Mission Analyst

Mission Analysts are responsible for spacecraft trajectory, flight path, and orbital maneuvers. Using scientific, engineering, and mathematical principles, Mission Analysts determine how to operate and maneuver spacecraft throughout all mission phases, from launch through re-entry. They may also plan and design mission and flight plans and operational timelines for both crewed and un-crewed spacecraft. Additionally, Mission Analysts consult and collaborate with engineers to assist in the design phase of space missions.

Day to Day of a Mission Analyst

Much of the work of a Mission Analyst is done prior to a mission launch. The work is mostly based in an office setting and requires collaboration with other Mission Analysts, engineers, and scientists.

Once a spacecraft is successfully deployed, Mission Analysts monitor the spacecraft in real-time, predict any changes or anomalies, and recommend any changes to the spacecraft's path or maneuvers. They may also troubleshoot any system failures and provide recommendations to the mission team to ensure mission success.

The Path to Become a Mission Analyst

Most Mission Analysts hold at least a Master's degree in an engineering discipline with a focus in astronautical engineering, astrophysics, aerospace engineering, or mechanical engineering. A PhD is often preferred by employers, but not always required. Additionally, most Mission Analysts have experience working with spacecraft simulators, mission planning software, and orbital mechanics software.

Skills and Knowledge Needed to Become a Mission Analyst

To succeed as a Mission Analyst, individuals should have a strong understanding of mathematics, physics, and computer science. Additionally, Mission Analysts should have a solid understanding of orbital mechanics, spacecraft systems, and mission planning. Excellent problem-solving and critical thinking skills are also helpful. Many online courses and learning platforms can provide the necessary skills and knowledge to become a Mission Analyst.

Online courses can provide a strong foundation in the fundamentals of mission analysis. These courses can cover topics such as orbital mechanics, spacecraft dynamics, and mission planning. Learners can also gain hands-on experience through interactive simulations and projects. Online courses can be a great way to prepare for a career as a Mission Analyst, but they are typically not enough on their own. Most employers will still require a Master's or PhD degree for this role.

Personal Growth Opportunities for Mission Analysts

Mission Analysts have the opportunity to work on a variety of exciting and challenging projects. They may work on missions to explore new planets, design new spacecraft, or develop new technologies. Many Mission Analysts also have the opportunity to work with world-renowned scientists and engineers. Through their work, Mission Analysts can make a real difference in the field of space exploration.

Challenges Unique to Mission Analysts

One of the biggest challenges for Mission Analysts is the need to work with complex and ever-changing systems. Spacecraft are subject to a variety of forces, both natural and man-made, which can make it difficult to predict their behavior. Mission Analysts must be able to quickly adapt to changing conditions and make decisions that will ensure the safety of the spacecraft and its crew.

Another challenge for Mission Analysts is the need to work under pressure. Space missions are often time-critical, and Mission Analysts must be able to make quick decisions. They must also be able to work well under stress and remain calm in the face of adversity.

Conclusion

Mission Analysts are responsible for the safe and successful operation of spacecraft. They use their knowledge of mathematics, physics, and computer science to plan and execute missions to explore new worlds, design new spacecraft, and develop new technologies. Mission Analysts have the opportunity to make a real difference in the field of space exploration.