Aerospace Engineering(Degree)

Start your high-flying career by exploring the fundamental history and physics of flight. This comprehensive course introduces students to the core principles of aeronautics and astronautics, from the mechanics of lift and drag to the evolution of modern jet engines. As the Zambian aviation sector continues to expand with new …

Start your high-flying career by exploring the fundamental history and physics of flight. This comprehensive course introduces students to the core principles of aeronautics and astronautics, from the mechanics of lift and drag to the evolution of modern jet engines. As the Zambian aviation sector continues to expand with new infrastructure at Kenneth Kaunda International Airport, understanding these foundational concepts is essential for anyone aspiring to become a licensed aircraft engineer or designer in Africa. You will delve into atmospheric physics, basic flight maneuvers, and the engineering ethics required in global aviation. If you find the mathematical proofs of fluid dynamics or the basic physics of lift challenging during your first semester, head over to 25schools to access simplified study guides, practice exams, and interactive revision notes specifically designed for Zambian engineering students.

Transition from aeronautics to astronautics by studying the laws that govern the movement of satellites and spacecraft. This course covers Kepler’s laws, orbital transfers (Hohmann transfers), and the physics of interplanetary travel. As the African space sector grows, with countries like Zambia taking an interest in satellite technology for climate …

Transition from aeronautics to astronautics by studying the laws that govern the movement of satellites and spacecraft. This course covers Kepler’s laws, orbital transfers (Hohmann transfers), and the physics of interplanetary travel. As the African space sector grows, with countries like Zambia taking an interest in satellite technology for climate monitoring and telecommunications, this knowledge is at the forefront of modern engineering. You will learn to calculate launch windows and design orbital trajectories that minimize fuel consumption. If you find the physics of multi-body systems or the mathematics of orbital perturbations difficult to grasp before your third-year finals, visit 25schools for simplified physics notes and orbital mechanics calculators to help you stay on the right trajectory for academic success.

Learn to engineer airframes that are both incredibly strong and light enough to fly. This course focuses on the stress and strain analysis of critical aircraft components, including wings, fuselages, and landing gear. You will study beam theory, torsion, and the buckling of thin-walled structures, which are essential skills for …

Learn to engineer airframes that are both incredibly strong and light enough to fly. This course focuses on the stress and strain analysis of critical aircraft components, including wings, fuselages, and landing gear. You will study beam theory, torsion, and the buckling of thin-walled structures, which are essential skills for any engineer working in aircraft maintenance or structural modification in Zambia's aviation hubs. Understanding structural integrity is a life-saving responsibility in this field. To ensure you can handle the complex engineering math and structural simulations required in your second-year assessments, visit 25schools for comprehensive study notes, real-world failure case studies, and practice scenarios that prepare you for both your exams and your future professional career.