The course "Planets and Beyond – Exploring Planetary Systems in the Universe" offers students a unique opportunity to delve deep into the complex structure and dynamics of planets orbiting stars in perpetual motion. Within this framework, we will enhance our understanding of the fundamental terms and principles of the physical theory describing the mechanics of planetary systems, including the revolutionary heliocentric model and Kepler's classical laws.

We will explore fascinating phenomena such as satellite motion and planetary migration, focusing on our solar system – from scorching Mercury to frigid Neptune, not neglecting the enigmatic Pluto. The course will expose students to the most advanced methodologies for discovering and studying planets, including recent discoveries from the forefront of international exoplanet research in distant solar systems.

We will engage in an in-depth discussion on the global effort to search for intelligent life in the universe, critically examining the scientific definition of "life beyond Earth" and its implications for the likelihood of identifying life indicators. We will review groundbreaking space projects and missions by global space agencies, designed to study rare astrophysical phenomena in our nearby cosmic environment.

Throughout the course, we will maintain a critical discourse on modern research methods in planetary science. Course objectives include developing a profound ability to describe and explain the principles and physical quantities characterizing planetary motion, a deep understanding of advanced measurement and observation techniques, and the ability to elucidate the complexities involved in the search for extraterrestrial life.

The course opens a wide window into the worlds of astrophysics and space engineering, emphasizing their importance and the great mystery inherent in them. Aiming to foster creative thinking and advanced problem-solving abilities, the course is designed to evoke deep curiosity and high motivation for integration into advanced research fields and the futuristic high-tech industry.

* The course material will be tailored to the age of the learners.