Students will delve into the foundational principles of interstellar engineering, exploring the unique challenges and considerations that arise when designing and constructing a massive, space-based structure like the Death Star.

Students will examine the properties and characteristics of various materials and learn how these materials can be engineered and fabricated to meet the extreme demands of the Death Star's construction.

Students will delve into the science of energy generation, storage, and distribution, exploring concepts such as fusion reactors, antimatter reactions, and novel power generation methods.

Students will examine the principles of directed energy weapons, the physics behind the superlaser's destructive power, and the targeting and guidance systems required to accurately aim and fire the weapon.

Students will learn about the systems engineering principles and processes needed to design, integrate, and manage the intricate web of systems that make the Death Star operational.

Students will engage in critical discussions and debates surrounding the moral and philosophical implications of such a powerful weapon, including the potential for its misuse, the consequences of its deployment, and the broader impact on interstellar politics and the balance of power.