Udemy – Astrodynamics: Introduction to Orbital Mechanics 2024-1

Published on: 2024-09-16 13:42:49

Categories: 28

Description

Astrodynamics: Introduction to Orbital Mechanics is a training course on the principles and calculations related to the movement of spacecraft and celestial bodies, published by Anlani Udemy Academy. Astrodynamics: Introduction to Orbital Mechanics is a basic course that examines the principles and calculations related to the motion of spacecraft and celestial bodies. This course is ideal for students and professionals interested in aerospace engineering, space exploration and satellite operations. You will be introduced to key concepts such as orbital path, gravitational forces and mission planning. This course covers both theoretical and practical aspects of orbital mechanics, including Kepler’s laws, Newton’s laws of motion, and methods for designing and analyzing space missions.

This course provides an introduction to orbital mechanics with a focus on the motion of spacecraft and celestial bodies. Key topics include orbital trajectories, gravitational forces, and mission planning. It includes theoretical concepts such as Kepler’s and Newton’s laws and practical methods for space mission design and analysis. Ideal for those interested in aerospace and space exploration, this course combines fundamental theory with practical applications.

What you will learn in Astrodynamics: Introduction to Orbital Mechanics:

Celestial fundamental mechanics
Mastery of classical orbital elements
Orbital mechanics
Mastery of in-flight maneuvers and aircraft changes
Calculation of path equations and conic sections
Solving complex problems of astrodynamics
Advanced rocket propulsion concepts
and…

Course specifications

Publisher: Udemy
Instructors: Muhammad Arsalan Khan
Language: English
Level: Intermediate
Number of Lessons: 10
Duration: 5 hours and 55 minutes

Course topics

Astrodynamics: Introduction To Orbital Mechanics Content

Astrodynamics: Introduction to Orbital Mechanics Prerequisites

Mathematical Proficiency: Solid understanding of algebra and trigonometry is essential, as concepts like trajectory equations and classical orbital elements involve mathematical calculations.
Access to a Computer: Learners should have access to a computer with a stable internet connection for accessing course materials and engaging in discussions.
Physics Fundamentals: Basic knowledge of Newtonian mechanics and gravitational concepts will aid in understanding lectures on N-body problems and trajectory equations.
Astronomy Awareness: Familiarity with basic astronomical concepts, such as celestial bodies and their motions, will enhance comprehension of orbital elements and celestial mechanics.
Basic Programming Knowledge (Optional): While not mandatory, a basic understanding of programming concepts (especially if using software tools like MATLAB or Python for simulations) could be beneficial.