Diary of a One-Week Postgrad Workshop with the European Space Agency

TL;DR

Attending the European Space Agency's Outback Summer School in Austria, designing a mission to Ceres at ESA Academy in Belgium, gaining valuable insight into space mission planning.

Transcript

hey it's Lucy earlier this year I was fortunate enough to attend the european space agency's annual outback summer school in austria where around 60 post graduates called late state undergraduates learn how to design their own spaceman I had a fantastic time my team designed a sample return mission to Ceres the largest body in the asteroid belt to ... Read More

Key Insights

• 🤗 Attending the ESA Outback Summer School provided hands-on experience in designing space missions.
• 😤 Collaboration within a team is crucial for successful mission planning and execution.
• 👾 Balancing scientific objectives and engineering constraints is a challenging yet essential task in space mission design.
• 😒 Real-time communication and use of concurrent design software facilitate efficient decision-making in mission planning.
• ❓ The development of a spacecraft involves integrating various subsystems that are interlinked and require careful consideration.
• 👾 The long-term nature of space mission planning requires patience and a focus on future technological advancements.
• 👾 The experience at ESA Academy and Outback Summer School offers valuable learning opportunities for students interested in space exploration.

Questions & Answers

Q: What was the goal of attending the European Space Agency's Outback Summer School?

The goal was to learn how to design a space mission, specifically focusing on planning a mission to Ceres and gaining hands-on experience in mission development.

Q: What challenges did the student face during the mission planning process?

The student faced challenges in integrating various subsystems, making decisions that impacted the overall mission, and balancing scientific objectives with engineering requirements.

Q: How did the team collaborate and communicate during the mission planning week?

The team worked in pairs on different engineering subsystems, shared updates using design software, and bonded over meals and conversations, creating a close-knit working environment.

Q: What were the key components of the developed spacecraft, Colytis?

Colytis featured advanced instruments like cameras for surface mapping, a thermal mapper for heat detection, a radar for subsurface probing, a lander for sample collection, and a drill for sample retrieval.

Summary & Key Takeaways

• Attended ESA's Outback Summer School in Austria, designed a sample return mission to Ceres at ESA Academy in Belgium.

• Engaged in real mission planning using top-notch equipment and software, facing challenges and making decisions as a team.

• Developed a spacecraft named Colytis with advanced instruments for surface mapping, heat detection, and sample analysis.