Become aPlanetary Geologist

Embark on an epic adventure to explore worlds beyond imagination! As a Planetary Geologist, you’ll be at the forefront of space exploration, discovering new landscapes, uncovering ancient secrets, and contributing to humanity’s quest to understand the cosmos. If you’re curious about the universe and passionate about science, this career offers endless opportunities for discovery and adventure.

• Discover new worlds beyond Earth.
• Study space rocks and planetary surfaces.
• Uncover secrets of our solar system.
• Contribute to space exploration missions.

Your job as a Planetary Geologist involves studying the geology of celestial bodies, from rocky planets like Mars to icy moons like Europa.

You’ll use data from spacecraft, telescopes, and even robotic rovers to analyse surface features, map geological formations, and interpret geological processes.

By piecing together the puzzle of planetary evolution, you’ll contribute to our understanding of the solar system’s history and potential for habitability.

Planetary Geologists are in demand across various industries where space exploration and research are key priorities. Here are some sectors where your expertise can shine:

Space Agencies

Work with organisations like NASA, ESA, or ISRO on planetary missions and research projects.

Aerospace Companies

Contribute to spacecraft design and mission planning for space exploration missions.

Research Institutions

Join academic institutions or research centres dedicated to planetary science and astrobiology.

Mining and Resource Exploration

Apply your geological skills to assess the potential for resource extraction on other planets and asteroids.

Education and Outreach

Inspire the next generation of scientists as a science communicator or educator.

To embark on a career as a Planetary Geologist, you’ll need a blend of scientific curiosity and technical skills:

• Analytical Thinking
• Attention to Detail
• Problem-Solving
• Data Analysis
• Communication
• Adaptability

Building a strong foundation in key subjects is essential for a career in planetary geology. Here are some subjects that will prepare you for the challenges ahead:

Geology

Understand the processes that shape planetary surfaces and landscapes.

Physics

Study the principles of planetary motion, gravity, and celestial mechanics.

Astronomy

Learn about the structure and evolution of the universe, including the formation of planets and moons.

Chemistry

Explore the composition of planetary surfaces and atmospheres, including the search for signs of life.

Mathematics

Develop the quantitative skills needed for data analysis and modelling in planetary science.

Examine Martian Rocks

Analyse rocks and soil samples from Mars, collected by rovers like Curiosity or Perseverance, to unlock clues about the planet’s history and potential for life.

Study Impact Craters

Investigate massive craters created by asteroid impacts on planets and moons, using high-resolution images to understand their formation and effects on planetary surfaces.

Explore Volcanic Landscapes

Research volcanic features on distant planets, such as the giant volcano Olympus Mons on Mars, to learn about volcanic activity and planetary geology.

Conduct Fieldwork on Earth

Travel to remote, volcanic or arid locations on Earth to collect rock samples that simulate conditions on other planets, helping to calibrate instruments for space missions.

Analyse Lunar Samples

Study samples from the Moon brought back by Apollo missions or future lunar missions to understand its geological history and surface composition.

Collaborate on Space Missions

Work with space agencies to plan and interpret data from spacecraft and rovers exploring other planets, contributing to mission goals and scientific discoveries.

Dr. Michelle Thompson

Based at the University of Western Australia, Dr. Thompson is renowned for her research on Martian geology, particularly focusing on volcanic formations. Her work helps interpret surface features on Mars.

Dr. Emily Johnson

A researcher at the Australian National University, Dr. Johnson is known for her studies on asteroid impacts and their implications for planetary surfaces. She has been a key player in analysing asteroid samples.

Dr. Jessica Lee

At the University of Queensland, Dr. Lee’s work on lunar geology has advanced our understanding of the Moon’s formation and evolution. Her research includes analysing samples from lunar missions.

Dr. Laura Smith

Based at the University of Sydney, Dr. Smith specialises in planetary atmospheres and their interaction with surface geology. Her research contributes to the understanding of environmental conditions on other planets.

Beyond technical skills, certain personality traits are essential for success in planetary geology:

• Curiosity
• Perseverance
• Creativity
• Independence
• Patience
• Adaptability

Bachelor of Science in Geology with a Focus on Planetary Science

This degree provides a solid foundation in geological principles with specialised courses on planetary sciences. The University of Western Australia offers a comprehensive program with an emphasis on planetary research.

Bachelor of Science in Astronomy and Astrophysics

This degree focuses on the study of celestial objects and phenomena, including planetary bodies. It provides a strong background for understanding planetary systems.

Bachelor of Science in Physics with a Concentration in Planetary Geology

This programme combines physics with geological studies, ideal for those interested in the physical processes of planetary bodies. The University of Queensland offers relevant courses in planetary physics.

Bachelor of Science in Earth and Space Sciences

This broad degree covers both Earth and planetary sciences, offering a diverse perspective on planetary geology. It includes studies on planetary formation and evolution.

Bachelor of Science in Aerospace Engineering

While not specific to geology, this degree can be complemented with planetary science courses to provide insights into space missions and planetary exploration.

Becoming a Planetary Geologist opens the door to a universe of possibilities. You can combine your passion for space with other subjects to create a unique career path. For example, pairing a degree in Geology with Astronomy gives you a deep understanding of both planetary processes and celestial phenomena. Adding courses in Engineering or Computer Science allows you to develop the technical skills needed for spacecraft design and data analysis.

Interdisciplinary studies not only broaden your knowledge but also enhance your problem-solving abilities. By blending different disciplines, you can tackle complex questions about the origins of planets, the search for life beyond Earth, and the future of space exploration. Whether you’re studying the geology of Mars or the chemistry of comets, every subject you explore brings you closer to unlocking the mysteries of the cosmos.

During your studies, you’ll delve into a diverse range of topics, including:

Geological Processes

Understand how planets, moons, and asteroids form and evolve over time.

Remote Sensing Techniques

Learn how to interpret data from spacecraft and telescopes to study planetary surfaces.

Astrobiology

Explore the potential for life beyond Earth and the conditions needed to support it.

Planetary Mapping

Develop skills in mapping and analysing planetary surfaces to identify geological features.

Space Mission Design

Gain insights into the planning and execution of space missions to explore other worlds.

Fieldwork and Research

Engage in field trips and research projects to apply your knowledge in real settings.

Gain valuable experience by participating in internships, volunteering opportunities, or research projects related to planetary science.

Look for opportunities to work with universities, space agencies, or research institutions where you can collaborate with scientists and engineers on exciting projects.

Hands-on experience not only enhances your skills but also gives you a glimpse into the day-to-day life of a Planetary Geologist.

If university isn’t your preferred path, there are alternative routes to becoming a Planetary Geologist:

Certificate IV in Spatial Information Services

This vocational qualification provides practical skills in spatial data analysis and Geographic Information Systems (GIS), essential for mapping and studying planetary surfaces.

Diploma of Environmental Science

This diploma offers a broad understanding of environmental science principles, including geology and planetary science aspects, which can be useful in planetary geology roles.

Technical Diploma in Earth Science

A technical diploma focusing on earth sciences can offer practical knowledge and skills relevant to planetary geology, including fieldwork and laboratory techniques.

Online Courses and Certifications

Enrol in specialised online courses or certifications in planetary science, astronomy, or geology offered by institutions such as Coursera, edX, or specialised platforms like Planetary Science Institute.

Work Experience and Internships

Gaining hands-on experience through internships or work placements with organisations involved in space research or planetary exploration, such as space agencies or research institutions.

Fieldwork and Research Projects

Participate in fieldwork or research projects related to planetary science or geology, often available through science centres, research institutes, or industry partnerships.

Microlearning Platforms

Take online courses or workshops focused on specific skills like data analysis, remote sensing, or astrobiology. These flexible learning options allow you to tailor your education to your interests and schedule.

On-the-Job Training

Start your career in a related field, such as geology or astronomy, and gain experience through practical work. Many companies offer training programs or apprenticeships where you can learn on the job and develop the skills needed for a career in planetary science.

Western Australia

In Western Australia, opportunities for Planetary Geologists may be limited due to the focus on mining and resource exploration. However, institutions like Curtin University offer research opportunities in planetary science and astrobiology.

Australia Wide

Across Australia, the space industry is growing, with opportunities in space research, satellite technology, and space exploration missions. Look for positions at universities, government agencies like the Australian Space Agency, or private companies involved in space research and technology development.

Rest of the World

Globally, there are numerous opportunities for Planetary Geologists to work with space agencies, research institutions, and private companies involved in space exploration. Whether it’s studying Mars with NASA, exploring the moons of Jupiter with ESA, or analysing data from exoplanet missions, the possibilities are endless for those with a passion for planetary science.