Orbital Mechanics Course Seat

Description

Course Overview:
This Orbital Mechanics course (ARABIC SPEAKERS ONLY) is designed to achieve two primary objectives. Firstly, students will develop a deep understanding of the fundamental principles underlying orbital dynamics, including the dynamics of point masses, equations of motion, energy laws, and types of orbits. Secondly, students will master advanced orbital maneuvers and control techniques, such as minimum energy orbits, Hohmann transfers, phasing maneuvers, and relative motion control, through practical applications and hands-on projects using Systems Toolkit software.

Course Objective:
• Gain a comprehensive understanding of orbital mechanics principles, equipping you with advanced knowledge crucial for aerospace engineering roles.
• Develop hands-on experience through projects, honing your ability to apply theoretical concepts to real-world scenarios.
• Acquire specialized skills sought after in the aerospace industry, positioning yourself as a competitive candidate for roles in spacecraft design, mission planning, and satellite operations.
• Apply your theoretical knowledge and what you learn on hands-on-experience projects using STK program.
• Connect with industry professionals and fellow enthusiasts, expanding your professional network and opening doors to potential collaborations and career opportunities.

Course Content:
Lecture 1: Introduction to Orbital Mechanics – This lecture covers the foundational concepts and mathematical principles that govern the motion of celestial bodies and artificial satellites in space.
Lecture 2: Orbital Maneuvers – This lecture explores various techniques and strategies used to change the orbits of spacecraft, including energy-efficient transfers and specific orbital adjustments.
Lecture 3: Formation Flying Relative Orbits Description – This lecture introduces the principles of formation flying, where multiple spacecraft maintain a coordinated relative position to achieve specific mission objectives.
Lecture 4: Orbit Perturbation and its Effects in the Relative Orbit Description – This lecture examines the various factors that can perturb an orbit, such as atmospheric drag and gravitational influences, and their impact on relative motion between spacecraft.
Lecture 5: Relative Motion Control – This lecture discusses the control methods and feedback laws used to manage and maintain the relative motion of spacecraft in formation or during rendezvous operations.
Lecture 6: Projects (STK) – This lecture involves practical projects using the Systems Tool Kit (STK) to simulate and analyze complex space missions, including spacecraft docking and approaching tumbling debris objects.
Lecture 7: Q/A Lecture – To answer any questions you may have and assist you with any inquiries regarding the course topic.

Course Details:
• Course Schedule: (4:00 pm UK time)
Lecture No.1 3rd of December, 2025
Lecture No.2 7th of December, 2025
Lecture No.3 11th of December, 2025
Lecture No.4 15th of December, 2025
Lecture No.5 17th of December, 2025
Lecture No.6 21st of December, 2025
Lecture No.7  TBD

• Recorded Sessions & Course materials:
We will have recorded sessions for those who can’t attend the live lectures at the time and hold a live Q&A at the end to answer any questions you might have.

A course handbook will be shared at the end of the course containing all the taught topics with resources.