Become aSpace exploration mission planner

Impactful Work

You’ll play a key role in groundbreaking missions that expand our understanding of the universe.

Endless Learning

The field of space exploration is constantly evolving, offering endless opportunities to learn and grow.

Exciting Challenges

Each mission presents unique challenges that require innovative problem-solving and creativity.

Team Collaboration

You’ll work with a diverse team of experts, including scientists, engineers, and astronauts, making every day exciting and dynamic.

Space Agencies

Work with organisations like NASA, ESA, and other national space agencies to plan and execute missions.

Private Space Companies

Join companies such as SpaceX, Blue Origin, or Virgin Galactic, which are developing commercial space travel.

Research Institutions

Collaborate with universities and research centres that conduct space science research and mission planning.

Aerospace Manufacturers

Work with companies that build spacecraft, like Boeing or Lockheed Martin, to plan and test new missions.

Defence Contractors

Some defence companies also work on space related projects, offering additional opportunities for mission planners.

Analytical Thinking

Ability to analyse complex data and make informed decisions.

Problem-Solving

Skill in developing innovative solutions to unexpected challenges.

Project Management

Expertise in managing projects from inception to completion.

Collaboration

Ability to work effectively with a multidisciplinary team.

Attention to Detail

Precision in planning and executing mission details.

The path to becoming a Space Exploration Mission Planner starts in the classroom, with key STEM subjects that provide the groundwork for understanding the complexities of space:

Physics

To grasp the fundamental laws that govern the universe.

Mathematics

Essential for calculating trajectories and mission parameters.

Geography

Useful for understanding spatial information and mapping

Computer Science

For programming and managing the software that will drive your missions.

Environmental Science

To study planetary ecosystems and how to preserve them.

Draft detailed plans for interplanetary missions

Map out how a spacecraft will travel to and explore distant planets or moons.

Coordinate with astronauts and scientists

Collaborate on mission objectives and ensure that every aspect of the mission is in sync.

Analyse data from previous missions

Review results from past space missions to improve future plans and strategies.

Simulate space mission scenarios

Use advanced software to create and test different mission scenarios and solve potential problems.

Design innovative space equipment and tools

Work on creating new technology and equipment that will be used during space missions.

Present mission plans to space agencies

Share and explain your mission strategies and proposals to agencies like NASA or ESA for approval.

Dr. Lisa Harvey-Smith

Leading roles in space science and astronomy, including working with the Australian Square Kilometre Array Pathfinder (ASKAP) and contributing to the planning of space missions and satellite operations.

Dr. Sarah Pearce

A key figure in Australia’s space industry with a focus on satellite technology and space mission planning, contributing to the development of space infrastructure and exploration strategies.

Dr. Megan Clark

Former Chief Executive of the Commonwealth Scientific and Industrial Research Organisation (CSIRO), instrumental in driving Australia’s space research and planning for future space missions.

Curious

Always eager to learn more and explore new horizons.

Patient

Willing to see long-term projects through to the end.

Resilient

Ready to tackle setbacks and keep pushing forward.

Strategic

Skilled in planning and foreseeing future challenges.

Adventurous

Excited by new experiences and bold challenges.

Bachelor’s Degree in Aerospace Engineering

Focuses on the design and development of spacecraft and missions.

Bachelor’s Degree in Astrophysics

Provides a strong foundation in understanding space and celestial phenomena.

Bachelor’s Degree in Physics

Offers fundamental knowledge of the principles governing space exploration.

Bachelor’s Degree in Mathematics

Equips you with analytical and problem-solving skills essential for mission planning.

Master’s Degree in Space Engineering, Space Science, or a related field

This level of education often involves more focused research and practical experience in mission planning and space systems.

Doctoral Degree (PhD) in Aerospace Engineering, Space Science, or a related discipline

For those aiming for senior positions or academic roles, this degree typically involves significant research and the development of new methodologies for space missions.

Space Exploration Mission Planning is a multidisciplinary field that thrives on collaboration and innovation. By combining degrees or exploring interdisciplinary studies, you can develop a diverse skill set that prepares you for the challenges of space exploration.

For example, pairing a degree in Aerospace Engineering with studies in Astrophysics allows you to understand both the technical aspects of spacecraft design and the scientific principles behind space exploration. Additionally, exploring courses in Project Management or Communication can enhance your ability to lead and communicate effectively in mission planning teams.

Engaging in interdisciplinary studies not only broadens your knowledge but also fosters creativity and adaptability essential qualities for success in the dynamic world of space exploration. Whether you’re passionate about science, engineering, or policy, there’s a pathway that allows you to make your mark in the universe.

During your studies, you will gain a deep understanding of various subjects essential for space mission planning. You will learn about:

Space Science

Exploring the mysteries of the cosmos, from the formation of planets to the dynamics of galaxies.

Astrodynamics

Understanding the mathematics and physics of celestial mechanics to calculate trajectories and orbits.

Remote Sensing

Utilising satellite data and imaging technologies to gather information about Earth and other celestial bodies.

Mission Design

Developing strategies for spacecraft missions, including mission objectives, trajectories, and payload configurations.

Risk Management

Assessing and mitigating potential risks associated with space missions, ensuring the safety and success of each endeavour.

Looking into practical work experience is an excellent idea for aspiring Space Exploration Mission Planners. Work placements, co-op programs, and research opportunities provide hands-on experience and insights into the complexities of mission planning.

Consider seeking placements at space agencies, aerospace companies, or research institutions where you can collaborate with experts in the field and contribute to real projects.

Additionally, participating in student competitions and projects related to space exploration can enhance your skills and showcase your passion for the industry.

Project Involvement

Participate in space-related projects or academic research. Engaging in real mission planning projects or collaborative research helps build practical skills and a strong professional network.

Technical and Soft Skills

Develop proficiency in mission planning software, simulation tools, and data analysis. Understanding spacecraft systems, orbital mechanics, and mission design is essential. Cultivate strong project management, communication, and teamwork skills. Effective planning and coordination with various stakeholders are critical for successful mission execution.

Professional Certifications

Consider certifications related to project management or aerospace engineering. These can enhance your qualifications and demonstrate your expertise.

Industry Experience

Gain experience in related fields such as aerospace technology, satellite communication, or defence industries. Skills and knowledge from these areas can be transferable to space mission planning.

Microlearning

Enrol in online courses, workshops, and certificate programs focused on specific skills relevant to space mission planning, such as astrodynamics, remote sensing, or project management.

Western Australia

In Western Australia, the space industry is booming, offering exciting career opportunities for aspiring Space Exploration Mission Planners. Collaborate with organisations like the Australian Space Agency and Space Industries Limited (SIL), which are driving innovation in space technology and exploration. Join research initiatives and projects at universities like the University of Western Australia and Curtin University, where you can contribute to cutting-edge research in space science and engineering.

Australia

Across Australia, the space industry is expanding rapidly, creating diverse career opportunities for Space Exploration Mission Planners. Join the Australian Space Agency and contribute to national space programs and initiatives aimed at advancing Australia’s capabilities in space exploration. Work with leading aerospace companies like Gilmour Space Technologies and Saber Astronautics, which are pioneering new technologies for space missions. Explore research collaborations and opportunities at universities like the University of Melbourne and the Australian National University, where you can engage in innovative space projects and research.

Rest of the World

Globally, the space industry offers a wealth of career opportunities for Space Exploration Mission Planners. Join renowned space agencies like NASA in the United States, ESA in Europe, or Roscosmos in Russia, where you can work on cutting-edge space missions and projects. Explore opportunities with private space companies like SpaceX, Blue Origin, and Virgin Galactic, which are revolutionising space travel and exploration.