Education and Research
The Department of Space Science and Engineering prepares students for the development of space science and space technology. The curriculum combines scientific foundations, practical engineering skills, data analysis, numerical simulation, and hands-on experience with observational instruments and space systems.
Our education and research focus on two main areas: Space Environment and Space Exploration. Students are trained to understand the physical processes of space, develop space-related technologies, and participate in interdisciplinary research and mission-oriented projects.
Educational Objectives
- Provide students with solid training in mathematics and physics.
- Develop students' ability to design and build space payloads and small satellites.
- Train students in programming, numerical simulation, and data analysis.
- Familiarize students with observational instruments and measurement principles.
- Cultivate professionals with scientific literacy and awareness of earth and society.
Core Competencies
- Space Science Knowledge: Build a solid foundation in the scientific and mathematical principles of space science.
- Observation and Instrumentation: Understand the principles and operation of ground-based and space-based observational instruments.
- Data Analysis and Numerical Modeling: Apply programming, data analysis, and numerical simulation methods to space science and engineering problems.
- Integration and Independent Thinking: Integrate observational and numerical data, conduct scientific analysis, and develop independent thinking.
- Research Communication: Present research results clearly through written and oral communication.
- Interdisciplinary Collaboration: Work with knowledge and data from different research fields and collaborate in research teams.
Research Areas
Space Environment
This area studies the physical processes of Earth’s and planetary space environments and their effects on Earth and technological systems.
Topics include the upper atmosphere, ionosphere, magnetosphere, solar physics, planetary science, space plasma, space weather, and space plasma simulation.
Space Exploration
This area focuses on space observation technologies, satellite systems, and scientific exploration using satellites, sounding rockets, radar systems, and data analysis.
Topics include radar observation systems, scientific payloads, CubeSats and small satellites, satellite payload design, satellite telemetry, deep space exploration, and space environment monitoring.
Research Highlights
- CubeSat and small satellite missions
- Space weather and ionospheric research
- Radar remote sensing and space observation systems
- Satellite payload and space instrument development