiornare roadmap tecnologiche con l’obiettivo ultimo di supportare le decisioni strategiche negli scenari di esplorazione spaziale.
Durante il corso, gli studenti lavoreranno in team per generare roadmap tecnologiche fattibili per diversi scenari di esplorazione spaziale.
La valutazione si baserà sulla presentazione del team e su summary report.
Defined as a dynamic schedule capable to support strategic and long-range planning, aligning at the same time short- and long-term goals with specific technological solutions, technological roadmaps are essential for managing and organizing complex projects, particularly in the ever-changing space exploration industry. In common practices, the adopted approaches are totally or partially based on experts’ opinion. Personal and political interests could significantly limit the effectiveness of the overall process, introducing subjective preferences, thus leading to non-technically justified choices. On the basis of the experience gained by the professors of this course in this field, thanks to a long-lasting collaboration with the European Space Agency, this course aims at providing PhD students with a logical and objective methodology and tool to generate and update Technology Roadmaps to support strategic decisions in space exploration scenarios.
Throughout the course, the students will work in Teams to generate feasible technology roadmaps for different space exploration scenarios.
The evaluation will be based of team presentation and summary report.
Nessuno
None
o Lesson 1 (3h)
o What is a Technology Roadmap?
o State of the art in Technology Roadmaps generation
o ESA and NASA Technology Roadmaps
o Case studies and Assignment presentation
o Lesson 2 (2h)
o Overview of Technology Roadmapping Strategy (TRIS) methodology and tool
o Stakeholder Analysis
o Training Session 1 (1h) – Stakeholder Analysis using TRIS tool
o Lesson 3 (3h)
o Elements’ Definition:
¿ Elements’ retrieval
¿ Elements’ characterization (TRL, costs and time at completion)
o Training Session 2 (1h) – Elements’ Definition using TRIS tool
o Lesson 4 (4h)
o Elements’ Definition:
¿ Life-cycle cost estimations methodologies overview
¿ Research, Development Test and Evaluation Costs
¿ Direct and Indirect Operating Costs
¿ Examples of parametric cost formulations for space exploration systems and missions
o Training Session 3 (1h) – Cost at Completion estimation
o Lesson 5 (2h)
o Prioritization Studies
o Planning Definition
o Training Session 4 (1h) – Prioritization and planning using TRIS tool
o Lesson 6 (2h)
o How to deal with scenarios’ uncertainties?
o Training Session 5 (2h) – Results evaluation using TRIS tool
Final Presentations (3 h)
o Lesson 1 (3h)
o What is a Technology Roadmap?
o State of the art in Technology Roadmaps generation
o ESA and NASA Technology Roadmaps
o Case studies and Assignment presentation
o Lesson 2 (2h)
o Overview of Technology Roadmapping Strategy (TRIS) methodology and tool
o Stakeholder Analysis
o Training Session 1 (1h) – Stakeholder Analysis using TRIS tool
o Lesson 3 (3h)
o Elements’ Definition:
¿ Elements’ retrieval
¿ Elements’ characterization (TRL, costs and time at completion)
o Training Session 2 (1h) – Elements’ Definition using TRIS tool
o Lesson 4 (4h)
o Elements’ Definition:
¿ Life-cycle cost estimations methodologies overview
¿ Research, Development Test and Evaluation Costs
¿ Direct and Indirect Operating Costs
¿ Examples of parametric cost formulations for space exploration systems and missions
o Training Session 3 (1h) – Cost at Completion estimation
o Lesson 5 (2h)
o Prioritization Studies
o Planning Definition
o Training Session 4 (1h) – Prioritization and planning using TRIS tool
o Lesson 6 (2h)
o How to deal with scenarios’ uncertainties?
o Training Session 5 (2h) – Results evaluation using TRIS tool
Final Presentations (3 h)
Modalità mista
Mixed mode
Presentazione orale
Oral presentation
P.D.2-2 - Giugno
P.D.2-2 - June