Planetary Science
Planetary Science is a pioneering field in the exploration of the universe, helping humans gain a deeper understanding of the formation and evolution of planets within the Solar System and beyond. With the rapid advancement of space technology and planetary exploration missions, this major offers exciting career opportunities in research, space technology, and education.
Program Introduction
Planetary Science is a discipline that studies the origin, evolution, composition, structure, and dynamics of celestial bodies such as planets, moons, comets, asteroids within the solar system, and exoplanets.
It integrates various fields including astronomy, earth science, physics, and chemistry, and is an important frontier in exploring the mysteries of the universe and searching for extraterrestrial life.
Training Objectives
This program aims to cultivate high-quality professionals who have a solid scientific foundation, mastering cutting-edge knowledge and technologies in the field of planetary science, and are capable of independently conducting scientific research, data analysis, and technology development.
Students will be equipped with the ability to analyze planetary systems, study planetary environments, and explore exoplanets, and they will be able to play a role in related research institutions, government departments, and high-tech companies.
Graduation Requirements
Graduates must complete the required credits, defend their graduation thesis, and meet the following requirements:
- Knowledge Requirements: Master the basic theories of planetary science, including planetary physics, geology, atmospheric science, and astronomy; be familiar with modern planetary exploration technologies and data processing methods.
- Skills Requirements: Be capable of using remote sensing technology, numerical simulation, data analysis, and experimental methods to study planetary systems.
- Practical Requirements: Participate in scientific experiments, field observations, or simulated experiments, complete research projects, and write related papers.
- Academic Requirements: Complete and defend the graduation thesis, demonstrating research achievements and innovative ability in the field of planetary science.
Core Courses
- Introduction to Astronomy
- Astrophysics
- Introduction to Planetary Science
- Planetary Atmosphere
- Planetary Geology
- Planetary Physics
- Space Physics
- Remote Sensing Technology
- Astronomical Observation
- Planetary Exploration
Research Directions in Planetary Science
The research directions under planetary science may include:
- Planetary Geology: Study the layering structure, atmosphere, resources, and habitability of planetary surfaces.
- Planetary Chemistry: Study the composition, formation age, and isotopic features of planets.
- Planetary Physics: Study the internal layers of planets, planetary exploration technologies, and the physical characteristics of the outer space environment of planets.
Degree Awarded
Graduates are typically awarded a Bachelor degree.
Career Development
Graduates of this program have broad career prospects and can develop in the following fields:
- Research Institutes: Engage in basic research in planetary science, design planetary exploration missions, etc.
- Space Agencies: Engage in deep space exploration mission planning, data analysis, etc.
- Universities: Engage in teaching and scientific research work.
- Observatories: Engage in astronomical observation, data analysis, etc.
- Aerospace Companies: Engage in spacecraft design, manufacturing, etc.
Related Majors
- Astronomy
- Earth Science
- Physics
- Space Science
- Computer Science
Top universities for Planetary Science Program
- University of Science and Technology of China
- Peking University
- Nanjing University
