Future Space Role Quiz

1What is the primary goal of space exploration?

Making humanity a multi-planetary species to ensure survival. Expanding our scientific knowledge about the universe. Pushing the boundaries of human experience and endurance. Establishing reliable and safe access to space for everyone.

2How do you view rocket development?

Rapid iteration: build, fly, fail, fix, and fly again. Fast. Methodical design based on decades of research and proven principles. It should prioritize crew safety and life support above all else. It’s a complex logistical challenge of coordinating thousands of parts.

3An anomaly occurs during a mission. Your first reaction is to:

Use the available data to make a quick, bold decision to save the mission’s goal. Collect as much data as possible on the anomaly for future study. Follow training and checklists to stabilize the situation for the crew. Work the problem systematically with the team on the ground, exploring every option.

4What kind of space mission excites you most?

The first crewed landing on Mars. A probe discovering signs of life on a distant moon like Europa. A long-duration stay on an orbiting space station. Launching a new constellation of communication satellites flawlessly.

5Your preferred spacecraft aesthetic is:

Utilitarian, stainless steel, and built for mass production. Covered in scientific instruments, antennas, and gold foil. Functional and habitable, designed from the inside-out for a human crew. A clean, organized machine where every component has a clear purpose and backup.

6How should space be funded?

Through ambitious commercial ventures that create new markets. As a public good, through government funding for the benefit of all humanity. A mix of public and private partnerships to maximize opportunities. Through long-term, stable contracts that ensure reliability and sustainability.

7Your favorite science fiction movie is probably:

“The Expanse” – It’s all about colonizing the solar system. “Contact” – It’s about the search for knowledge and our place in the cosmos. “The Martian” – A story of survival through ingenuity and skill. “Apollo 13” – A masterclass in crisis management and teamwork.

8The most important technology to develop is:

Fully and rapidly reusable rockets. More powerful telescopes and sensitive deep-space sensors. Closed-loop life support and artificial gravity systems. Advanced AI for autonomous flight control and mission planning.

9When you look at the Moon, you see:

A stepping stone and refueling depot on the way to Mars. A rich scientific archive of the solar system’s history. A challenging environment to test hardware and human limits. A complex destination requiring precise orbital mechanics and planning.

10Your ideal work environment is:

A fast-paced factory floor where rockets are being built 24/7. A quiet laboratory or a university campus dedicated to research. A training facility, simulator, or the cramped quarters of a spacecraft. A high-tech control room filled with screens, data, and focused professionals.