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Updated in [September 05th, 2023]

In the course "Rocket Engineering and Interstellar Space Propulsion," students will acquire a comprehensive set of skills and knowledge in the field of rocket science and space propulsion. The course description provides an overview of what students can expect:

Skills and Knowledge Acquired:

Fundamental Principles of Rocket Science and Rocket Theory: Students will gain a deep understanding of the fundamental principles that underpin rocket science, including propulsion, thrust, and rocket design.

Chemical Rocket Design: The course covers the engineering aspects of chemical rockets, providing insights into their design, operation, and the principles governing their propulsion.

Engineering and Challenges of Space Launchers: Students will learn about the engineering challenges associated with both expendable and reusable space launchers, gaining knowledge of the systems and technologies that enable space exploration.

Electric and Low Thrust Space Propulsion: The course explores alternative propulsion methods, including electric propulsion and low-thrust systems, expanding students' knowledge of space propulsion technologies.

Advanced Nuclear and Interstellar Space Propulsion: Students will delve into advanced topics, such as nuclear propulsion and the concept of interstellar space propulsion, pushing the boundaries of traditional rocket science.

Contribution to Professional Growth:

This course significantly contributes to professional growth by providing a comprehensive understanding of rocket science and space propulsion. Graduates of this course will be well-equipped to pursue careers in aerospace engineering, space exploration, and related fields. They will have the expertise needed to work on cutting-edge technologies, contribute to space missions, and engage in research and development within the aerospace industry.

Suitability for Preparing Further Education:

For those considering further education in the field of aerospace engineering, space science, or related disciplines, this course serves as an excellent foundation. The knowledge and skills acquired in rocket science and space propulsion provide a strong basis for pursuing advanced degrees or specialized training. Whether students are looking to enter graduate programs or engage in research, this course prepares them for success in higher education.

Course Syllabus

Introduction to Rocket Theory

In-depth Chemical Rocket Design

Space Launchers

Reusable Space Launchers

Electric and Low Thrust Space Propulsion

Nuclear and Interstellar Propulsion